From 6c2e18d94330969730bd86ad546a4bdf45f19a4f Mon Sep 17 00:00:00 2001
From: Gabeblis Initial publication. Minor The FedRAMP PMO resides within GSA and supports agencies and cloud service providers
-through the FedRAMP authorization process and maintains a secure repository of
-FedRAMP authorizations to enable reuse of security packages.prop
updates.
The organization that prepared this SSP. If developed in-house, this is the CSP -itself.
+ itself.The individual within the CSP who is ultimately accountable for everything related to -this system.
+ this system.The individual or individuals who must grant this system an authorization to -operate.
+The individual or individuals who must grant this system an authorization to operate.
The individual representing the authorizing official.
The highest level manager who responsible for system operation on behalf of the -System Owner.
+The highest level manager who responsible for system operation on behalf of the System + Owner.
The individual accountable for the security posture of the system on behalf of the -system owner.
+The individual accountable for the security posture of the system on behalf of the system + owner.
The individual responsible for the privacy threshold analysis and if necessary the -privacy impact assessment.
+ privacy impact assessment.The point of contact for an interconnection on behalf of this external system to -which this system connects.
+The point of contact for an interconnection on behalf of this external system to which + this system connects.
Remove this role if there are no ICAs.
@@ -149,7 +147,7 @@ which this system connects.Responsible for signing an interconnection security agreement on behalf of this -system.
+ system.Remove this role if there are no ICAs.
@@ -158,8 +156,8 @@ system.Responsible for signing an interconnection security agreement on behalf of the -external system to which this system connects.
+Responsible for signing an interconnection security agreement on behalf of the external + system to which this system connects.
Remove this role if there are no ICAs.
@@ -175,12 +173,9 @@ external system to which this system connects.Represents any customers of this system as may be necessary for assigning customer -responsibility.
+ responsibility.This is a sample role.
Any internal users of a leveraged authorization.
-The highest level manager who responsible for an external system's operation on -behalf of the System Owner.
+The highest level manager who responsible for an external system's operation on behalf of + the System Owner.
The individual or individuals leading the technical operation of an external -system.
+The individual or individuals leading the technical operation of an external system.
There must be one location identifying the CSP's primary business address, such as -the CSP's HQ, or the address of the system owner's primary business location.
+There must be one location identifying the CSP's primary business address, such as the + CSP's HQ, or the address of the system owner's primary business location.
Replace sample CSP information.
-CSP information must be present and associated with the "cloud-service-provider" role
-via responsible-party
.
-
CSP information must be present and associated with the "cloud-service-provider" role via
+ responsible-party
.
responsible-party
.
responsible-party
.
This party entry must be present in a FedRAMP SSP.
-The uuid may be different; however, the uuid must be associated with the -"fedramp-pmo" role in the responsible-party assemblies.
+The uuid may be different; however, the uuid must be associated with the "fedramp-pmo" + role in the responsible-party assemblies.
responsible-party
.
This party entry must be present in a FedRAMP SSP.
-The uuid may be different; however, the uuid must be associated with the -"fedramp-jab" role in the responsible-party assemblies.
+The uuid may be different; however, the uuid must be associated with the "fedramp-jab" + role in the responsible-party assemblies.
responsible-party
.
responsible-party
.
responsible-party
.
Zero or more
responsible-party
.
responsible-party
.
Exactly one
@@ -553,7 +525,6 @@ viaresponsible-party
.
Exactly one
responsible-party
.
Exactly one
+hello
+This example points to the FedRAMP Rev 5 Moderate baseline that is part of the official -FedRAMP 3.0.0 release.
+ FedRAMP 3.0.0 release.Must adjust accordingly for applicable baseline and revision.
[Insert CSO Name] is delivered as [a/an] [insert based on the Service Model above] -offering using a multi-tenant [insert based on the Deployment Model above] cloud -computing environment. It is available to [Insert scope of customers in accordance with -instructions above (for example, the public, federal, state, local, and tribal -governments, as well as research institutions, federal contractors, government -contractors etc.)].
+[Insert CSO Name] is delivered as [a/an] [insert based on the Service Model above] offering + using a multi-tenant [insert based on the Deployment Model above] cloud computing + environment. It is available to [Insert scope of customers in accordance with instructions + above (for example, the public, federal, state, local, and tribal governments, as well as + research institutions, federal contractors, government contractors etc.)].
NOTE: Additional description, including the purpose and functions of this system may be -added here. This includes any narrative text usually included in section 9.1 of the -SSP.
+ added here. This includes any narrative text usually included in section 9.1 of the SSP.NOTE: The description is expected to be at least 32 words in length.
Remarks are required if service model is "other". Optional otherwise.
Remarks are required if deployment model is "hybrid-cloud" or "other". Optional -otherwise.
+ otherwise.Remarks are optional if status/state is "operational".
Remarks are required otherwise.
A holistic, top-level explanation of the FedRAMP authorization boundary.
A diagram-specific explanation.
@@ -752,11 +705,9 @@ otherwise.A holistic, top-level explanation of the network architecture.
A diagram-specific explanation.
@@ -766,11 +717,9 @@ otherwise.A holistic, top-level explanation of the system's data flows.
A diagram-specific explanation.
@@ -781,70 +730,48 @@ otherwise.For now, this is a required field. In the future we intend -to pull this information directly from FedRAMP's records -based on the "leveraged-system-identifier" property's value.
+For now, this is a required field. In the future we intend to pull this information + directly from FedRAMP's records based on the "leveraged-system-identifier" property's + value.
For now, this is a required field. In the future we intend -to pull this information directly from FedRAMP's records -based on the "leveraged-system-identifier" property's value.
+For now, this is a required field. In the future we intend to pull this information + directly from FedRAMP's records based on the "leveraged-system-identifier" property's + value.
Use one leveraged-authorization assembly for each underlying authorized -cloud system or general support system (GSS).
-For each leveraged authorization there must also be a "system" component. -The corrisponding "system" component must include a -"leveraged-authorization-uuid" property -that links it to this leveraged authorization.
+Use one leveraged-authorization assembly for each underlying authorized cloud system or + general support system (GSS).
+For each leveraged authorization there must also be a "system" component. The + corrisponding "system" component must include a "leveraged-authorization-uuid" property + that links it to this leveraged authorization.
admin user
-The user assembly is being reviewed for continued applicability -under FedRAMP's adoption of Rev 5.
-Currently, FedRAMP will only process user content if it includes the -FedRAMP "separation-of-duties-matrix" property/extension. All other user -entries will be ignored by validation rules, but may be displayed by tools.
+The user assembly is being reviewed for continued applicability under FedRAMP's adoption + of Rev 5.
+Currently, FedRAMP will only process user content if it includes the FedRAMP + "separation-of-duties-matrix" property/extension. All other user entries will be ignored + by validation rules, but may be displayed by tools.
admin user
-admin user
-admin user
-This component represents the entire authorization boundary, -as depicted in the system authorization boundary diagram.
-FedRAMP requires exactly one "this-system" component, which is used -in control implementation responses and interconnections.
+This component represents the entire authorization boundary, as depicted in the system + authorization boundary diagram.
+FedRAMP requires exactly one "this-system" component, which is used in control + implementation responses and interconnections.
A FedRAMP SSP must always have exactly one "this-system" component -that represents the whole system.
+A FedRAMP SSP must always have exactly one "this-system" component that represents the + whole system.
It does not need system details, as those exist elsewhere in this SSP.
If 'yes', describe the authentication method.
If 'no', explain why no authentication is used.
-If 'not-applicable', attest explain why authentication is not applicable in the remarks.
+If 'not-applicable', attest explain why authentication is not applicable in the + remarks.
The "provider" role is required for the component representing -a leveraged system. It must reference exactly one party -(via party-uuid), which points to a party of type "organization" -representing the organization that owns the leveraged system.
+The "provider" role is required for the component representing a leveraged system. It + must reference exactly one party (via party-uuid), which points to a party of type + "organization" representing the organization that owns the leveraged system.
This is a leveraged system within which this system operates. -It is explicitly listed on the FedRAMP marketplace with a status of -"FedRAMP Authorized".
+This is a leveraged system within which this system operates. It is explicitly listed on + the FedRAMP marketplace with a status of "FedRAMP Authorized".
Each leveraged system must be expressed as a "system" component, and must have:
Where relevant, this component should also have:
Links to the vendor website describing the system are encouraged, but not required.
-A service within the scope of the leveraged system's authorization boundary -is considered an "authorized service". Any other service offered by the -leveraged system is considered a "non-authorized service"
-Represent each authorized or non-authorized leveraged services using a -"service" component. Both authorized and non-authorized service components -are represented the same in OSCAL with the following exceptions:
+A service within the scope of the leveraged system's authorization boundary is considered + an "authorized service". Any other service offered by the leveraged system is considered a + "non-authorized service"
+Represent each authorized or non-authorized leveraged services using a "service" + component. Both authorized and non-authorized service components are represented the same + in OSCAL with the following exceptions:
Both authorized and non-authorized leveraged services include:
"#11111111-2222-4000-8000-009000100001"
)
- "#11111111-2222-4000-8000-009000100001"
)Although SSP Table 7.1 also requires data categoriation and hosting -environment information about non-authorized leveraged services, -these datails are derived from other content in this SSP.
+Although SSP Table 7.1 also requires data categoriation and hosting environment + information about non-authorized leveraged services, these datails are derived from other + content in this SSP.
An authorized service provided by the Awesome Cloud leveraged authorization.
Describe the service and what it is used for.
This is a service offered by a leveraged system and used by this system. -It is explicitly listed on the FedRAMP marketplace as being included in the -scope of this leveraged system's ATO, thus is considered an "Authorized Service.
+This is a service offered by a leveraged system and used by this system. It is explicitly + listed on the FedRAMP marketplace as being included in the scope of this leveraged + system's ATO, thus is considered an "Authorized Service.
Each leveraged service must be expressed as a "service" component, and must have:
"#11111111-2222-4000-8000-009000100001"
)
- "#11111111-2222-4000-8000-009000100001"
)Where relevant, this component should also have:
Link(s) to the vendor's web site describing the service are encouraged, but not -required.
+ required.The following fields from the Leveraged Authorization Table are handled in the -leveraged-authorization assembly:
+ leveraged-authorization assembly:The following fields from the Leveraged Authorization Table are handled in the -"system" component representing the leveraged system as a whole:
+The following fields from the Leveraged Authorization Table are handled in the "system" + component representing the leveraged system as a whole:
- Nature of Agreement, CSP Name
An non-authorized service provided by the Awesome Cloud leveraged authorization.
Describe the service and what it is used for.
If 'yes', describe the authentication method.
If 'no', explain why no authentication is used.
-If 'not-applicable', attest explain why authentication is not applicable in the remarks.
+If 'not-applicable', attest explain why authentication is not applicable in the + remarks.
This is a service offered by a leveraged system and used by this system. -It is NOT explicitly listed on the FedRAMP marketplace as being included -in the scope of the leveraged system's ATO, thus is treated as a -non-authorized, leveraged service.
+This is a service offered by a leveraged system and used by this system. It is NOT + explicitly listed on the FedRAMP marketplace as being included in the scope of the + leveraged system's ATO, thus is treated as a non-authorized, leveraged service.
-Each non-authorized leveraged service must be expressed as a "service" component, and must have:
+Each non-authorized leveraged service must be expressed as a "service" component, and + must have:
"#11111111-2222-4000-8000-009000100001"
)
- "#11111111-2222-4000-8000-009000100001"
)The "leveraged-authorization-uuid" property must NOT be present, as this is how -tools are able to distinguish between authorized and non-authorized services -from the same leveraged provider.
+The "leveraged-authorization-uuid" property must NOT be present, as this is how tools are + able to distinguish between authorized and non-authorized services from the same leveraged + provider.
-Where relevant, this component should also have:
Link(s) to the vendor's web site describing the service are encouraged, but not -required.
-The following fields from the Leveraged Authorization Table are handled in the -leveraged-authorization assembly:
-- An "inherited-uuid" property if the leveraged system's owner provides a UUID for -their system (such as in an OSCAL-based CRM).
Link(s) to the vendor's web site describing the service are encouraged, but not -required.
- -The following fields from the Leveraged Authorization Table are handled in the -leveraged-authorization assembly:
-- Package ID, Authorization Type, Impact Level
+ required. -The following fields from the Leveraged Authorization Table are handled in the -"system" component assembly:
+The following fields from the Leveraged Authorization Table are handled in the "system" + component assembly:
- Nature of Agreement, CSP Name
-An unauthorized service from an underlying leveraged authorization must NOT have the "leveraged-authorization-uuid" property. The presence or absence of this property is how the authorization status of a service is indicated.
An external system to which this system shares an interconnection.
If 'yes', describe the authentication method.
-If 'no', explain why no authentication is used.
-If 'not-applicable', attest explain why authentication is not applicable in the remarks.
-While not required, each "system" component should have:
Unlike prior FedRAMP OSCAL publications, avoid the use of FedRAMP -properties/extensions for these roles, instead favor the core OSCAL -responsible-roles constructs, and the NIST-standard roles of -"authorizing-official", "system-owner", "system-poc-management -and "system-poc-technical"
+Unlike prior FedRAMP OSCAL publications, avoid the use of FedRAMP properties/extensions + for these roles, instead favor the core OSCAL responsible-roles constructs, and the + NIST-standard roles of "authorizing-official", "system-owner", "system-poc-management and + "system-poc-technical"
Describe the purpose of the external system/service; specifically, provide reasons -for connectivity (e.g., system monitoring, system alerting, download updates, etc.)
+Describe the purpose of the external system/service; specifically, provide reasons for + connectivity (e.g., system monitoring, system alerting, download updates, etc.)
If 'yes', describe the authentication method in the remarks.
If 'no', explain why no authentication is used in the remarks.
-If 'not-applicable', attest explain why authentication is not applicable in the remarks.
+If 'not-applicable', attest explain why authentication is not applicable in the + remarks.
Describe the hosting of the interconnection itself (NOT the hosting of the remote system).
+Describe the hosting of the interconnection itself (NOT the hosting of the remote + system).
Each interconnection to one or more remote systems must have:
Each "interconnection" component must have:
Authentication methods must address both system-authentication as well as -user authentication mechanisms.
-Describe the hosting of the interconnection itself (NOT the hosting of the remote system).
-If the interconnection travels across the public Internet, the provider may be the cloud hosting provider or the Internet provider
+Authentication methods must address both system-authentication as well as user + authentication mechanisms.
+Describe the hosting of the interconnection itself (NOT the hosting of the remote + system).
+If the interconnection travels across the public Internet, the provider may be the cloud + hosting provider or the Internet provider
While not required, each "interconnection" component should have:
Unlike prior FedRAMP OSCAL publications, avoid the use of FedRAMP -properties/extensions for these roles, instead favor the core OSCAL -responsible-roles constructs, and the NIST-standard roles of -"system-poc-management" and "system-poc-technical". With an interconnection, -the system POC roles reference parties that represent the connection provider.
+Unlike prior FedRAMP OSCAL publications, avoid the use of FedRAMP properties/extensions + for these roles, instead favor the core OSCAL responsible-roles constructs, and the + NIST-standard roles of "system-poc-management" and "system-poc-technical". With an + interconnection, the system POC roles reference parties that represent the connection + provider.
For each external system with which this system connects:
Must have a "system" component (this component).
Must have an "interconnection" component that connects this component with the -"this-system" component.
-If the leveraged system owner provides a UUID for their system (such as in an
-OSCAL-based CRM), it should be reflected in the inherited-uuid
-property.
If the leveraged system owner provides a UUID for their system (such as in an OSCAL-based
+ CRM), it should be reflected in the inherited-uuid
property.
Must include all leveraged services and features from the leveraged authorization -here.
-For an external system, the "implementation-point" property must always be present -with a value of "external".
- - + here. +For an external system, the "implementation-point" property must always be present with a + value of "external".
Each interconnection must be defined with both an "system" component and an -"interconnection" component.
+ "interconnection" component.Must include all leveraged services and features from the leveraged authorization -here.
+ here.A service provided by an external system other than the leveraged system.
Describe the service and what it is used for.
If 'yes', describe the authentication method in the remarks.
If 'no', explain why no authentication is used in the remarks.
-If 'not-applicable', attest explain why authentication is not applicable in the remarks.
+If 'not-applicable', attest explain why authentication is not applicable in the + remarks.
This can only be known if provided by the leveraged system. -such as via an OSCAL-based CRM, component definition, -or as a result to the leveraged system's OSCAL-based SSP.
+This can only be known if provided by the leveraged system. such as via an OSCAL-based + CRM, component definition, or as a result to the leveraged system's OSCAL-based SSP.
This is a service provided by an external system other than the leveraged system.
-As a result, the "leveraged-authorization-uuid" property is not applicable and must -NOT be used.
+As a result, the "leveraged-authorization-uuid" property is not applicable and must NOT + be used.
Each external service used from a leveraged authorization must have:
-- a "system" component (CURRENTLY DEFERRED DUE TO A KNOWN ISSUE WITH THE "provided-by" link relationship).
-- a "service" component (this component).
+This component must always have:
-- The name of the service in the title - preferably exactly as it appears on the -vendor's web site
-- A "risk" property/extension - using the remarks, either describe any risk or state there is no risk and provide a basis for that assertion.
-- An "implementation-point" property with a value of "external".
-- A "provided-by" link with a URI fragment that points to the UUID of the above -"system" component.
- - Example: "#11111111-2222-4000-8000-009000100001"
-
- IMPORTANT: Due to a known error in core OSCAL (versions =1.1.2) constraints, -this property is blocked from proper use.
-- a status with a state value of "operational"
+Where relevant, this component should also have:
-- One or more "information-type" properties, where the allowed values are the 800-63 -information type identifiers.
-- A responsible-role with a role-id of "leveraged-authorization-users" and exactly -one or more party-uuid entries that indicates which users within this system may -interact with the leveraged systeme.
-- An "inherited-uuid" property if the leveraged system's owner provides a UUID for -their system (such as in an OSCAL-based CRM).
-Link(s) to the vendor's web site describing the service are encouraged, but not -required.
+The following fields from the Leveraged Authorization Table are handled in the -leveraged-authorization assembly:
+ leveraged-authorization assembly:- Package ID, Authorization Type, Impact Level
-The following fields from the Leveraged Authorization Table are handled in the -"system" component assembly:
+The following fields from the Leveraged Authorization Table are handled in the "system" + component assembly:
- Nature of Agreement, CSP Name
-An unauthorized service from an underlying leveraged authorization must NOT have the "leveraged-authorization-uuid" property. The presence or absence of this property is how the authorization status of a service is indicated.
+An unauthorized service from an underlying leveraged authorization must NOT have the + "leveraged-authorization-uuid" property. The presence or absence of this property is how + the authorization status of a service is indicated.
+This component represents any of the public API clients that may access this systems'API + service.
+When an API service is offered to a large community, this one component bay be used to + represent the collection of API clients that may connect from that community. This must + have:
+A service provided by an external system other than the leveraged system.
+A service offered by this system to external systems, such as an API. As a result, + communication crosses the boundary.
Describe the service and what it is used for.
If 'yes', describe the authentication method in the remarks.
If 'no', explain why no authentication is used in the remarks.
-If 'not-applicable', attest explain why authentication is not applicable in the remarks.
-Either describe a risk associated with this service, or indicate there is no identified risk.
-If there is no risk, please explain your basis for that conclusion.
+If 'not-applicable', attest explain why authentication is not applicable in the + remarks.
If there are one or more identified risks, describe any resulting impact.
+Terms of Use
If there are one or more identified risks, describe any mitigating factors.
+Explain why authentication scans are not possible for this component. Provide evidence + if available, such as scanner tool or vendor links.
This is a service provided by an external system other than the leveraged system.
- - - -- A "risk" property/extension - using the remarks, either describe any risk or state there is no risk and provide a basis for that assertion.
- - - -As a result, the "leveraged-authorization-uuid" property is not applicable and must -NOT be used.
-All services require the "implementation-point" property. In this case, the property -value is set to "external.
-All external services would normally require a "provided-by" link; however, a known -bug in core OSCAL syntax prevents the use of this property at this time.
-If the leveraged system owner provides a UUID for their service (such as in an
-OSCAL-based CRM), it should be reflected in the inherited-uuid
-property.
This is a service provided by this system to external systems, such as an offered API. + The following is required:
+Because this is softare that exists within the boundary, it is also requires the + following in satisfaction of inventory/CM/ConMon requirements:
+None
+A CLI tool used from within this system's boundary to manage a hypervisor, service, or + other system outside this system's boundary, resulting in communication that crosses the + boundary.
If 'yes', describe the authentication method in the remarks.
If 'no', explain why no authentication is used in the remarks.
-If 'not-applicable', attest explain why authentication is not applicable in the remarks.
+If 'not-applicable', attest explain why authentication is not applicable in the + remarks.
Either describe a risk associated with this CLI, or indicate there is no identified risk.
-If there is no risk, please explain your basis for that conclusion.
+Terms of Use
If there are one or more identified risks, describe any resulting impact.
+Explain why authentication scans are not possible for this component. Provide evidence + if available, such as scanner tool or vendor links.
When an internal CLI tool communicates with a system outside the boundary, such as for + management of the underlying leveraged system or interaction with an external system, the + following is required:
+Because this is softare that exists within the boundary, it is also requires the + following in satisfaction of inventory/CM/ConMon requirements:
+A CLI tool used by systems outside the authorization boundary to manage or interact with + this system..
+If there are one or more identified risks, describe any mitigating factors.
+If 'yes', describe the authentication method in the remarks.
+If 'no', explain why no authentication is used in the remarks.
+If 'not-applicable', attest explain why authentication is not applicable in the + remarks.
Terms of Use
When a CLI tool outside the system communicates with this system, such as for management + of the user's hypervisor in this system, the following is required:
+As this is impelemented external to the system boundary, information such as "scan-type" + and "allows-authenticated-scanning" are not applicable and should not be present.
+A service that exists within the authorization boundary.
-Describe the service and what it is used for.
+This is a corporate policy used for the system.
+The Access Control and Identity Management Policy governs how user identities and access + rights are managed.
A policy component is required for each policy that governs the system.
+The title, description and status fields are required by core OSCAL. The title field + should reflect the actual title of the policy document.
+For system-specific policies, the "implementation-point" property must be present and set + to "internal".
+For corproate policies, the "implementation-point" property must be present and set to + "external" with its class set to "corporate".
+For any policy that is niether system-specific, nor corporate, the "implementation-point" + property must be present and set to "external", with a class set to anything other than + "corporate" or no class attribute at all.
+An "attachment" link field must be present that identifies the back-matter resource + representing the attached policy.
+The document version and date are represented in the linked resource. Not here.
+At this time FedRAMP does not _require_ policy approver or audience information in the + SSP; however, both may be represented here using the responsible-role field. If electing + to include this information, use the "approver" role ID to represent approvers. Any other + role listed is assumed to be audience.
+A virtual appliance that exists within the authorization boundary.
-Describe the virtual appliance and what it is used for.
+The Awareness and Training Policy governs how access is managed and approved.
virtual function
A component representing hardware that exists within the authorization boundary.
-Describe the hardware and what it is used for.
+The Access Control Procedure governs how access is managed and approved.
Provide a description and any pertinent note regarding the use of this CM.
-For data-at-rest modules, describe type of encryption implemented (e.g., full disk, -file, record-level, etc.)
-Lastly, provide any supporting notes on FIPS status (e.g. historical) or lack of FIPS -compliance (e.g., Module in Process).
+A "process-procedure" component is required for each process or procedure that governs + the system.
+The title, description and status fields are required by core OSCAL. The title field + should reflect the actual title of the document.
+For system-specific processes or procedures, the "implementation-point" property must be + present and set to "internal".
+For corproate processes or procedures, the "implementation-point" property must be + present and set to "external" with its class set to "corporate".
+For any processes or procedures that is niether system-specific, nor corporate, the + "implementation-point" property must be present and set to "external", with a class set to + anything other than "corporate" or no class attribute at all.
+An "attachment" link field must be present that identifies the back-matter resource + representing the attached policy.
+The document version and date are represented in the linked resource. Not here.
+At this time FedRAMP does not _require_ policy approver or audience information in the + SSP; however, both may be represented here using the responsible-role field. If electing + to include this information, use the "approver" role ID to represent approvers. Any other + role listed is assumed to be audience.
+The Awareness and Training Procedure governs how access is managed and approved.
Provide a description and any pertinent note regarding the use of this CM.
-For example, any supporting notes on FIPS status (e.g. historical) or lack of FIPS -compliance (e.g., Module in Process).
+The corporate data lake. All logs are required to be sent here.
FUNCTION: Describe typical component function.
+An encryptred communication between the API server and the database server for the + purpose of performing SQL queries.
COMMENTS: Provide other comments as needed.
+Provide any notes here about this connection that you wish to appear in Table Q.
FUNCTION: Describe typical component function.
+An encryptred communication between components that generate logs and the corporate data + lake for the purpose of centralized logging.
COMMENTS: Provide other comments as needed.
+Provide any notes here about this connection that you wish to appear in Table Q.
FUNCTION: This container image is the base operating system used in the example. A notional CSP, like Awesome Cloud, would update and customize this image for business, reliability, and security needs.
+None
Briefly describe the function of the database
+This example container image is for a non-commercial, community-maintained Linux distribution as a non-normative example with a currently valid checksum. See a link above to the example image metadata and technical details from its officially published location on the Docker Hub registry.
-Briefly describe the cryptographic module.
Used to encrypt and decrypt rows in the database.
Briefly describe the cryptographic module.
+.
+Provide a description and any pertinent note regarding the use of this CM.
+For data-at-rest modules, describe type of encryption implemented (e.g., full disk, file, + record-level, etc.)
+Lastly, provide any supporting notes on FIPS status (e.g. historical) or lack of FIPS + compliance (e.g., Module in Process).
+Usage statement
+Provide a description and any pertinent note regarding the use of this CM.
+For data-at-rest modules, describe type of encryption implemented (e.g., full disk, file, + record-level, etc.)
+Lastly, provide any supporting notes on FIPS status (e.g. historical) or lack of FIPS + compliance (e.g., Module in Process).
+Usage statement
+Describe any relevant information regarding this validation of the CM.
+.
+This is another validation of the OpenSSL Cryptographic module that has nothing to do + with FIPS validation.
+It may be present as a way of ensuring complete documentation, but may be ignored by + FedRAMP automation.
+.
+Provide a description and any pertinent note regarding the use of this CM.
+For example, any supporting notes on FIPS status (e.g. historical) or lack of FIPS + compliance (e.g., Module in Process).
+This is an API server that communicates with a database via an encrypted connection
+This is a web server that communicates with a database via an encrypted connection
+A service that exists within the authorization boundary.
+Describe the service and what it is used for.
+This is a container image used to create container instances within the system.
+FUNCTION: Describe typical component function.
+COMMENTS: Provide other comments as needed.
+Email Service
+FUNCTION: Describe typical component function.
COMMENTS: Provide other comments as needed.
None
None
If 'yes', describe the authentication method.
-If 'no', explain why no authentication is used.
-If 'not-applicable', attest explain why authentication is not applicable in the remarks.
-None
Vendor appliance. No admin-level access.
The Access Control Policy governs how access is managed and approved.
-The Awareness and Training Policy governs how access is managed and approved.
-The Audit and Accountability governs how access is managed and approved.
-The Assessment, Authorization, and Monitoring Policy governs how access is managed -and approved.
-The Configuration Management Policy governs how access is managed and approved.
-The Contingency Planning Policy governs how access is managed and approved.
-The Identificaiton and Authentication Policy governs how access is managed and -approved.
+This is the routing capability within a VPC that provides access control between + networks.
The Incident Response Policy governs how access is managed and approved.
+This network is dedicated to traffic to and from any databases or network attached + storage.
The Maintenance Policy governs how access is managed and approved.
+Production Network
The Media Protection Policy governs how access is managed and approved.
+Management Network.
The Physical and Enviornmental Protection Policy governs how access is managed and -approved.
+-Facing DMZ Network.
The Planning Policy governs how access is managed and approved.
+Public-Facing DMZ Network.
The Program Management Policy governs how access is managed and approved.
+Legacy Example (No implemented-component).
The Personnel Security Policy governs how access is managed and approved.
-The PII Processing and Transparency Policy governs how access is managed and -approved.
-The Risk Assessment Policy governs how access is managed and approved.
-The System and Services Acquisition Policy governs how access is managed and -approved.
-The System and Communication Protection Policy governs how access is managed and -approved.
-The System and Information Integrity Policy governs how access is managed and -approved.
-The Supply Chain Risk Management Policy governs how access is managed and -approved.
-The Access Control Procedure governs how access is managed and approved.
-The Awareness and Training Procedure governs how access is managed and approved.
-The Audit and Accountability Procedure governs how access is managed and -approved.
-The Assessment, Authorization, and Monitoring Procedure governs how access is managed -and approved.
-The Configuration Management Procedure governs how access is managed and -approved.
-The Contingency Planning Procedure governs how access is managed and approved.
-The Identificaiton and Authentication Procedure governs how access is managed and -approved.
-The Incident Response Procedure governs how access is managed and approved.
-The Maintenance Procedure governs how access is managed and approved.
-The Media Protection Procedure governs how access is managed and approved.
-The Physical and Enviornmental Protection Procedure governs how access is managed and -approved.
-The Planning Procedure governs how access is managed and approved.
-The Program Management Procedure governs how access is managed and approved.
-The Personnel Security Procedure governs how access is managed and approved.
-The PII Processing and Transparency Procedure governs how access is managed and -approved.
-The Risk Assessment Procedure governs how access is managed and approved.
-The System and Services Acquisition Procedure governs how access is managed and -approved.
-The System and Communication Protection Procedure governs how access is managed and -approved.
-The System and Information Integrity Procedure governs how access is managed and -approved.
-The Supply Chain Risk Management Procedure governs how access is managed and -approved.
-IPv4 Production Subnet.
-IPv4 Management Subnet.
-Email Service
-If 'yes', describe the authentication method.
-If 'no', explain why no authentication is used.
-If 'not-applicable', attest explain why authentication is not applicable in the remarks.
-Describe the purpose of the external system or service.
-If 'yes', describe the authentication method in the remarks.
-If 'no', explain why no authentication is used in the remarks.
-If 'not-applicable', attest explain why authentication is not applicable in the remarks.
-Legacy Example (No implemented-component).
-If no, explain why. If yes, omit remarks field.
This inventory items demonstrates the legacy approach in which the inventory item does not have a reference to a component.
+COMMENTS: Additional information about this item.
+This links to a FIPS 140-2 validated software component that is used by this inventory + item. This type of linkage to a validation through the component is preferable to the + link[rel='validation'] example above.
Component Inventory Example
If no, explain why. If yes, omit remark.
no function
None.
Required, longer, formatted description.
-None.
a different kind of scan
None.
Required, longer, formatted description.
-None.
Asset wasn't running at time of scan.
Required, longer, formatted description.
-None.
Optional, longer, formatted description.
-None.
Asset wasn't running at time of scan.
Optional, longer, formatted description.
-Email-Service
virtual function
Appendix A - FedRAMP SSP Rev5 Template
-This description field is required by OSCAL.
-FedRAMP does not require any specific information here.
-Instance of a Service A
+Instance of a Service B
+Instance of a Service C
+Instance of the API Service
+Instance of a Service D
+Instance of a Service E
+Instance of the Data Network
+Instance of the Data Network
+Instance of a Production Network
+This description field is required by OSCAL.
+FedRAMP does not require any specific information here.
+ + +[Assignment: organization-defined personnel or roles]
+This focuses on roles the POLICY is disseminated to.
+[Assignment: organization-defined personnel or roles]
+This focuses on roles PROCEDURES are disseminated to.
+[Selection (one or more): Organization-level; Mission/business process-level; + Systemlevel]
+This is a SELECT parameter. Use one "value" field for each selection.
+[Assignment: organization-defined official]
+[Assignment: organization-defined frequency]
+[Assignment:organization-defined events]
+[Assignment: organization-defined frequency]
+[Assignment:organization-defined events]
+Describe how Part a is satisfied within the system as a whole.
+FedRAMP prefers all policies and procedures be attached as a resource in the + back-matter. The link points to a resource.
+This is the "this-system" component, which represents the system as a whole.
+There are two reasons to provide a response here:
+Describe how this policy satisfies part a.
+This is the "policy" component, which represents the Access Control and Identity + Management Policy.
+Describe how this procedure satisfies part a.
+This is the "process-procedure" component, which represents the Access Control + Process.
+Describe how Part b is satisfied within the system as a whole.
+Describe the plan to complete the implementation.
+This is the "this-system" component, which represents the system as a whole.
+There are two reasons to provide a response here:
+Describe how this policy currently satisfies part a.
+Describe the plan for addressing the missing policy elements.
+Identify what is currently missing from this policy.
+Describe how Part b-1 is satisfied.
+Describe how AC-2, part a is satisfied within this system.
+This points to the "This System" component, and is used any time a more specific + component reference is not available.
+Describe how AC-2, part a is satisfied within this system.
+This points to the "This System" component, and is used any time a more specific + component reference is not available.
+This system's statement of capabilities which may be inherited by a customer's + leveraging systems toward satisfaction of AC-2, part a.
+Leveraged system's statement of a leveraging system's responsibilities in + satisfaction of AC-2, part a.
+Not associated with inheritance, thus associated this with the by-component for + "this system".
+Any content for the customer responsibility matrix must be included within
+ export
.
+ provided
is a statement about what
For the portion of the control satisfied by the application component of this system, + describe how the control is met.
+Consumer-appropriate description of what may be inherited from this application + component by a leveraging system.
+In the context of the application component in satisfaction of AC-2, part a.
+Leveraging system's responsibilities with respect to inheriting this capability + from this application.
+In the context of the application component in satisfaction of AC-2, part a.
+The component-uuid above points to the "this system" component.
+Any control response content that does not cleanly fit another system component is + placed here. This includes customer responsibility content.
+This can also be used to provide a summary, such as a holistic overview of how + multiple components work together.
+While the "this system" component is not explicitly required within every
+ statement
, it will typically be present.
For the portion inherited from an underlying FedRAMP-authorized provider, describe + what is inherited.
+Optional description.
+Consumer-appropriate description of what may be inherited as provided by the + leveraged system.
+In the context of this component in satisfaction of AC-2, part a.
+The provided-uuid
links this to the same statement in the leveraged
+ system's SSP.
It may be linked directly, but is more commonly provided via an OSCAL-based CRM + (Inheritance and Responsibility Model).
+Description of how the responsibility was satisfied.
+The responsibility-uuid
links this to the same statement in the
+ leveraged system's SSP.
It may be linked directly, but is more commonly provided via an OSCAL-based CRM + (Inheritance and Responsibility Model).
+Tools should use this to ensure all identified customer responsibility
+ statements have a corresponding satisfied
statement in the leveraging
+ system's SSP.
Tool developers should be mindful that
+[Assignment: organization-defined personnel or roles]
+This focuses on roles the POLICY is disseminated to.
+[Assignment: organization-defined personnel or roles]
+This focuses on roles PROCEDURES are disseminated to.
+[Selection (one or more): Organization-level; Mission/business process-level; + Systemlevel]
+This is a SELECT parameter. Use one "value" field for each selection.
+[Assignment: organization-defined official]
+[Assignment: organization-defined frequency]
+[Assignment:organization-defined events]
+[Assignment: organization-defined frequency]
+[Assignment:organization-defined events]
+Describe how Part a is satisfied within the system.
+Legacy approach. If no policy component is defined, describe here how the policy + satisfies part a.
+In this case, a link must be provided to the policy.
+FedRAMP prefers all policies and procedures be attached as a resource in the + back-matter. The link points to a resource.
+The specified component is the system itself.
+Any control implementation response that can not be associated with another component + is associated with the component representing the system.
+Describe how this policy satisfies part a.
+Component approach. This links to a component representing the Identity Management + and Access Control Policy.
+That component contains a link to the policy, so it does not have to be linked here + too.
+Describe how this procedure satisfies part a.
+Component approach. This links to a component representing the Identity Management + and Access Control Policy.
+That component contains a link to the policy, so it does not have to be linked here + too.
+There
+Describe the plan to complete the implementation.
+Describe how this policy currently satisfies part a.
+Describe the plan for addressing the missing policy elements.
+Identify what is currently missing from this policy.
+Describe how Part b-1 is satisfied.
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is a 'policy' component that must be present for part a of every -1 control.
+This is a 'process-procedure' component that must be present for part a of every -1 + control.
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is a 'policy' component that must be present for part a of every -1 control.
+This is a 'process-procedure' component that must be present for part a of every -1 + control.
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is a 'policy' component that must be present for part a of every -1 control.
+This is a 'process-procedure' component that must be present for part a of every -1 + control.
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is a 'policy' component that must be present for part a of every -1 control.
+This is a 'process-procedure' component that must be present for part a of every -1 + control.
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is a 'policy' component that must be present for part a of every -1 control.
+This is a 'process-procedure' component that must be present for part a of every -1 + control.
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is a 'policy' component that must be present for part a of every -1 control.
+This is a 'process-procedure' component that must be present for part a of every -1 + control.
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is a 'policy' component that must be present for part a of every -1 control.
+This is a 'process-procedure' component that must be present for part a of every -1 + control.
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is a 'policy' component that must be present for part a of every -1 control.
+This is a 'process-procedure' component that must be present for part a of every -1 + control.
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is a 'policy' component that must be present for part a of every -1 control.
+This is a 'process-procedure' component that must be present for part a of every -1 + control.
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is a 'policy' component that must be present for part a of every -1 control.
+This is a 'process-procedure' component that must be present for part a of every -1 + control.
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is a 'policy' component that must be present for part a of every -1 control.
+This is a 'process-procedure' component that must be present for part a of every -1 + control.
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is a 'policy' component that must be present for part a of every -1 control.
+This is a 'process-procedure' component that must be present for part a of every -1 + control.
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is a 'policy' component that must be present for part a of every -1 control.
+This is a 'process-procedure' component that must be present for part a of every -1 + control.
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
+Describe how Part a is satisfied within the system.
-Legacy approach. If no policy component is defined, describe here how the policy satisfies part a.
-In this case, a link must be provided to the policy.
-FedRAMP prefers all policies and procedures be attached as a resource in the back-matter. The link points to a resource.
+This is the 'this-system' component that must be present for every statement
The specified component is the system itself.
-Any control implementation response that can not be associated with another component is associated with the component representing the system.
-Describe how this policy component satisfies part a.
-Component approach. This links to a component representing the Identity Management and Access Control Policy.
-That component contains a link to the policy, so it does not have to be linked here too.
+This is the 'this-system' component that must be present for every statement
Describe how Part a is satisfied within the system.
-Legacy approach. If no policy component is defined, describe here how the policy satisfies part a.
-In this case, a link must be provided to the policy.
-FedRAMP prefers all policies and procedures be attached as a resource in the back-matter. The link points to a resource.
+This is the 'this-system' component that must be present for every statement
The specified component is the system itself.
-Any control implementation response that can not be associated with another component is associated with the component representing the system.
-Describe how this policy component satisfies part a.
-Component approach. This links to a component representing the Identity Management and Access Control Policy.
-That component contains a link to the policy, so it does not have to be linked here too.
+This is the 'this-system' component that must be present for every statement
There
+This is the 'this-system' component that must be present for every statement
Describe the plan to complete the implementation.
-Describe how this policy currently satisfies part a.
+This is the 'this-system' component that must be present for every statement
Describe the plan for addressing the missing policy elements.
-Identify what is currently missing from this policy.
-Describe how Part b-1 is satisfied.
+This is the 'this-system' component that must be present for every statement
Describe how Part b-2 is satisfied.
+This is the 'this-system' component that must be present for every statement
Describe how Part ac-1_smt.a is satisfied.
Describe how this policy satisfies part a.
This is the "policy" component, which represents the Access Control and Identity Management Policy.
Describe how this procedure satisfies part a.
This is the "process-procedure" component, which represents the Access Control Process.
Describe how Part ac-1_smt.b is satisfied.
Describe how Part ac-1_smt.c is satisfied.
Describe how Part ac-1_obj.a-1 is satisfied.
Describe how Part ac-1_obj.a-2 is satisfied.
Describe how Part ac-1_obj.a-3 is satisfied.
Describe how Part ac-1_obj.a-4 is satisfied.
Describe how Part ac-1_obj.a.1.a is satisfied.
Describe how Part ac-1_obj.a.1.b is satisfied.
Describe how Part ac-1_obj.b is satisfied.
Describe how Part ac-1_obj.c.1 is satisfied.
Describe how Part ac-1_obj.c.2 is satisfied.
Describe the plan to complete the implementation.
-Describe any customer-configured requirements for satisfying this control.
-Describe how the control is satisfied within the system.
-Describe how AC-2, part a is satisfied within this system.
-This points to the This System
component, and is used any time a more specific component reference is not available.
This is the 'this-system' component that must be present for every statement
Leveraged system's statement of capabilities which may be inherited by a leveraging systems to satisfy AC-2, part a.
-Leveraged system's statement of a leveraging system's responsibilities in satisfaction of AC-2, part a.
-Not associated with inheritance, thus associated this with the by-component for this system
.
-
For the portion of the control satisfied by the application component of this system, describe how the control is met.
+This is the 'this-system' component that must be present for every statement
Consumer-appropriate description of what may be inherited from this application component by a leveraging system.
-In the context of the application component in satisfaction of AC-2, part a.
-Leveraging system's responsibilities with respect to inheriting this capability from this application.
-In the context of the application component in satisfaction of AC-2, part a.
-The component-uuid above points to the this system
component.
Any control response content that does not cleanly fit another system component is placed here. This includes customer responsibility content.
-This can also be used to provide a summary, such as a holistic overview of how multiple components work together.
-While the this system
component is not explicitly required within every statement
, it will typically be present.
For the portion inherited from an underlying FedRAMP-authorized provider, describe what is inherited.
+This is the 'this-system' component that must be present for every statement
Optional description.
-Consumer-appropriate description of what may be inherited as provided by the leveraged system.
-In the context of this component in satisfaction of AC-2, part a.
-The provided-uuid
links this to the same statement in the leveraged system's SSP.
It may be linked directly, but is more commonly provided via an OSCAL-based CRM (Inheritance and Responsibility Model).
-Description of how the responsibility was satisfied.
-The responsibility-uuid
links this to the same statement in the leveraged system's SSP.
It may be linked directly, but is more commonly provided via an OSCAL-based CRM (Inheritance and Responsibility Model).
-Tools should use this to ensure all identified customer responsibility
statements have a corresponding satisfied
statement in the leveraging system's SSP.
Tool developers should be mindful that
-Describe how Part ac-2_smt.b is satisfied.
Describe how Part ac-2_smt.c is satisfied.
Describe how Part ac-2_smt.d is satisfied.
Describe how Part ac-2_smt.e is satisfied.
Describe how Part ac-2_smt.f is satisfied.
Describe how Part ac-2_smt.g is satisfied.
Describe how Part ac-2_smt.h is satisfied.
Describe how Part ac-2_smt.i is satisfied.
Describe how Part ac-2_smt.j is satisfied.
Describe how Part ac-2_smt.k is satisfied.
Describe how Part ac-2_smt.l is satisfied.
Describe how Part ac-2_obj.a-1 is satisfied.
Describe how Part ac-2_obj.a-2 is satisfied.
Describe how Part ac-2_obj.b is satisfied.
Describe how Part ac-2_obj.c is satisfied.
Describe how Part ac-2_obj.d is satisfied.
Describe how Part ac-2_obj.e is satisfied.
Describe how Part ac-2_obj.f is satisfied.
Describe how Part ac-2_obj.g is satisfied.
Describe how Part ac-2_obj.h is satisfied.
Describe how Part ac-2_obj.i.1 is satisfied.
Describe how Part ac-2_obj.i.2 is satisfied.
Describe how Part ac-2_obj.i.3 is satisfied.
Describe how Part ac-2_obj.j is satisfied.
Describe how Part ac-2_obj.k-1 is satisfied.
Describe how Part ac-2_obj.k-2 is satisfied.
Describe how Part ac-2_obj.l is satisfied.
Describe the plan to complete the implementation.
-Describe how the control is satisfied within the system.
+This is the 'this-system' component that must be present for every statement
Describe how Part a is satisfied.
+This is the 'this-system' component that must be present for every statement
Describe how this policy component satisfies part a.
-Component approach. This links to a component representing the Policy.
-That component contains a link to the policy, so it does not have to be linked here too.
+This is the 'this-system' component that must be present for every statement
Describe how this procedure component satisfies part a.
-Component approach. This links to a component representing the procedure.
-That component contains a link to the procedure, so it does not have to be linked here too.
+This is the 'this-system' component that must be present for every statement
Describe how Part b-1 is satisfied.
+This is the 'this-system' component that must be present for every statement
+This is the 'this-system' component that must be present for every statement
Describe how Part b-2 is satisfied.
+This is the 'this-system' component that must be present for every statement
Describe how Part at-1_smt.b is satisfied.
Describe how Part at-1_smt.c is satisfied.
Describe how Part at-1_obj.a-1 is satisfied.
Describe how Part at-1_obj.a-2 is satisfied.
Describe how Part at-1_obj.a-3 is satisfied.
Describe how Part at-1_obj.a-4 is satisfied.
Describe how Part at-1_obj.a.1.a is satisfied.
Describe how Part at-1_obj.a.1.b is satisfied.
Describe how Part at-1_obj.b is satisfied.
Describe how Part at-1_obj.c.1 is satisfied.
Describe how Part at-1_obj.c.2 is satisfied.
Describe the plan to complete the implementation.
-Describe how the control is satisfied within the system.
+This is the 'this-system' component that must be present for every statement
For the portion of the control satisfied by the service provider, describe how the control is met.
+This is the 'this-system' component that must be present for every statement
Describe how this policy component satisfies part a.
-Component approach. This links to a component representing the Policy.
-That component contains a link to the policy, so it does not have to be linked here too.
+This is the 'this-system' component that must be present for every statement
Describe how this procedure component satisfies part a.
-Component approach. This links to a component representing the procedure.
-That component contains a link to the procedure, so it does not have to be linked here too.
+This is the 'this-system' component that must be present for every statement
For the portion of the control satisfied by the service provider, describe how the control is met.
+This is the 'this-system' component that must be present for every statement
For the portion of the control satisfied by the service provider, describe how the control is met.
+This is the 'this-system' component that must be present for every statement
Describe how Part au-1_smt.b is satisfied.
Describe how Part au-1_smt.c is satisfied.
Describe how Part au-1_obj.a-1 is satisfied.
Describe how Part au-1_obj.a-2 is satisfied.
Describe how Part au-1_obj.a-3 is satisfied.
Describe how Part au-1_obj.a-4 is satisfied.
Describe how Part au-1_obj.a.1.a is satisfied.
Describe how Part au-1_obj.a.1.b is satisfied.
Describe how Part au-1_obj.b is satisfied.
Describe how Part au-1_obj.c.1 is satisfied.
Describe how Part au-1_obj.c.2 is satisfied.
Describe the plan to complete the implementation.
-Describe how the control is satisfied within the system.
+This is the 'this-system' component that must be present for every statement
For the portion of the control satisfied by the service provider, describe how the control is met.
+This is the 'this-system' component that must be present for every statement
Describe how this policy component satisfies part a.
-Component approach. This links to a component representing the Policy.
-That component contains a link to the policy, so it does not have to be linked here too.
+This is the 'this-system' component that must be present for every statement
Describe how this procedure component satisfies part a.
-Component approach. This links to a component representing the procedure.
-That component contains a link to the procedure, so it does not have to be linked here too.
+This is the 'this-system' component that must be present for every statement
For the portion of the control satisfied by the service provider, describe how the control is met.
+This is the 'this-system' component that must be present for every statement
For the portion of the control satisfied by the service provider, describe how the control is met.
+This is the 'this-system' component that must be present for every statement
Describe how Part ca-1_smt.b is satisfied.
Describe how Part ca-1_smt.c is satisfied.
Describe how Part ca-1_obj.a-1 is satisfied.
Describe how Part ca-1_obj.a-2 is satisfied.
Describe how Part ca-1_obj.a-3 is satisfied.
Describe how Part ca-1_obj.a-4 is satisfied.
Describe how Part ca-1_obj.a.1.a is satisfied.
Describe how Part ca-1_obj.a.1.b is satisfied.
Describe how Part ca-1_obj.b is satisfied.
Describe how Part ca-1_obj.c.1 is satisfied.
Describe how Part ca-1_obj.c.2 is satisfied.
Describe the plan to complete the implementation.
-Describe how the control is satisfied within the system.
+This is the 'this-system' component that must be present for every statement
For the portion of the control satisfied by the service provider, describe how the control is met.
+This is the 'this-system' component that must be present for every statement
Describe how this policy component satisfies part a.
-Component approach. This links to a component representing the Policy.
-That component contains a link to the policy, so it does not have to be linked here too.
+This is the 'this-system' component that must be present for every statement
Describe how this procedure component satisfies part a.
-Component approach. This links to a component representing the procedure.
-That component contains a link to the procedure, so it does not have to be linked here too.
+This is the 'this-system' component that must be present for every statement
For the portion of the control satisfied by the service provider, describe how the control is met.
+This is the 'this-system' component that must be present for every statement
For the portion of the control satisfied by the service provider, describe how the control is met.
+This is the 'this-system' component that must be present for every statement
Describe how Part cm-1_smt.b is satisfied.
Describe how Part cm-1_smt.c is satisfied.
Describe how Part cm-1_obj.a-1 is satisfied.
Describe how Part cm-1_obj.a-2 is satisfied.
Describe how Part cm-1_obj.a-3 is satisfied.
Describe how Part cm-1_obj.a-4 is satisfied.
Describe how Part cm-1_obj.a.1.a is satisfied.
Describe how Part cm-1_obj.a.1.b is satisfied.
Describe how Part cm-1_obj.b is satisfied.
Describe how Part cm-1_obj.c.1 is satisfied.
Describe how Part cm-1_obj.c.2 is satisfied.
Describe the plan to complete the implementation.
-Describe how the control is satisfied within the system.
+This is a 'policy' component that must be present for part a of every -1 control.
For the portion of the control satisfied by the service provider, describe how the control is met.
+This is a 'process-procedure' component that must be present for part a of every -1 + control.
Describe how this policy component satisfies part a.
-Component approach. This links to a component representing the Policy.
-That component contains a link to the policy, so it does not have to be linked here too.
+This is the 'this-system' component that must be present for every statement
Describe how this procedure component satisfies part a.
-Component approach. This links to a component representing the procedure.
-That component contains a link to the procedure, so it does not have to be linked here too.
+This is the 'this-system' component that must be present for every statement
For the portion of the control satisfied by the service provider, describe how the control is met.
+This is the 'this-system' component that must be present for every statement
For the portion of the control satisfied by the service provider, describe how the control is met.
+This is the 'this-system' component that must be present for every statement
Describe how Part cp-1_smt.b is satisfied.
Describe how Part cp-1_smt.c is satisfied.
Describe how Part cp-1_obj.a-1 is satisfied.
Describe how Part cp-1_obj.a-2 is satisfied.
Describe how Part cp-1_obj.a-3 is satisfied.
Describe how Part cp-1_obj.a-4 is satisfied.
Describe how Part cp-1_obj.a.1.a is satisfied.
Describe how Part cp-1_obj.a.1.b is satisfied.
Describe how Part cp-1_obj.b is satisfied.
Describe how Part cp-1_obj.c.1 is satisfied.
Describe how Part cp-1_obj.c.2 is satisfied.
The organization coordinates contingency plan development with organizational elements responsible for related plans.
+This is the 'this-system' component that must be present for every statement
Describe how Part cp-2.1_obj is satisfied.
The organization plans for the resumption of essential missions and business functions within organization-defined time period of contingency plan activation.
+This is the 'this-system' component that must be present for every statement
Describe how Part cp-2.3_obj is satisfied.
The organization identifies critical system assets supporting essential missions and business functions.
+This is the 'this-system' component that must be present for every statement
Describe how Part cp-2.8_obj is satisfied.
The organization coordinates contingency plan testing with organizational elements responsible for related plans.
+This is the 'this-system' component that must be present for every statement
Describe how Part cp-4.1_obj is satisfied.
The organization conducts an assessment of the alternate storage site at least annually to determine its availability and readiness for operation.
+This is the 'this-system' component that must be present for every statement
Describe how Part cp-6.1_obj is satisfied.
The organization identifies potential accessibility problems to the alternate storage site in the event of an area-wide disruption or disaster and outlines explicit mitigation actions.
+This is the 'this-system' component that must be present for every statement
Describe how Part cp-6.3_obj-1 is satisfied.
Describe how Part cp-6.3_obj-2 is satisfied.
The organization conducts an assessment of the alternate processing site at least annually to determine its availability and readiness for operation.
+This is the 'this-system' component that must be present for every statement
Describe how Part cp-7.1_obj is satisfied.
The organization identifies potential accessibility problems to the alternate processing site in the event of an area-wide disruption or disaster and outlines explicit mitigation actions.
+This is the 'this-system' component that must be present for every statement
Describe how Part cp-7.2_obj-1 is satisfied.
Describe how Part cp-7.2_obj-2 is satisfied.
The organization develops alternate processing site agreements that contain priority-of-service provisions in accordance with organizational availability requirements (including recovery time objectives).
+This is the 'this-system' component that must be present for every statement
Describe how Part cp-7.3_obj is satisfied.
The organization identifies primary and alternate telecommunications services supporting the system and documents provider contingency plans and recovery time objectives to ensure the availability of telecommunication services.
+This is the 'this-system' component that must be present for every statement
Describe how Part cp-8.1_smt.a is satisfied.
Describe how Part cp-8.1_smt.b is satisfied.
Describe how Part cp-8.1_obj.a is satisfied.
Describe how Part cp-8.1_obj.b is satisfied.
The organization obtains alternate telecommunications services to reduce the likelihood of sharing a single point of failure with primary telecommunications services.
+This is the 'this-system' component that must be present for every statement
Describe how Part cp-8.2_obj is satisfied.
The organization conducts backups of user-level information contained in the system at least weekly.
+This is the 'this-system' component that must be present for every statement
Describe how Part cp-9.1_obj is satisfied.
The organization provides a means to restore system functions without loading backups (e.g., through system reinstallation).
+This is the 'this-system' component that must be present for every statement
Describe how Part cp-9.8_obj is satisfied.
The organization implements transaction recovery for systems that are transaction-based.
+This is the 'this-system' component that must be present for every statement
Describe how Part cp-10.2_obj is satisfied.
Describe the plan to complete the implementation.
-Describe how the control is satisfied within the system.
+This is the 'this-system' component that must be present for every statement
For the portion of the control satisfied by the service provider, describe how the control is met.
+This is the 'this-system' component that must be present for every statement
Describe how this policy component satisfies part a.
-Component approach. This links to a component representing the Policy.
-That component contains a link to the policy, so it does not have to be linked here too.
+This is the 'this-system' component that must be present for every statement
Describe how this procedure component satisfies part a.
-Component approach. This links to a component representing the procedure.
-That component contains a link to the procedure, so it does not have to be linked here too.
+This is the 'this-system' component that must be present for every statement
For the portion of the control satisfied by the service provider, describe how the control is met.
+This is the 'this-system' component that must be present for every statement
For the portion of the control satisfied by the service provider, describe how the control is met.
+This is the 'this-system' component that must be present for every statement
Describe how Part ia-1_smt.b is satisfied.
Describe how Part ia-1_smt.c is satisfied.
Describe how Part ia-1_obj.a-1 is satisfied.
Describe how Part ia-1_obj.a-2 is satisfied.
Describe how Part ia-1_obj.a-3 is satisfied.
Describe how Part ia-1_obj.a-4 is satisfied.
Describe how Part ia-1_obj.a.1.a is satisfied.
Describe how Part ia-1_obj.a.1.b is satisfied.
Describe how Part ia-1_obj.b is satisfied.
Describe how Part ia-1_obj.c.1 is satisfied.
Describe how Part ia-1_obj.c.2 is satisfied.
Describe the plan to complete the implementation.
-Describe how the control is satisfied within the system.
+This is the 'this-system' component that must be present for every statement
For the portion of the control satisfied by the service provider, describe how the control is met.
+This is the 'this-system' component that must be present for every statement
Describe how this policy component satisfies part a.
-Component approach. This links to a component representing the Policy.
-That component contains a link to the policy, so it does not have to be linked here too.
+This is the 'this-system' component that must be present for every statement
Describe how this procedure component satisfies part a.
-Component approach. This links to a component representing the procedure.
-That component contains a link to the procedure, so it does not have to be linked here too.
+This is the 'this-system' component that must be present for every statement
For the portion of the control satisfied by the service provider, describe how the control is met.
+This is the 'this-system' component that must be present for every statement
For the portion of the control satisfied by the service provider, describe how the control is met.
+This is the 'this-system' component that must be present for every statement
Describe how Part ir-1_smt.b is satisfied.
Describe how Part ir-1_smt.c is satisfied.
Describe how Part ir-1_obj.a-1 is satisfied.
Describe how Part ir-1_obj.a-2 is satisfied.
Describe how Part ir-1_obj.a-3 is satisfied.
Describe how Part ir-1_obj.a-4 is satisfied.
Describe how Part ir-1_obj.a.1.a is satisfied.
Describe how Part ir-1_obj.a.1.b is satisfied.
Describe how Part ir-1_obj.b is satisfied.
Describe how Part ir-1_obj.c.1 is satisfied.
Describe how Part ir-1_obj.c.2 is satisfied.
Describe the plan to complete the implementation.
-Describe how the control is satisfied within the system.
+This is the 'this-system' component that must be present for every statement
For the portion of the control satisfied by the service provider, describe how the control is met.
+This is the 'this-system' component that must be present for every statement
Describe how this policy component satisfies part a.
-Component approach. This links to a component representing the Policy.
-That component contains a link to the policy, so it does not have to be linked here too.
+This is the 'this-system' component that must be present for every statement
Describe how this procedure component satisfies part a.
-Component approach. This links to a component representing the procedure.
-That component contains a link to the procedure, so it does not have to be linked here too.
+This is the 'this-system' component that must be present for every statement
For the portion of the control satisfied by the service provider, describe how the control is met.
+This is the 'this-system' component that must be present for every statement
For the portion of the control satisfied by the service provider, describe how the control is met.
+This is the 'this-system' component that must be present for every statement
Describe how Part ma-1_smt.b is satisfied.
Describe how Part ma-1_smt.c is satisfied.
Describe how Part ma-1_obj.a-1 is satisfied.
Describe how Part ma-1_obj.a-2 is satisfied.
Describe how Part ma-1_obj.a-3 is satisfied.
Describe how Part ma-1_obj.a-4 is satisfied.
Describe how Part ma-1_obj.a.1.a is satisfied.
Describe how Part ma-1_obj.a.1.b is satisfied.
Describe how Part ma-1_obj.b is satisfied.
Describe how Part ma-1_obj.c.1 is satisfied.
Describe how Part ma-1_obj.c.2 is satisfied.
The organization:
+This is the 'this-system' component that must be present for every statement
Describe how Part ma-2_smt.a is satisfied.
Describe how Part ma-2_smt.b is satisfied.
Describe how Part ma-2_smt.c is satisfied.
Describe how Part ma-2_smt.d is satisfied.
Describe how Part ma-2_smt.e is satisfied.
Describe how Part ma-2_smt.f is satisfied.
Describe how Part ma-2_obj.a is satisfied.
Describe how Part ma-2_obj.b is satisfied.
Describe how Part ma-2_obj.c is satisfied.
Describe how Part ma-2_obj.d is satisfied.
Describe how Part ma-2_obj.e is satisfied.
Describe how Part ma-2_obj.f is satisfied.
The organization:
-a. Approves and monitors the use of system maintenance tools; and
-b. Controls maintenance tools through one or more of the following: removal, disabling, preventing unauthorized removal.
+This is the 'this-system' component that must be present for every statement
Describe how Part ma-3_smt.a is satisfied.
Describe how Part ma-3_smt.b is satisfied.
Describe how Part ma-3_obj.a is satisfied.
Describe how Part ma-3_obj.b is satisfied.
The organization inspects the maintenance tools used by maintenance personnel for improper or unauthorized modifications.
+This is the 'this-system' component that must be present for every statement
Describe how Part ma-3.1_obj is satisfied.
The organization checks media containing diagnostic and test programs for malicious code before the media are used in the system.
+This is the 'this-system' component that must be present for every statement
Describe how Part ma-3.2_obj is satisfied.
The organization prevents the unauthorized removal of maintenance equipment containing organizational information by:
-(a) Verifying that there is no organizational information contained on the equipment;
-(b) Sanitizing or destroying the equipment;
-(c) Retaining the equipment within the facility; or
-(d) Obtaining an exemption from the authorizing official explicitly authorizing removal of the equipment from the facility.
+This is the 'this-system' component that must be present for every statement
Describe how Part ma-3.3_smt.a is satisfied.
Describe how Part ma-3.3_smt.b is satisfied.
Describe how Part ma-3.3_smt.c is satisfied.
Describe how Part ma-3.3_smt.d is satisfied.
Describe how Part ma-3.3_obj is satisfied.
The organization:
-a. Approves and monitors nonlocal maintenance and diagnostic activities;
-b. Documents and monitors maintenance and diagnostic activities;
-c. Requires that nonlocal maintenance and diagnostic activities be performed from an information system that implements a security capability comparable to the capability implemented on the system being serviced; or
-d. Removes the component to be serviced from the system prior to nonlocal maintenance or diagnostic services.
+This is the 'this-system' component that must be present for every statement
Describe how Part ma-4_smt.a is satisfied.
Describe how Part ma-4_smt.b is satisfied.
Describe how Part ma-4_smt.c is satisfied.
Describe how Part ma-4_smt.d is satisfied.
Describe how Part ma-4_smt.e is satisfied.
Describe how Part ma-4_obj.a is satisfied.
Describe how Part ma-4_obj.b-1 is satisfied.
Describe how Part ma-4_obj.b-2 is satisfied.
Describe how Part ma-4_obj.c is satisfied.
Describe how Part ma-4_obj.d is satisfied.
Describe how Part ma-4_obj.e is satisfied.
The organization:
-a. Establishes a process for maintenance personnel authorization and maintains a list of authorized maintenance organizations or personnel;
-b. Ensures that non-escorted personnel performing maintenance on the system possess the required access authorizations; and
-c. Designates organizational personnel with required access authorizations and technical competence to supervise the maintenance activities of personnel who do not possess the required access authorizations.
+This is the 'this-system' component that must be present for every statement
Describe how Part ma-5_smt.a is satisfied.
Describe how Part ma-5_smt.b is satisfied.
Describe how Part ma-5_smt.c is satisfied.
Describe how Part ma-5_obj.a is satisfied.
Describe how Part ma-5_obj.b is satisfied.
Describe how Part ma-5_obj.c is satisfied.
The organization:
-a. Implements procedures for the use of maintenance personnel that lack appropriate security clearances or are not U.S. citizens, that include the following requirements:
-b. Develops and implements alternate security safeguards in the event a system component cannot be sanitized, removed, or disconnected from the system.
+This is the 'this-system' component that must be present for every statement
Describe how Part ma-5.1_smt.a is satisfied.
Describe how Part ma-5.1_smt.b is satisfied.
Describe how Part ma-5.1_obj.a.1 is satisfied.
Describe how Part ma-5.1_obj.a.2 is satisfied.
Describe how Part ma-5.1_obj.b is satisfied.
The organization performs maintenance on organization-defined system components within organization-defined time periods of failure.
+This is the 'this-system' component that must be present for every statement
Describe how Part ma-6_obj is satisfied.
Describe the plan to complete the implementation.
-Describe how the control is satisfied within the system.
+This is the 'this-system' component that must be present for every statement
For the portion of the control satisfied by the service provider, describe how the control is met.
+This is the 'this-system' component that must be present for every statement
Describe how this policy component satisfies part a.
-Component approach. This links to a component representing the Policy.
-That component contains a link to the policy, so it does not have to be linked here too.
+This is the 'this-system' component that must be present for every statement
Describe how this procedure component satisfies part a.
-Component approach. This links to a component representing the procedure.
-That component contains a link to the procedure, so it does not have to be linked here too.
+This is the 'this-system' component that must be present for every statement
For the portion of the control satisfied by the service provider, describe how the control is met.
+This is the 'this-system' component that must be present for every statement
For the portion of the control satisfied by the service provider, describe how the control is met.
+This is the 'this-system' component that must be present for every statement
Describe how Part mp-1_smt.b is satisfied.
Describe how Part mp-1_smt.c is satisfied.
Describe how Part mp-1_obj.a-1 is satisfied.
Describe how Part mp-1_obj.a-2 is satisfied.
Describe how Part mp-1_obj.a-3 is satisfied.
Describe how Part mp-1_obj.a-4 is satisfied.
Describe how Part mp-1_obj.a.1.a is satisfied.
Describe how Part mp-1_obj.a.1.b is satisfied.
Describe how Part mp-1_obj.b is satisfied.
Describe how Part mp-1_obj.c.1 is satisfied.
Describe how Part mp-1_obj.c.2 is satisfied.
Describe the plan to complete the implementation.
-Describe how the control is satisfied within the system.
+This is the 'this-system' component that must be present for every statement
For the portion of the control satisfied by the service provider, describe how the control is met.
+This is the 'this-system' component that must be present for every statement
Describe how this policy component satisfies part a.
-Component approach. This links to a component representing the Policy.
-That component contains a link to the policy, so it does not have to be linked here too.
+This is the 'this-system' component that must be present for every statement
Describe how this procedure component satisfies part a.
-Component approach. This links to a component representing the procedure.
-That component contains a link to the procedure, so it does not have to be linked here too.
+This is a 'policy' component that must be present for part a of every -1 control.
For the portion of the control satisfied by the service provider, describe how the control is met.
+This is a 'process-procedure' component that must be present for part a of every -1 + control.
For the portion of the control satisfied by the service provider, describe how the control is met.
+This is the 'this-system' component that must be present for every statement
Describe how Part pe-1_smt.b is satisfied.
Describe how Part pe-1_smt.c is satisfied.
Describe how Part pe-1_obj.a-1 is satisfied.
Describe how Part pe-1_obj.a-2 is satisfied.
Describe how Part pe-1_obj.a-3 is satisfied.
Describe how Part pe-1_obj.a-4 is satisfied.
Describe how Part pe-1_obj.a.1.a is satisfied.
Describe how Part pe-1_obj.a.1.b is satisfied.
Describe how Part pe-1_obj.b is satisfied.
Describe how Part pe-1_obj.c.1 is satisfied.
Describe how Part pe-1_obj.c.2 is satisfied.
Describe the plan to complete the implementation.
-Describe how the control is satisfied within the system.
+This is the 'this-system' component that must be present for every statement
For the portion of the control satisfied by the service provider, describe how the control is met.
+This is the 'this-system' component that must be present for every statement
Describe how this policy component satisfies part a.
-Component approach. This links to a component representing the Policy.
-That component contains a link to the policy, so it does not have to be linked here too.
+This is the 'this-system' component that must be present for every statement
Describe how this procedure component satisfies part a.
-Component approach. This links to a component representing the procedure.
-That component contains a link to the procedure, so it does not have to be linked here too.
+This is the 'this-system' component that must be present for every statement
For the portion of the control satisfied by the service provider, describe how the control is met.
+This is the 'this-system' component that must be present for every statement
For the portion of the control satisfied by the service provider, describe how the control is met.
+This is the 'this-system' component that must be present for every statement
Describe how Part pl-1_smt.b is satisfied.
Describe how Part pl-1_smt.c is satisfied.
Describe how Part pl-1_obj.a-1 is satisfied.
Describe how Part pl-1_obj.a-2 is satisfied.
Describe how Part pl-1_obj.a-3 is satisfied.
Describe how Part pl-1_obj.a-4 is satisfied.
Describe how Part pl-1_obj.a.1.a is satisfied.
Describe how Part pl-1_obj.a.1.b is satisfied.
Describe how Part pl-1_obj.b is satisfied.
Describe how Part pl-1_obj.c.1 is satisfied.
Describe how Part pl-1_obj.c.2 is satisfied.
Describe the plan to complete the implementation.
-Describe how the control is satisfied within the system.
+This is the 'this-system' component that must be present for every statement
For the portion of the control satisfied by the service provider, describe how the control is met.
+This is the 'this-system' component that must be present for every statement
Describe how this policy component satisfies part a.
-Component approach. This links to a component representing the Policy.
-That component contains a link to the policy, so it does not have to be linked here too.
+This is the 'this-system' component that must be present for every statement
Describe how this procedure component satisfies part a.
-Component approach. This links to a component representing the procedure.
-That component contains a link to the procedure, so it does not have to be linked here too.
+This is the 'this-system' component that must be present for every statement
For the portion of the control satisfied by the service provider, describe how the control is met.
+This is the 'this-system' component that must be present for every statement
For the portion of the control satisfied by the service provider, describe how the control is met.
+This is the 'this-system' component that must be present for every statement
Describe how Part ps-1_smt.b is satisfied.
Describe how Part ps-1_smt.c is satisfied.
Describe how Part ps-1_obj.a-1 is satisfied.
Describe how Part ps-1_obj.a-2 is satisfied.
Describe how Part ps-1_obj.a-3 is satisfied.
Describe how Part ps-1_obj.a-4 is satisfied.
Describe how Part ps-1_obj.a.1.a is satisfied.
Describe how Part ps-1_obj.a.1.b is satisfied.
Describe how Part ps-1_obj.b is satisfied.
Describe how Part ps-1_obj.c.1 is satisfied.
Describe how Part ps-1_obj.c.2 is satisfied.
Describe the plan to complete the implementation.
-Describe how the control is satisfied within the system.
+This is the 'this-system' component that must be present for every statement
For the portion of the control satisfied by the service provider, describe how the control is met.
+This is the 'this-system' component that must be present for every statement
Describe how this policy component satisfies part a.
-Component approach. This links to a component representing the Policy.
-That component contains a link to the policy, so it does not have to be linked here too.
+This is the 'this-system' component that must be present for every statement
Describe how this procedure component satisfies part a.
-Component approach. This links to a component representing the procedure.
-That component contains a link to the procedure, so it does not have to be linked here too.
+This is the 'this-system' component that must be present for every statement
For the portion of the control satisfied by the service provider, describe how the control is met.
+This is the 'this-system' component that must be present for every statement
For the portion of the control satisfied by the service provider, describe how the control is met.
+This is the 'this-system' component that must be present for every statement
Describe how Part ra-1_smt.b is satisfied.
Describe how Part ra-1_smt.c is satisfied.
Describe how Part ra-1_obj.a-1 is satisfied.
Describe how Part ra-1_obj.a-2 is satisfied.
Describe how Part ra-1_obj.a-3 is satisfied.
Describe how Part ra-1_obj.a-4 is satisfied.
Describe how Part ra-1_obj.a.1.a is satisfied.
Describe how Part ra-1_obj.a.1.b is satisfied.
Describe how Part ra-1_obj.b is satisfied.
Describe how Part ra-1_obj.c.1 is satisfied.
Describe how Part ra-1_obj.c.2 is satisfied.
Describe the plan to complete the implementation.
-Describe how the control is satisfied within the system.
+This is the 'this-system' component that must be present for every statement
For the portion of the control satisfied by the service provider, describe how the control is met.
+This is the 'this-system' component that must be present for every statement
Describe how this policy component satisfies part a.
-Component approach. This links to a component representing the Policy.
-That component contains a link to the policy, so it does not have to be linked here too.
+This is the 'this-system' component that must be present for every statement
Describe how this procedure component satisfies part a.
-Component approach. This links to a component representing the procedure.
-That component contains a link to the procedure, so it does not have to be linked here too.
+This is the 'this-system' component that must be present for every statement
For the portion of the control satisfied by the service provider, describe how the control is met.
+This is the 'this-system' component that must be present for every statement
For the portion of the control satisfied by the service provider, describe how the control is met.
+This is the 'this-system' component that must be present for every statement
Describe how Part sa-1_smt.b is satisfied.
Describe how Part sa-1_smt.c is satisfied.
Describe how Part sa-1_obj.a-1 is satisfied.
Describe how Part sa-1_obj.a-2 is satisfied.
Describe how Part sa-1_obj.a-3 is satisfied.
Describe how Part sa-1_obj.a-4 is satisfied.
Describe how Part sa-1_obj.a.1.a is satisfied.
Describe how Part sa-1_obj.a.1.b is satisfied.
Describe how Part sa-1_obj.b is satisfied.
Describe how Part sa-1_obj.c.1 is satisfied.
Describe how Part sa-1_obj.c.2 is satisfied.
Describe the plan to complete the implementation.
-Describe how the control is satisfied within the system.
+This is the 'this-system' component that must be present for every statement
For the portion of the control satisfied by the service provider, describe how the control is met.
+This is the 'this-system' component that must be present for every statement
Describe how this policy component satisfies part a.
-Component approach. This links to a component representing the Policy.
-That component contains a link to the policy, so it does not have to be linked here too.
+This is the 'this-system' component that must be present for every statement
Describe how this procedure component satisfies part a.
-Component approach. This links to a component representing the procedure.
-That component contains a link to the procedure, so it does not have to be linked here too.
+This is the 'this-system' component that must be present for every statement
For the portion of the control satisfied by the service provider, describe how the control is met.
+This is the 'this-system' component that must be present for every statement
For the portion of the control satisfied by the service provider, describe how the control is met.
+This is the 'this-system' component that must be present for every statement
Describe how Part sc-1_smt.b is satisfied.
Describe how Part sc-1_smt.c is satisfied.
Describe how Part sc-1_obj.a-1 is satisfied.
Describe how Part sc-1_obj.a-2 is satisfied.
Describe how Part sc-1_obj.a-3 is satisfied.
Describe how Part sc-1_obj.a-4 is satisfied.
Describe how Part sc-1_obj.a.1.a is satisfied.
Describe how Part sc-1_obj.a.1.b is satisfied.
Describe how Part sc-1_obj.b is satisfied.
Describe how Part sc-1_obj.c.1 is satisfied.
Describe how Part sc-1_obj.c.2 is satisfied.
Describe the plan to complete the implementation.
-Describe how the control is satisfied within the system.
-For the portion of the control satisfied by the service provider, describe how the control is met.
-Describe how this policy component satisfies part a.
-Component approach. This links to a component representing the Policy.
-That component contains a link to the policy, so it does not have to be linked here too.
-Describe how this procedure component satisfies part a.
-Component approach. This links to a component representing the procedure.
-That component contains a link to the procedure, so it does not have to be linked here too.
-For the portion of the control satisfied by the service provider, describe how the control is met.
-For the portion of the control satisfied by the service provider, describe how the control is met.
-Describe how Part si-1_smt.b is satisfied.
Describe how Part si-1_smt.c is satisfied.
Describe how Part si-1_obj.a-1 is satisfied.
Describe how Part si-1_obj.a-2 is satisfied.
Describe how Part si-1_obj.a-3 is satisfied.
Describe how Part si-1_obj.a-4 is satisfied.
Describe how Part si-1_obj.a.1.a is satisfied.
Describe how Part si-1_obj.a.1.b is satisfied.
Describe how Part si-1_obj.b is satisfied.
Describe how Part si-1_obj.c.1 is satisfied.
Describe how Part si-1_obj.c.2 is satisfied.
For the portion of the control satisfied by the service provider, describe how the control is met.
-Describe how the control is satisfied within the system.
-DMARC is employed.
-SPF is employed.
-DKIM is employed.
-Describe how Part si-8_smt.a is satisfied.
Describe how Part si-8_smt.b is satisfied.
Describe how Part si-8_obj.a is satisfied.
Describe how Part si-8_obj.b is satisfied.
Describe the plan to complete the implementation.
-Describe how the control is satisfied within the system.
+This is the 'this-system' component that must be present for every statement
For the portion of the control satisfied by the service provider, describe how the control is met.
+This is the 'this-system' component that must be present for every statement
Describe how this policy component satisfies part a.
-Component approach. This links to a component representing the Policy.
-That component contains a link to the policy, so it does not have to be linked here too.
+This is the 'this-system' component that must be present for every statement
Describe how this procedure component satisfies part a.
-Component approach. This links to a component representing the procedure.
-That component contains a link to the procedure, so it does not have to be linked here too.
+This is the 'this-system' component that must be present for every statement
Describe how Part sr-1_smt.b is satisfied.
Describe how Part sr-1_smt.c is satisfied.
Describe how Part sr-1_obj.a-1 is satisfied.
Describe how Part sr-1_obj.a-2 is satisfied.
Describe how Part sr-1_obj.a-3 is satisfied.
Describe how Part sr-1_obj.a-4 is satisfied.
Describe how Part sr-1_obj.a.1.a is satisfied.
Describe how Part sr-1_obj.a.1.b is satisfied.
Describe how Part sr-1_obj.b is satisfied.
Describe how Part sr-1_obj.c.1 is satisfied.
Describe how Part sr-1_obj.c.2 is satisfied.
Implementation description needed
+This is the 'this-system' component that must be present for every statement
Describe how Part ca-7.1_obj is satisfied.
Implementation description needed
+This is the 'this-system' component that must be present for every statement
Describe how Part cm-4.2_obj is satisfied.
Implementation description needed
+This is the 'this-system' component that must be present for every statement
Describe how Part ia-5.7_obj is satisfied.
Implementation description needed
+This is the 'this-system' component that must be present for every statement
Describe how Part au-3.1_obj is satisfied.
Implementation description needed
+This is the 'this-system' component that must be present for every statement
Describe how Part ia-5.6_obj is satisfied.
Implementation description needed
+This is the 'this-system' component that must be present for every statement
Describe how Part ac-11.1_obj is satisfied.
Implementation description needed
+This is the 'this-system' component that must be present for every statement
Describe how Part si-4.18_obj is satisfied.
Implementation description needed
+This is the 'this-system' component that must be present for every statement
Describe how Part sa-9.1_smt.a is satisfied.
Describe how Part sa-9.1_smt.b is satisfied.
Describe how Part sa-9.1_obj.a is satisfied.
Describe how Part sa-9.1_obj.b is satisfied.
Implementation description needed
+This is the 'this-system' component that must be present for every statement
Describe how Part sr-11.2_obj is satisfied.
Implementation description needed
+This is the 'this-system' component that must be present for every statement
Describe how Part ca-7.4_smt.a is satisfied.
Describe how Part ca-7.4_smt.b is satisfied.
Describe how Part ca-7.4_smt.c is satisfied.
Describe how Part ca-7.4_obj is satisfied.
Describe how Part ca-7.4_obj.a is satisfied.
Describe how Part ca-7.4_obj.b is satisfied.
Describe how Part ca-7.4_obj.c is satisfied.
Implementation description needed
+This is the 'this-system' component that must be present for every statement
Describe how Part sa-9.2_obj is satisfied.
Implementation description needed
-Describe how Part sr-11.1_obj is satisfied.
Implementation description needed
-Describe how Part ia-5.1_smt.a is satisfied.
Describe how Part ia-5.1_smt.b is satisfied.
Describe how Part ia-5.1_smt.c is satisfied.
Describe how Part ia-5.1_smt.d is satisfied.
Describe how Part ia-5.1_smt.e is satisfied.
Describe how Part ia-5.1_smt.f is satisfied.
Describe how Part ia-5.1_smt.g is satisfied.
Describe how Part ia-5.1_smt.h is satisfied.
Describe how Part ia-5.1_obj.a is satisfied.
Describe how Part ia-5.1_obj.b is satisfied.
Describe how Part ia-5.1_obj.c is satisfied.
Describe how Part ia-5.1_obj.d is satisfied.
Describe how Part ia-5.1_obj.e is satisfied.
Describe how Part ia-5.1_obj.f is satisfied.
Describe how Part ia-5.1_obj.g is satisfied.
Describe how Part ia-5.1_obj.h is satisfied.
Implementation description needed
-Describe how Part ia-5.2_smt.a is satisfied.
Describe how Part ia-5.2_smt.b is satisfied.
Describe how Part ia-5.2_obj.a.1 is satisfied.
Describe how Part ia-5.2_obj.a.2 is satisfied.
Describe how Part ia-5.2_obj.b.1 is satisfied.
Describe how Part ia-5.2_obj.b.2 is satisfied.
Implementation description needed
-Describe how Part si-4.16_obj is satisfied.
Implementation description needed
-Describe how Part ir-7.1_obj is satisfied.
Implementation description needed
-Describe how Part si-8.2_obj is satisfied.
Implementation description needed
-Describe how Part ra-3_smt.a is satisfied.
Describe how Part ra-3_smt.b is satisfied.
Describe how Part ra-3_smt.c is satisfied.
Describe how Part ra-3_smt.d is satisfied.
Describe how Part ra-3_smt.e is satisfied.
Describe how Part ra-3_smt.f is satisfied.
Describe how Part ra-3_obj.a.1 is satisfied.
Describe how Part ra-3_obj.a.2 is satisfied.
Describe how Part ra-3_obj.a.3 is satisfied.
Describe how Part ra-3_obj.b is satisfied.
Describe how Part ra-3_obj.c is satisfied.
Describe how Part ra-3_obj.d is satisfied.
Describe how Part ra-3_obj.e is satisfied.
Describe how Part ra-3_obj.f is satisfied.
Implementation description needed
-Describe how Part ra-2_smt.a is satisfied.
Describe how Part ra-2_smt.b is satisfied.
Describe how Part ra-2_smt.c is satisfied.
Describe how Part ra-2_obj.a is satisfied.
Describe how Part ra-2_obj.b is satisfied.
Describe how Part ra-2_obj.c is satisfied.
Implementation description needed
-Describe how Part ra-5_smt.a is satisfied.
Describe how Part ra-5_smt.b is satisfied.
Describe how Part ra-5_smt.c is satisfied.
Describe how Part ra-5_smt.d is satisfied.
Describe how Part ra-5_smt.e is satisfied.
Describe how Part ra-5_smt.f is satisfied.
Describe how Part ra-5_obj.a is satisfied.
Describe how Part ra-5_obj.b is satisfied.
Describe how Part ra-5_obj.b.1 is satisfied.
Describe how Part ra-5_obj.b.2 is satisfied.
Describe how Part ra-5_obj.b.3 is satisfied.
Describe how Part ra-5_obj.c is satisfied.
Describe how Part ra-5_obj.d is satisfied.
Describe how Part ra-5_obj.e is satisfied.
Describe how Part ra-5_obj.f is satisfied.
Implementation description needed
-Describe how Part ac-12_obj is satisfied.
Implementation description needed
-Describe how Part ac-14_smt.a is satisfied.
Describe how Part ac-14_smt.b is satisfied.
Describe how Part ac-14_obj.a is satisfied.
Describe how Part ac-14_obj.b is satisfied.
Implementation description needed
-Describe how Part ra-7_obj is satisfied.
Implementation description needed
-Describe how Part ra-9_obj is satisfied.
Implementation description needed
-Describe how Part ac-11_smt.a is satisfied.
Describe how Part ac-11_smt.b is satisfied.
Describe how Part ac-11_obj.a is satisfied.
Describe how Part ac-11_obj.b is satisfied.
Implementation description needed
-Describe how Part ac-17_smt.a is satisfied.
Describe how Part ac-17_smt.b is satisfied.
Describe how Part ac-17_obj.a is satisfied.
Describe how Part ac-17_obj.b is satisfied.
Implementation description needed
-Describe how Part ac-18_smt.a is satisfied.
Describe how Part ac-18_smt.b is satisfied.
Describe how Part ac-18_obj.a is satisfied.
Describe how Part ac-18_obj.b is satisfied.
Implementation description needed
-Describe how Part ac-19_smt.a is satisfied.
Describe how Part ac-19_smt.b is satisfied.
Describe how Part ac-19_obj.a is satisfied.
Describe how Part ac-19_obj.b is satisfied.
Implementation description needed
-Describe how Part sc-12_obj is satisfied.
Implementation description needed
-Describe how Part sc-13_smt.a is satisfied.
Describe how Part sc-13_smt.b is satisfied.
Describe how Part sc-13_obj.a is satisfied.
Describe how Part sc-13_obj.b is satisfied.
Implementation description needed
-Describe how Part sc-10_obj is satisfied.
Implementation description needed
-Describe how Part sa-4_smt.a is satisfied.
Describe how Part sa-4_smt.b is satisfied.
Describe how Part sa-4_smt.c is satisfied.
Describe how Part sa-4_smt.d is satisfied.
Describe how Part sa-4_smt.e is satisfied.
Describe how Part sa-4_smt.f is satisfied.
Describe how Part sa-4_smt.g is satisfied.
Describe how Part sa-4_smt.h is satisfied.
Describe how Part sa-4_smt.i is satisfied.
Describe how Part sa-4_obj.a-1 is satisfied.
Describe how Part sa-4_obj.a-2 is satisfied.
Describe how Part sa-4_obj.b is satisfied.
Describe how Part sa-4_obj.e is satisfied.
Describe how Part sa-4_obj.f is satisfied.
Describe how Part sa-4_obj.g is satisfied.
Describe how Part sa-4_obj.h is satisfied.
Describe how Part sa-4_obj.i is satisfied.
Implementation description needed
-This is the 'this-system' component that must be present for every statement
+ +Describe how Part ac-2.5_obj is satisfied.
Implementation description needed
-Describe how Part sa-3_smt.a is satisfied.
Describe how Part sa-3_smt.b is satisfied.
Describe how Part sa-3_smt.c is satisfied.
Describe how Part sa-3_smt.d is satisfied.
Describe how Part sa-3_obj.a-1 is satisfied.
Describe how Part sa-3_obj.a-2 is satisfied.
Describe how Part sa-3_obj.b-1 is satisfied.
Describe how Part sa-3_obj.b-2 is satisfied.
Describe how Part sa-3_obj.c-1 is satisfied.
Describe how Part sa-3_obj.c-2 is satisfied.
Describe how Part sa-3_obj.d-1 is satisfied.
Describe how Part sa-3_obj.d-2 is satisfied.
Implementation description needed
+This is the 'this-system' component that must be present for every statement
Describe how Part sc-17_smt.a is satisfied.
Describe how Part sc-17_smt.b is satisfied.
Describe how Part sc-17_obj.a is satisfied.
Describe how Part sc-17_obj.b is satisfied.
Implementation description needed
-Describe how Part ac-2.3_smt.a is satisfied.
Describe how Part ac-2.3_smt.b is satisfied.
Describe how Part ac-2.3_smt.c is satisfied.
Describe how Part ac-2.3_smt.d is satisfied.
Describe how Part ac-2.3_obj.a is satisfied.
Describe how Part ac-2.3_obj.b is satisfied.
Describe how Part ac-2.3_obj.c is satisfied.
Describe how Part ac-2.3_obj.d is satisfied.
Implementation description needed
-Describe how Part sa-5_smt.a is satisfied.
Describe how Part sa-5_smt.b is satisfied.
Describe how Part sa-5_smt.c is satisfied.
Describe how Part sa-5_smt.d is satisfied.
Describe how Part sa-5_obj.a.1 is satisfied.
Describe how Part sa-5_obj.a.2-1 is satisfied.
Describe how Part sa-5_obj.a.2-2 is satisfied.
Describe how Part sa-5_obj.a.2-3 is satisfied.
Describe how Part sa-5_obj.a.2-4 is satisfied.
Describe how Part sa-5_obj.a.3 is satisfied.
Describe how Part sa-5_obj.b.1-1 is satisfied.
Describe how Part sa-5_obj.b.1-2 is satisfied.
Describe how Part sa-5_obj.b.1-3 is satisfied.
Describe how Part sa-5_obj.b.1-4 is satisfied.
Describe how Part sa-5_obj.b.2-1 is satisfied.
Describe how Part sa-5_obj.b.2-2 is satisfied.
Describe how Part sa-5_obj.b.3-1 is satisfied.
Describe how Part sa-5_obj.b.3-2 is satisfied.
Describe how Part sa-5_obj.c-1 is satisfied.
Describe how Part sa-5_obj.c-2 is satisfied.
Describe how Part sa-5_obj.d is satisfied.
Implementation description needed
-Describe how Part sc-15_smt.a is satisfied.
Describe how Part sc-15_smt.b is satisfied.
Describe how Part sc-15_obj.a is satisfied.
Describe how Part sc-15_obj.b is satisfied.
Implementation description needed
-Describe how Part ac-2.4_obj is satisfied.
Implementation description needed
-Describe how Part ac-2.1_obj is satisfied.
Implementation description needed
-Describe how Part ac-2.2_obj is satisfied.
Implementation description needed
-Describe how Part sa-2_smt.a is satisfied.
Describe how Part sa-2_smt.b is satisfied.
Describe how Part sa-2_smt.c is satisfied.
Describe how Part sa-2_obj.a-1 is satisfied.
Describe how Part sa-2_obj.a-2 is satisfied.
Describe how Part sa-2_obj.b-1 is satisfied.
Describe how Part sa-2_obj.b-2 is satisfied.
Describe how Part sa-2_obj.c-1 is satisfied.
Describe how Part sa-2_obj.c-2 is satisfied.
Implementation description needed
-Describe how Part sc-18_smt.a is satisfied.
Describe how Part sc-18_smt.b is satisfied.
Describe how Part sc-18_obj.a is satisfied.
Describe how Part sc-18_obj.b is satisfied.
Implementation description needed
-Describe how Part si-4_smt.a is satisfied.
Describe how Part si-4_smt.b is satisfied.
Describe how Part si-4_smt.c is satisfied.
Describe how Part si-4_smt.d is satisfied.
Describe how Part si-4_smt.e is satisfied.
Describe how Part si-4_smt.f is satisfied.
Describe how Part si-4_smt.g is satisfied.
Describe how Part si-4_obj.a.1 is satisfied.
Describe how Part si-4_obj.a.2 is satisfied.
Describe how Part si-4_obj.b is satisfied.
Describe how Part si-4_obj.c.1 is satisfied.
Describe how Part si-4_obj.c.2 is satisfied.
Describe how Part si-4_obj.d is satisfied.
Describe how Part si-4_obj.e is satisfied.
Describe how Part si-4_obj.f is satisfied.
Describe how Part si-4_obj.g is satisfied.
Implementation description needed
-Describe how Part ac-18.1_obj-1 is satisfied.
Describe how Part ac-18.1_obj-2 is satisfied.
Implementation description needed
-Describe how Part si-3_smt.a is satisfied.
Describe how Part si-3_smt.b is satisfied.
Describe how Part si-3_smt.c is satisfied.
Describe how Part si-3_smt.d is satisfied.
Describe how Part si-3_obj.a is satisfied.
Describe how Part si-3_obj.b is satisfied.
Describe how Part si-3_obj.c.1-1 is satisfied.
Describe how Part si-3_obj.c.1-2 is satisfied.
Describe how Part si-3_obj.c.2-1 is satisfied.
Describe how Part si-3_obj.c.2-2 is satisfied.
Describe how Part si-3_obj.d is satisfied.
Implementation description needed
-Describe how Part si-6_smt.a is satisfied.
Describe how Part si-6_smt.b is satisfied.
Describe how Part si-6_smt.c is satisfied.
Describe how Part si-6_smt.d is satisfied.
Describe how Part si-6_obj.a is satisfied.
Describe how Part si-6_obj.b is satisfied.
Describe how Part si-6_obj.c is satisfied.
Describe how Part si-6_obj.d is satisfied.
Implementation description needed
-Describe how Part ac-18.3_obj is satisfied.
Implementation description needed
-Describe how Part si-5_smt.a is satisfied.
Describe how Part si-5_smt.b is satisfied.
Describe how Part si-5_smt.c is satisfied.
Describe how Part si-5_smt.d is satisfied.
Describe how Part si-5_obj.a is satisfied.
Describe how Part si-5_obj.b is satisfied.
Describe how Part si-5_obj.c is satisfied.
Describe how Part si-5_obj.d is satisfied.
Implementation description needed
-Describe how Part sa-8_obj-1 is satisfied.
Describe how Part sa-8_obj-2 is satisfied.
Describe how Part sa-8_obj-3 is satisfied.
Describe how Part sa-8_obj-4 is satisfied.
Describe how Part sa-8_obj-5 is satisfied.
Describe how Part sa-8_obj-6 is satisfied.
Describe how Part sa-8_obj-7 is satisfied.
Describe how Part sa-8_obj-8 is satisfied.
Describe how Part sa-8_obj-9 is satisfied.
Describe how Part sa-8_obj-10 is satisfied.
Implementation description needed
-Describe how Part ac-20_smt.a is satisfied.
Describe how Part ac-20_smt.b is satisfied.
Describe how Part ac-20_obj.a is satisfied.
Describe how Part ac-20_obj.b is satisfied.
Implementation description needed
-Describe how Part ac-21_smt.a is satisfied.
Describe how Part ac-21_smt.b is satisfied.
Describe how Part ac-21_obj.a is satisfied.
Describe how Part ac-21_obj.b is satisfied.
Implementation description needed
-Describe how Part si-2_smt.a is satisfied.
Describe how Part si-2_smt.b is satisfied.
Describe how Part si-2_smt.c is satisfied.
Describe how Part si-2_smt.d is satisfied.
Describe how Part si-2_obj.a is satisfied.
Describe how Part si-2_obj.b is satisfied.
Describe how Part si-2_obj.c is satisfied.
Describe how Part si-2_obj.d is satisfied.
Implementation description needed
-Describe how Part ac-22_smt.a is satisfied.
Describe how Part ac-22_smt.b is satisfied.
Describe how Part ac-22_smt.c is satisfied.
Describe how Part ac-22_smt.d is satisfied.
Describe how Part ac-22_obj.a is satisfied.
Describe how Part ac-22_obj.b is satisfied.
Describe how Part ac-22_obj.c is satisfied.
Describe how Part ac-22_obj.d is satisfied.
Implementation description needed
-Describe how Part sa-9_smt.a is satisfied.
Describe how Part sa-9_smt.b is satisfied.
Describe how Part sa-9_smt.c is satisfied.
Describe how Part sa-9_obj.a-1 is satisfied.
Describe how Part sa-9_obj.a-2 is satisfied.
Describe how Part sa-9_obj.a-3 is satisfied.
Describe how Part sa-9_obj.b-1 is satisfied.
Describe how Part sa-9_obj.b-2 is satisfied.
Describe how Part sa-9_obj.c is satisfied.
Implementation description needed
-Describe how Part cm-3.2_obj is satisfied.
Implementation description needed
-Describe how Part cm-3.4_obj is satisfied.
Implementation description needed
-Describe how Part si-7.7_obj is satisfied.
Implementation description needed
-Describe how Part pe-8_smt.a is satisfied.
Describe how Part pe-8_smt.b is satisfied.
Describe how Part pe-8_smt.c is satisfied.
Describe how Part pe-8_obj.a is satisfied.
Describe how Part pe-8_obj.b is satisfied.
Describe how Part pe-8_obj.c is satisfied.
Implementation description needed
-Describe how Part pe-9_obj is satisfied.
Implementation description needed
-Describe how Part ca-8.2_obj is satisfied.
Implementation description needed
-Describe how Part ca-8.1_obj is satisfied.
Implementation description needed
-Describe how Part sc-20_smt.a is satisfied.
Describe how Part sc-20_smt.b is satisfied.
Describe how Part sc-20_obj.a is satisfied.
Describe how Part sc-20_obj.b-1 is satisfied.
Describe how Part sc-20_obj.b-2 is satisfied.
Implementation description needed
-Describe how Part si-7.1_obj is satisfied.
Implementation description needed
-Describe how Part sc-23_obj is satisfied.
Implementation description needed
-Describe how Part ac-2.9_obj is satisfied.
Implementation description needed
-Describe how Part ia-4.4_obj is satisfied.
Implementation description needed
-Describe how Part ir-6.1_obj is satisfied.
Implementation description needed
-Describe how Part sc-21_obj is satisfied.
Implementation description needed
-Describe how Part ac-2.7_smt.a is satisfied.
Describe how Part ac-2.7_smt.b is satisfied.
Describe how Part ac-2.7_smt.c is satisfied.
Describe how Part ac-2.7_smt.d is satisfied.
Describe how Part ac-2.7_obj.a is satisfied.
Describe how Part ac-2.7_obj.b is satisfied.
Describe how Part ac-2.7_obj.c is satisfied.
Describe how Part ac-2.7_obj.d is satisfied.
Implementation description needed
-Describe how Part sc-22_obj is satisfied.
Implementation description needed
-Describe how Part ir-6.3_obj is satisfied.
Implementation description needed
+This is the 'this-system' component that must be present for every statement
Describe how Part sc-28_obj is satisfied.
Implementation description needed
-Describe how Part pe-6.1_obj is satisfied.
Implementation description needed
-Describe how Part sc-7.12_obj is satisfied.
Implementation description needed
-Describe how Part pe-4_obj is satisfied.
Implementation description needed
-Describe how Part sa-9.5_obj is satisfied.
Implementation description needed
-Describe how Part pe-5_obj is satisfied.
Implementation description needed
-Describe how Part pe-6_smt.a is satisfied.
Describe how Part pe-6_smt.b is satisfied.
Describe how Part pe-6_smt.c is satisfied.
Describe how Part pe-6_obj.a is satisfied.
Describe how Part pe-6_obj.b-1 is satisfied.
Describe how Part pe-6_obj.b-2 is satisfied.
Describe how Part pe-6_obj.c-1 is satisfied.
Describe how Part pe-6_obj.c-2 is satisfied.
Implementation description needed
-Describe how Part sc-7.18_obj is satisfied.
Implementation description needed
-Describe how Part pe-2_smt.a is satisfied.
Describe how Part pe-2_smt.b is satisfied.
Describe how Part pe-2_smt.c is satisfied.
Describe how Part pe-2_smt.d is satisfied.
Describe how Part pe-2_obj.a is satisfied.
Describe how Part pe-2_obj.b is satisfied.
Describe how Part pe-2_obj.c is satisfied.
Describe how Part pe-2_obj.d is satisfied.
Implementation description needed
-Describe how Part pe-3_smt.a is satisfied.
Describe how Part pe-3_smt.b is satisfied.
Describe how Part pe-3_smt.c is satisfied.
Describe how Part pe-3_smt.d is satisfied.
Describe how Part pe-3_smt.e is satisfied.
Describe how Part pe-3_smt.f is satisfied.
Describe how Part pe-3_smt.g is satisfied.
Describe how Part pe-3_obj.a.1 is satisfied.
Describe how Part pe-3_obj.a.2 is satisfied.
Describe how Part pe-3_obj.b is satisfied.
Describe how Part pe-3_obj.c is satisfied.
Describe how Part pe-3_obj.d-1 is satisfied.
Describe how Part pe-3_obj.d-2 is satisfied.
Describe how Part pe-3_obj.e-1 is satisfied.
Describe how Part pe-3_obj.e-2 is satisfied.
Describe how Part pe-3_obj.e-3 is satisfied.
Describe how Part pe-3_obj.f is satisfied.
Describe how Part pe-3_obj.g-1 is satisfied.
Describe how Part pe-3_obj.g-2 is satisfied.
Implementation description needed
-Describe how Part sr-3_smt.a is satisfied.
Describe how Part sr-3_smt.b is satisfied.
Describe how Part sr-3_smt.c is satisfied.
Describe how Part sr-3_obj.a-1 is satisfied.
Describe how Part sr-3_obj.a-2 is satisfied.
Describe how Part sr-3_obj.b is satisfied.
Describe how Part sr-3_obj.c is satisfied.
Implementation description needed
-Describe how Part sr-2_smt.a is satisfied.
Describe how Part sr-2_smt.b is satisfied.
Describe how Part sr-2_smt.c is satisfied.
Describe how Part sr-2_obj.a-1 is satisfied.
Describe how Part sr-2_obj.a-2 is satisfied.
Describe how Part sr-2_obj.a-3 is satisfied.
Describe how Part sr-2_obj.a-4 is satisfied.
Describe how Part sr-2_obj.a-5 is satisfied.
Describe how Part sr-2_obj.a-6 is satisfied.
Describe how Part sr-2_obj.a-7 is satisfied.
Describe how Part sr-2_obj.a-8 is satisfied.
Describe how Part sr-2_obj.a-9 is satisfied.
Describe how Part sr-2_obj.b is satisfied.
Describe how Part sr-2_obj.c is satisfied.
Implementation description needed
-Describe how Part si-10_obj is satisfied.
Implementation description needed
-Describe how Part sr-5_obj is satisfied.
Implementation description needed
-Describe how Part si-11_smt.a is satisfied.
Describe how Part si-11_smt.b is satisfied.
Describe how Part si-11_obj.a is satisfied.
Describe how Part si-11_obj.b is satisfied.
Implementation description needed
-Describe how Part ia-2.12_obj is satisfied.
Implementation description needed
-Describe how Part si-16_obj is satisfied.
Implementation description needed
-Describe how Part si-4.23_obj is satisfied.
Implementation description needed
-Describe how Part si-12_obj is satisfied.
Implementation description needed
-Describe how Part sr-6_obj is satisfied.
Implementation description needed
-Describe how Part sr-8_obj is satisfied.
Implementation description needed
-Describe how Part sc-7.8_obj is satisfied.
Implementation description needed
-Describe how Part sa-15_smt.a is satisfied.
Describe how Part sa-15_smt.b is satisfied.
Describe how Part sa-15_obj.a.1-1 is satisfied.
Describe how Part sa-15_obj.a.1-2 is satisfied.
Describe how Part sa-15_obj.a.2 is satisfied.
Describe how Part sa-15_obj.a.3 is satisfied.
Describe how Part sa-15_obj.a.4 is satisfied.
Describe how Part sa-15_obj.b-1 is satisfied.
Describe how Part sa-15_obj.b-2 is satisfied.
Implementation description needed
-Describe how Part pl-4.1_smt.a is satisfied.
Describe how Part pl-4.1_smt.b is satisfied.
Describe how Part pl-4.1_smt.c is satisfied.
Describe how Part pl-4.1_obj.a is satisfied.
Describe how Part pl-4.1_obj.b is satisfied.
Describe how Part pl-4.1_obj.c is satisfied.
Implementation description needed
-Describe how Part sc-7.5_obj is satisfied.
Implementation description needed
-Describe how Part sc-7.4_smt.a is satisfied.
Describe how Part sc-7.4_smt.b is satisfied.
Describe how Part sc-7.4_smt.c is satisfied.
Describe how Part sc-7.4_smt.d is satisfied.
Describe how Part sc-7.4_smt.e is satisfied.
Describe how Part sc-7.4_smt.f is satisfied.
Describe how Part sc-7.4_smt.g is satisfied.
Describe how Part sc-7.4_smt.h is satisfied.
Describe how Part sc-7.4_obj.a is satisfied.
Describe how Part sc-7.4_obj.b is satisfied.
Describe how Part sc-7.4_obj.c is satisfied.
Describe how Part sc-7.4_obj.d is satisfied.
Describe how Part sc-7.4_obj.e is satisfied.
Describe how Part sc-7.4_obj.f is satisfied.
Describe how Part sc-7.4_obj.g is satisfied.
Describe how Part sc-7.4_obj.h is satisfied.
Implementation description needed
-Describe how Part sc-7.7_obj is satisfied.
Implementation description needed
-Describe how Part sa-15.3_smt.a is satisfied.
Describe how Part sa-15.3_smt.b is satisfied.
Describe how Part sa-15.3_obj is satisfied.
Implementation description needed
-Describe how Part ia-2_obj-1 is satisfied.
Describe how Part ia-2_obj-2 is satisfied.
Implementation description needed
-Describe how Part ia-4_smt.a is satisfied.
Describe how Part ia-4_smt.b is satisfied.
Describe how Part ia-4_smt.c is satisfied.
Describe how Part ia-4_smt.d is satisfied.
Describe how Part ia-4_obj.a is satisfied.
Describe how Part ia-4_obj.b is satisfied.
Describe how Part ia-4_obj.c is satisfied.
Describe how Part ia-4_obj.d is satisfied.
Implementation description needed
-Describe how Part ia-3_obj is satisfied.
Implementation description needed
-Describe how Part cm-2.3_obj is satisfied.
Implementation description needed
-Describe how Part ir-9.2_obj is satisfied.
Implementation description needed
-Describe how Part ir-9.3_obj is satisfied.
Implementation description needed
-Describe how Part pl-8_smt.a is satisfied.
Describe how Part pl-8_smt.b is satisfied.
Describe how Part pl-8_smt.c is satisfied.
Describe how Part pl-8_obj.a.1 is satisfied.
Describe how Part pl-8_obj.a.2 is satisfied.
Describe how Part pl-8_obj.a.3 is satisfied.
Describe how Part pl-8_obj.a.4 is satisfied.
Describe how Part pl-8_obj.b is satisfied.
Describe how Part pl-8_obj.c-1 is satisfied.
Describe how Part pl-8_obj.c-2 is satisfied.
Describe how Part pl-8_obj.c-3 is satisfied.
Describe how Part pl-8_obj.c-4 is satisfied.
Describe how Part pl-8_obj.c-5 is satisfied.
Describe how Part pl-8_obj.c-6 is satisfied.
Implementation description needed
-Describe how Part ir-9.4_obj is satisfied.
Implementation description needed
-Describe how Part ac-2.13_obj is satisfied.
Implementation description needed
-Describe how Part pl-2_smt.a is satisfied.
Describe how Part pl-2_smt.b is satisfied.
Describe how Part pl-2_smt.c is satisfied.
Describe how Part pl-2_smt.d is satisfied.
Describe how Part pl-2_smt.e is satisfied.
Describe how Part pl-2_obj.a.1-1 is satisfied.
Describe how Part pl-2_obj.a.1-2 is satisfied.
Describe how Part pl-2_obj.a.4-1 is satisfied.
Describe how Part pl-2_obj.a.4-2 is satisfied.
Describe how Part pl-2_obj.a.5 is satisfied.
Describe how Part pl-2_obj.a.6 is satisfied.
Describe how Part pl-2_obj.a.7 is satisfied.
Describe how Part pl-2_obj.a.8 is satisfied.
Describe how Part pl-2_obj.a.9 is satisfied.
Describe how Part pl-2_obj.a.10-1 is satisfied.
Describe how Part pl-2_obj.a.10-2 is satisfied.
Describe how Part pl-2_obj.a.11 is satisfied.
Describe how Part pl-2_obj.a.12-1 is satisfied.
Describe how Part pl-2_obj.a.12-2 is satisfied.
Describe how Part pl-2_obj.a.13-1 is satisfied.
Describe how Part pl-2_obj.a.13-2 is satisfied.
Describe how Part pl-2_obj.a.14-1 is satisfied.
Describe how Part pl-2_obj.a.14-2 is satisfied.
Describe how Part pl-2_obj.a.15-1 is satisfied.
Describe how Part pl-2_obj.a.15-2 is satisfied.
Describe how Part pl-2_obj.b is satisfied.
Describe how Part pl-2_obj.c is satisfied.
Describe how Part pl-2_obj.d is satisfied.
Describe how Part pl-2_obj.e is satisfied.
Implementation description needed
-Describe how Part ac-2.12_smt.a is satisfied.
Describe how Part ac-2.12_smt.b is satisfied.
Describe how Part ac-2.12_obj.a is satisfied.
Describe how Part ac-2.12_obj.b is satisfied.
Implementation description needed
-Describe how Part pl-4_smt.a is satisfied.
Describe how Part pl-4_smt.b is satisfied.
Describe how Part pl-4_smt.c is satisfied.
Describe how Part pl-4_smt.d is satisfied.
Describe how Part pl-4_obj.a is satisfied.
Describe how Part pl-4_obj.b is satisfied.
Describe how Part pl-4_obj.c is satisfied.
Describe how Part pl-4_obj.d is satisfied.
Implementation description needed
-Describe how Part cm-2.2_obj is satisfied.
Implementation description needed
-Describe how Part cm-2.7_smt.a is satisfied.
Describe how Part cm-2.7_smt.b is satisfied.
Describe how Part cm-2.7_obj.a is satisfied.
Describe how Part cm-2.7_obj.b is satisfied.
Implementation description needed
-Describe how Part sa-22_smt.a is satisfied.
Describe how Part sa-22_smt.b is satisfied.
Describe how Part sa-22_obj.a is satisfied.
Describe how Part sa-22_obj.b is satisfied.
Implementation description needed
-Describe how Part ir-5_obj is satisfied.
Implementation description needed
-Describe how Part pe-11_obj is satisfied.
Implementation description needed
-Describe how Part ir-4_smt.a is satisfied.
Describe how Part ir-4_smt.b is satisfied.
Describe how Part ir-4_smt.c is satisfied.
Describe how Part ir-4_smt.d is satisfied.
Describe how Part ir-4_obj.a-1 is satisfied.
Describe how Part ir-4_obj.a-2 is satisfied.
Describe how Part ir-4_obj.b is satisfied.
Describe how Part ir-4_obj.c-1 is satisfied.
Describe how Part ir-4_obj.c-2 is satisfied.
Describe how Part ir-4_obj.d is satisfied.
Implementation description needed
-Describe how Part pe-12_obj-1 is satisfied.
Describe how Part pe-12_obj-2 is satisfied.
Describe how Part pe-12_obj-3 is satisfied.
Describe how Part pe-12_obj-4 is satisfied.
Implementation description needed
-Describe how Part ir-7_obj-1 is satisfied.
Describe how Part ir-7_obj-2 is satisfied.
Implementation description needed
-Describe how Part pe-13_obj-1 is satisfied.
Describe how Part pe-13_obj-2 is satisfied.
Describe how Part pe-13_obj-3 is satisfied.
Describe how Part pe-13_obj-4 is satisfied.
Describe how Part pe-13_obj-5 is satisfied.
Describe how Part pe-13_obj-6 is satisfied.
Implementation description needed
-Describe how Part ir-6_smt.a is satisfied.
Describe how Part ir-6_smt.b is satisfied.
Describe how Part ir-6_obj.a is satisfied.
Describe how Part ir-6_obj.b is satisfied.
Implementation description needed
-Describe how Part pe-14_smt.a is satisfied.
Describe how Part pe-14_smt.b is satisfied.
Describe how Part pe-14_obj.a is satisfied.
Describe how Part pe-14_obj.b is satisfied.
Implementation description needed
-Describe how Part ca-9_smt.a is satisfied.
Describe how Part ca-9_smt.b is satisfied.
Describe how Part ca-9_smt.c is satisfied.
Describe how Part ca-9_smt.d is satisfied.
Describe how Part ca-9_obj.a is satisfied.
Describe how Part ca-9_obj.b is satisfied.
Describe how Part ca-9_obj.c is satisfied.
Describe how Part ca-9_obj.d is satisfied.
Implementation description needed
-Describe how Part ir-9_smt.a is satisfied.
Describe how Part ir-9_smt.b is satisfied.
Describe how Part ir-9_smt.c is satisfied.
Describe how Part ir-9_smt.d is satisfied.
Describe how Part ir-9_smt.e is satisfied.
Describe how Part ir-9_smt.f is satisfied.
Describe how Part ir-9_smt.g is satisfied.
Describe how Part ir-9_obj.a is satisfied.
Describe how Part ir-9_obj.b is satisfied.
Describe how Part ir-9_obj.c is satisfied.
Describe how Part ir-9_obj.d is satisfied.
Describe how Part ir-9_obj.e is satisfied.
Describe how Part ir-9_obj.f is satisfied.
Describe how Part ir-9_obj.g is satisfied.
Implementation description needed
-Describe how Part pe-15_obj-1 is satisfied.
Describe how Part pe-15_obj-2 is satisfied.
Describe how Part pe-15_obj-3 is satisfied.
Describe how Part pe-15_obj-4 is satisfied.
Implementation description needed
-Describe how Part ir-8_smt.a is satisfied.
Describe how Part ir-8_smt.b is satisfied.
Describe how Part ir-8_smt.c is satisfied.
Describe how Part ir-8_smt.d is satisfied.
Describe how Part ir-8_smt.e is satisfied.
Describe how Part ir-8_obj.a.1 is satisfied.
Describe how Part ir-8_obj.a.2 is satisfied.
Describe how Part ir-8_obj.a.3 is satisfied.
Describe how Part ir-8_obj.a.4 is satisfied.
Describe how Part ir-8_obj.a.5 is satisfied.
Describe how Part ir-8_obj.a.6 is satisfied.
Describe how Part ir-8_obj.a.7 is satisfied.
Describe how Part ir-8_obj.a.8 is satisfied.
Describe how Part ir-8_obj.a.9 is satisfied.
Describe how Part ir-8_obj.a.10 is satisfied.
Describe how Part ir-8_obj.b is satisfied.
Describe how Part ir-8_obj.c is satisfied.
Describe how Part ir-8_obj.d is satisfied.
Describe how Part ir-8_obj.e is satisfied.
Implementation description needed
-Describe how Part pe-16_smt.a is satisfied.
Describe how Part pe-16_smt.b is satisfied.
Describe how Part pe-16_obj.a-1 is satisfied.
Describe how Part pe-16_obj.a-2 is satisfied.
Describe how Part pe-16_obj.a-3 is satisfied.
Describe how Part pe-16_obj.a-4 is satisfied.
Describe how Part pe-16_obj.b is satisfied.
Implementation description needed
-Describe how Part ca-7_smt.a is satisfied.
Describe how Part ca-7_smt.b is satisfied.
Describe how Part ca-7_smt.c is satisfied.
Describe how Part ca-7_smt.d is satisfied.
Describe how Part ca-7_smt.e is satisfied.
Describe how Part ca-7_smt.f is satisfied.
Describe how Part ca-7_smt.g is satisfied.
Describe how Part ca-7_obj-1 is satisfied.
Describe how Part ca-7_obj-2 is satisfied.
Describe how Part ca-7_obj.a is satisfied.
Describe how Part ca-7_obj.b is satisfied.
Describe how Part ca-7_obj.c is satisfied.
Describe how Part ca-7_obj.d is satisfied.
Describe how Part ca-7_obj.e is satisfied.
Describe how Part ca-7_obj.f is satisfied.
Describe how Part ca-7_obj.g is satisfied.
Implementation description needed
-Describe how Part pe-17_smt.a is satisfied.
Describe how Part pe-17_smt.b is satisfied.
Describe how Part pe-17_smt.c is satisfied.
Describe how Part pe-17_smt.d is satisfied.
Describe how Part pe-17_obj.a is satisfied.
Describe how Part pe-17_obj.b is satisfied.
Describe how Part pe-17_obj.c is satisfied.
Describe how Part pe-17_obj.d is satisfied.
Implementation description needed
-Describe how Part ca-8_obj is satisfied.
Implementation description needed
-Describe how Part ca-5_smt.a is satisfied.
Describe how Part ca-5_smt.b is satisfied.
Describe how Part ca-5_obj.a is satisfied.
Describe how Part ca-5_obj.b is satisfied.
Implementation description needed
-Describe how Part ca-6_smt.a is satisfied.
Describe how Part ca-6_smt.b is satisfied.
Describe how Part ca-6_smt.c is satisfied.
Describe how Part ca-6_smt.d is satisfied.
Describe how Part ca-6_smt.e is satisfied.
Describe how Part ca-6_obj.a is satisfied.
Describe how Part ca-6_obj.b is satisfied.
Describe how Part ca-6_obj.c.1 is satisfied.
Describe how Part ca-6_obj.c.2 is satisfied.
Describe how Part ca-6_obj.d is satisfied.
Describe how Part ca-6_obj.e is satisfied.
Implementation description needed
-Describe how Part sa-4.9_obj is satisfied.
Implementation description needed
-Describe how Part ca-3_smt.a is satisfied.
Describe how Part ca-3_smt.b is satisfied.
Describe how Part ca-3_smt.c is satisfied.
Describe how Part ca-3_obj.a is satisfied.
Describe how Part ca-3_obj.b is satisfied.
Describe how Part ca-3_obj.c is satisfied.
Implementation description needed
-Describe how Part au-9.4_obj is satisfied.
Implementation description needed
-Describe how Part ca-2_smt.a is satisfied.
Describe how Part ca-2_smt.b is satisfied.
Describe how Part ca-2_smt.c is satisfied.
Describe how Part ca-2_smt.d is satisfied.
Describe how Part ca-2_smt.e is satisfied.
Describe how Part ca-2_smt.f is satisfied.
Describe how Part ca-2_obj.a is satisfied.
Describe how Part ca-2_obj.b.1 is satisfied.
Describe how Part ca-2_obj.b.2 is satisfied.
Describe how Part ca-2_obj.b.3 is satisfied.
Describe how Part ca-2_obj.c is satisfied.
Describe how Part ca-2_obj.d is satisfied.
Describe how Part ca-2_obj.e is satisfied.
Describe how Part ca-2_obj.f is satisfied.
Implementation description needed
-Describe how Part pe-10_smt.a is satisfied.
Describe how Part pe-10_smt.b is satisfied.
Describe how Part pe-10_smt.c is satisfied.
Describe how Part pe-10_obj.a is satisfied.
Describe how Part pe-10_obj.b is satisfied.
Describe how Part pe-10_obj.c is satisfied.
Implementation description needed
-Describe how Part si-7_smt.a is satisfied.
Describe how Part si-7_smt.b is satisfied.
Describe how Part si-7_obj.a is satisfied.
Describe how Part si-7_obj.b is satisfied.
Implementation description needed
-Describe how Part mp-5_smt.a is satisfied.
Describe how Part mp-5_smt.b is satisfied.
Describe how Part mp-5_smt.c is satisfied.
Describe how Part mp-5_smt.d is satisfied.
Describe how Part mp-5_obj.a is satisfied.
Describe how Part mp-5_obj.b is satisfied.
Describe how Part mp-5_obj.c is satisfied.
Describe how Part mp-5_obj.d-1 is satisfied.
Describe how Part mp-5_obj.d-2 is satisfied.
Implementation description needed
-Describe how Part mp-4_smt.a is satisfied.
Describe how Part mp-4_smt.b is satisfied.
Describe how Part mp-4_obj.a-1 is satisfied.
Describe how Part mp-4_obj.a-2 is satisfied.
Describe how Part mp-4_obj.a-3 is satisfied.
Describe how Part mp-4_obj.a-4 is satisfied.
Describe how Part mp-4_obj.b is satisfied.
Implementation description needed
-Describe how Part mp-3_smt.a is satisfied.
Describe how Part mp-3_smt.b is satisfied.
Describe how Part mp-3_obj.a is satisfied.
Describe how Part mp-3_obj.b is satisfied.
Implementation description needed
-Describe how Part mp-2_obj-1 is satisfied.
Describe how Part mp-2_obj-2 is satisfied.
Implementation description needed
-Describe how Part cm-12.1_obj is satisfied.
Implementation description needed
-Describe how Part ir-3_obj is satisfied.
Implementation description needed
-Describe how Part mp-7_smt.a is satisfied.
Describe how Part mp-7_smt.b is satisfied.
Describe how Part mp-7_obj.a is satisfied.
Describe how Part mp-7_obj.b is satisfied.
Implementation description needed
-Describe how Part ir-2_smt.a is satisfied.
Describe how Part ir-2_smt.b is satisfied.
Describe how Part ir-2_obj.a.1 is satisfied.
Describe how Part ir-2_obj.a.2 is satisfied.
Describe how Part ir-2_obj.a.3 is satisfied.
Describe how Part ir-2_obj.b-1 is satisfied.
Describe how Part ir-2_obj.b-2 is satisfied.
Implementation description needed
-Describe how Part mp-6_smt.a is satisfied.
Describe how Part mp-6_smt.b is satisfied.
Describe how Part mp-6_obj.a is satisfied.
Describe how Part mp-6_obj.b is satisfied.
Implementation description needed
-Describe how Part sr-10_obj is satisfied.
Implementation description needed
-Describe how Part sr-12_obj is satisfied.
Implementation description needed
-Describe how Part sr-11_smt.a is satisfied.
Describe how Part sr-11_smt.b is satisfied.
Describe how Part sr-11_obj.a-1 is satisfied.
Describe how Part sr-11_obj.a-2 is satisfied.
Describe how Part sr-11_obj.a-3 is satisfied.
Describe how Part sr-11_obj.a-4 is satisfied.
Describe how Part sr-11_obj.b is satisfied.
Implementation description needed
-Describe how Part au-9_smt.a is satisfied.
Describe how Part au-9_smt.b is satisfied.
Describe how Part au-9_obj.a is satisfied.
Describe how Part au-9_obj.b is satisfied.
Implementation description needed
-Describe how Part ps-6_smt.a is satisfied.
Describe how Part ps-6_smt.b is satisfied.
Describe how Part ps-6_smt.c is satisfied.
Describe how Part ps-6_obj.a is satisfied.
Describe how Part ps-6_obj.b is satisfied.
Describe how Part ps-6_obj.c.1 is satisfied.
Describe how Part ps-6_obj.c.2 is satisfied.
Implementation description needed
-Describe how Part cp-10_obj is satisfied.
Implementation description needed
-Describe how Part ps-7_smt.a is satisfied.
Describe how Part ps-7_smt.b is satisfied.
Describe how Part ps-7_smt.c is satisfied.
Describe how Part ps-7_smt.d is satisfied.
Describe how Part ps-7_smt.e is satisfied.
Describe how Part ps-7_obj.a is satisfied.
Describe how Part ps-7_obj.b is satisfied.
Describe how Part ps-7_obj.c is satisfied.
Describe how Part ps-7_obj.d is satisfied.
Describe how Part ps-7_obj.e is satisfied.
Implementation description needed
-Describe how Part ps-8_smt.a is satisfied.
Describe how Part ps-8_smt.b is satisfied.
Describe how Part ps-8_obj.a is satisfied.
Describe how Part ps-8_obj.b is satisfied.
Implementation description needed
-Describe how Part ps-9_obj is satisfied.
Implementation description needed
-Describe how Part ps-2_smt.a is satisfied.
Describe how Part ps-2_smt.b is satisfied.
Describe how Part ps-2_smt.c is satisfied.
Describe how Part ps-2_obj.a is satisfied.
Describe how Part ps-2_obj.b is satisfied.
Describe how Part ps-2_obj.c is satisfied.
Implementation description needed
-Describe how Part ps-3_smt.a is satisfied.
Describe how Part ps-3_smt.b is satisfied.
Describe how Part ps-3_obj.a is satisfied.
Describe how Part ps-3_obj.b-1 is satisfied.
Describe how Part ps-3_obj.b-2 is satisfied.
Implementation description needed
-Describe how Part ps-4_smt.a is satisfied.
Describe how Part ps-4_smt.b is satisfied.
Describe how Part ps-4_smt.c is satisfied.
Describe how Part ps-4_smt.d is satisfied.
Describe how Part ps-4_smt.e is satisfied.
Describe how Part ps-4_obj.a is satisfied.
Describe how Part ps-4_obj.b is satisfied.
Describe how Part ps-4_obj.c is satisfied.
Describe how Part ps-4_obj.d is satisfied.
Describe how Part ps-4_obj.e is satisfied.
Implementation description needed
-Describe how Part ps-5_smt.a is satisfied.
Describe how Part ps-5_smt.b is satisfied.
Describe how Part ps-5_smt.c is satisfied.
Describe how Part ps-5_smt.d is satisfied.
Describe how Part ps-5_obj.a is satisfied.
Describe how Part ps-5_obj.b is satisfied.
Describe how Part ps-5_obj.c is satisfied.
Describe how Part ps-5_obj.d is satisfied.
Implementation description needed
-Describe how Part au-6_smt.a is satisfied.
Describe how Part au-6_smt.b is satisfied.
Describe how Part au-6_smt.c is satisfied.
Describe how Part au-6_obj.a is satisfied.
Describe how Part au-6_obj.b is satisfied.
Describe how Part au-6_obj.c is satisfied.
Implementation description needed
-Describe how Part ia-6_obj is satisfied.
Implementation description needed
-Describe how Part au-5_smt.a is satisfied.
Describe how Part au-5_smt.b is satisfied.
Describe how Part au-5_obj.a is satisfied.
Describe how Part au-5_obj.b is satisfied.
Implementation description needed
-Describe how Part ia-5_smt.a is satisfied.
Describe how Part ia-5_smt.b is satisfied.
Describe how Part ia-5_smt.c is satisfied.
Describe how Part ia-5_smt.d is satisfied.
Describe how Part ia-5_smt.e is satisfied.
Describe how Part ia-5_smt.f is satisfied.
Describe how Part ia-5_smt.g is satisfied.
Describe how Part ia-5_smt.h is satisfied.
Describe how Part ia-5_smt.i is satisfied.
Describe how Part ia-5_obj.a is satisfied.
Describe how Part ia-5_obj.b is satisfied.
Describe how Part ia-5_obj.c is satisfied.
Describe how Part ia-5_obj.d is satisfied.
Describe how Part ia-5_obj.e is satisfied.
Describe how Part ia-5_obj.f is satisfied.
Describe how Part ia-5_obj.g is satisfied.
Describe how Part ia-5_obj.h-1 is satisfied.
Describe how Part ia-5_obj.h-2 is satisfied.
Describe how Part ia-5_obj.i is satisfied.
Implementation description needed
-Describe how Part au-8_smt.a is satisfied.
Describe how Part au-8_smt.b is satisfied.
Describe how Part au-8_obj.a is satisfied.
Describe how Part au-8_obj.b is satisfied.
Implementation description needed
-Describe how Part ia-8_obj is satisfied.
Implementation description needed
-Describe how Part au-7_smt.a is satisfied.
Describe how Part au-7_smt.b is satisfied.
Describe how Part au-7_obj.a is satisfied.
Describe how Part au-7_obj.b is satisfied.
Implementation description needed
-Describe how Part ia-7_obj is satisfied.
Implementation description needed
-Describe how Part au-2_smt.a is satisfied.
Describe how Part au-2_smt.b is satisfied.
Describe how Part au-2_smt.c is satisfied.
Describe how Part au-2_smt.d is satisfied.
Describe how Part au-2_smt.e is satisfied.
Describe how Part au-2_obj.a is satisfied.
Describe how Part au-2_obj.b is satisfied.
Describe how Part au-2_obj.c-1 is satisfied.
Describe how Part au-2_obj.c-2 is satisfied.
Describe how Part au-2_obj.d is satisfied.
Describe how Part au-2_obj.e is satisfied.
Implementation description needed
-Describe how Part au-4_obj is satisfied.
Implementation description needed
-Describe how Part cp-8_obj is satisfied.
Implementation description needed
-Describe how Part au-3_smt.a is satisfied.
Describe how Part au-3_smt.b is satisfied.
Describe how Part au-3_smt.c is satisfied.
Describe how Part au-3_smt.d is satisfied.
Describe how Part au-3_smt.e is satisfied.
Describe how Part au-3_smt.f is satisfied.
Describe how Part au-3_obj is satisfied.
Implementation description needed
-Describe how Part cp-9_smt.a is satisfied.
Describe how Part cp-9_smt.b is satisfied.
Describe how Part cp-9_smt.c is satisfied.
Describe how Part cp-9_smt.d is satisfied.
Describe how Part cp-9_obj.a is satisfied.
Describe how Part cp-9_obj.b is satisfied.
Describe how Part cp-9_obj.c is satisfied.
Describe how Part cp-9_obj.d is satisfied.
Implementation description needed
-Describe how Part cp-6_smt.a is satisfied.
Describe how Part cp-6_smt.b is satisfied.
Describe how Part cp-6_obj.a-1 is satisfied.
Describe how Part cp-6_obj.a-2 is satisfied.
Describe how Part cp-6_obj.b is satisfied.
Implementation description needed
-Describe how Part cp-7_smt.a is satisfied.
Describe how Part cp-7_smt.b is satisfied.
Describe how Part cp-7_smt.c is satisfied.
Describe how Part cp-7_obj.a is satisfied.
Describe how Part cp-7_obj.b-1 is satisfied.
Describe how Part cp-7_obj.b-2 is satisfied.
Describe how Part cp-7_obj.c is satisfied.
Implementation description needed
-Describe how Part cp-4_smt.a is satisfied.
Describe how Part cp-4_smt.b is satisfied.
Describe how Part cp-4_smt.c is satisfied.
Describe how Part cp-4_obj.a-1 is satisfied.
Describe how Part cp-4_obj.a-2 is satisfied.
Describe how Part cp-4_obj.a-3 is satisfied.
Describe how Part cp-4_obj.b is satisfied.
Describe how Part cp-4_obj.c is satisfied.
Implementation description needed
-Describe how Part sc-7.3_obj is satisfied.
Implementation description needed
-Describe how Part cp-2_smt.a is satisfied.
Describe how Part cp-2_smt.b is satisfied.
Describe how Part cp-2_smt.c is satisfied.
Describe how Part cp-2_smt.d is satisfied.
Describe how Part cp-2_smt.e is satisfied.
Describe how Part cp-2_smt.f is satisfied.
Describe how Part cp-2_smt.g is satisfied.
Describe how Part cp-2_smt.h is satisfied.
Describe how Part cp-2_obj.a.1 is satisfied.
Describe how Part cp-2_obj.a.2 is satisfied.
Describe how Part cp-2_obj.a.3 is satisfied.
Describe how Part cp-2_obj.a.4 is satisfied.
Describe how Part cp-2_obj.a.5 is satisfied.
Describe how Part cp-2_obj.a.6 is satisfied.
Describe how Part cp-2_obj.a.7 is satisfied.
Describe how Part cp-2_obj.b-1 is satisfied.
Describe how Part cp-2_obj.b-2 is satisfied.
Describe how Part cp-2_obj.c is satisfied.
Describe how Part cp-2_obj.d is satisfied.
Describe how Part cp-2_obj.e-1 is satisfied.
Describe how Part cp-2_obj.e-2 is satisfied.
Describe how Part cp-2_obj.f is satisfied.
Describe how Part cp-2_obj.g is satisfied.
Describe how Part cp-2_obj.h is satisfied.
Implementation description needed
+This is the 'this-system' component that must be present for every statement
Describe how Part cp-3_smt.a is satisfied.
Describe how Part cp-3_smt.b is satisfied.
Describe how Part cp-3_obj.a.1 is satisfied.
Describe how Part cp-3_obj.a.2 is satisfied.
Describe how Part cp-3_obj.a.3 is satisfied.
Describe how Part cp-3_obj.b-1 is satisfied.
Describe how Part cp-3_obj.b-2 is satisfied.
Implementation description needed
+This is the 'this-system' component that must be present for every statement
Describe how Part ia-11_obj is satisfied.
Implementation description needed
+This is the 'this-system' component that must be present for every statement
Describe how Part ia-12_smt.a is satisfied.
Describe how Part ia-12_smt.b is satisfied.
Describe how Part ia-12_smt.c is satisfied.
Describe how Part ia-12_obj.a is satisfied.
Describe how Part ia-12_obj.b is satisfied.
Describe how Part ia-12_obj.c is satisfied.
Implementation description needed
-Describe how Part sc-28.1_obj is satisfied.
Implementation description needed
-Describe how Part si-4.4_smt.a is satisfied.
Describe how Part si-4.4_smt.b is satisfied.
Describe how Part si-4.4_obj.a is satisfied.
Describe how Part si-4.4_obj.b is satisfied.
Implementation description needed
-Describe how Part si-4.1_obj-1 is satisfied.
Describe how Part si-4.1_obj-2 is satisfied.
Implementation description needed
-Describe how Part ir-3.2_obj is satisfied.
Implementation description needed
-Describe how Part si-4.2_obj is satisfied.
Implementation description needed
-Describe how Part ac-6.10_obj is satisfied.
Implementation description needed
-Describe how Part cm-8.1_obj is satisfied.
Implementation description needed
-Describe how Part si-4.5_obj is satisfied.
Implementation description needed
-Describe how Part cm-8.3_smt.a is satisfied.
Describe how Part cm-8.3_smt.b is satisfied.
Describe how Part cm-8.3_obj.a is satisfied.
Describe how Part cm-8.3_obj.b is satisfied.
Implementation description needed
+This is the 'this-system' component that must be present for every statement
Describe how Part at-2.3_obj is satisfied.
Implementation description needed
+This is the 'this-system' component that must be present for every statement
Describe how Part at-2.2_obj is satisfied.
Implementation description needed
-Describe how Part au-7.1_obj is satisfied.
Implementation description needed
-Describe how Part at-3_smt.a is satisfied.
Describe how Part at-3_smt.b is satisfied.
Describe how Part at-3_smt.c is satisfied.
Describe how Part at-3_obj.a.1 is satisfied.
Describe how Part at-3_obj.a.2 is satisfied.
Describe how Part at-3_obj.b is satisfied.
Describe how Part at-3_obj.c is satisfied.
Implementation description needed
-Describe how Part at-2_smt.a is satisfied.
Describe how Part at-2_smt.b is satisfied.
Describe how Part at-2_smt.c is satisfied.
Describe how Part at-2_smt.d is satisfied.
Describe how Part at-2_obj.a.1-1 is satisfied.
Describe how Part at-2_obj.a.1-2 is satisfied.
Describe how Part at-2_obj.a.1-3 is satisfied.
Describe how Part at-2_obj.a.1-4 is satisfied.
Describe how Part at-2_obj.a.2 is satisfied.
Describe how Part at-2_obj.b is satisfied.
Describe how Part at-2_obj.c is satisfied.
Describe how Part at-2_obj.d is satisfied.
Implementation description needed
-Describe how Part at-4_smt.a is satisfied.
Describe how Part at-4_smt.b is satisfied.
Describe how Part at-4_obj.a is satisfied.
Describe how Part at-4_obj.b is satisfied.
Implementation description needed
-Describe how Part sc-8.1_obj is satisfied.
Implementation description needed
-Describe how Part ac-6.1_smt.a is satisfied.
Describe how Part ac-6.1_smt.b is satisfied.
Describe how Part ac-6.1_obj.a is satisfied.
Describe how Part ac-6.1_obj.b is satisfied.
Implementation description needed
-Describe how Part ac-6.2_obj is satisfied.
Implementation description needed
-Describe how Part ia-8.4_obj is satisfied.
Implementation description needed
-Describe how Part sa-4.2_obj is satisfied.
Implementation description needed
-Describe how Part sa-4.1_obj is satisfied.
Implementation description needed
-Describe how Part cm-7.1_smt.a is satisfied.
Describe how Part cm-7.1_smt.b is satisfied.
Describe how Part cm-7.1_obj.a is satisfied.
Describe how Part cm-7.1_obj.b is satisfied.
Implementation description needed
-Describe how Part ac-6.9_obj is satisfied.
Implementation description needed
-Describe how Part ac-6.7_smt.a is satisfied.
Describe how Part ac-6.7_smt.b is satisfied.
Describe how Part ac-6.7_obj.a is satisfied.
Describe how Part ac-6.7_obj.b is satisfied.
Implementation description needed
-Describe how Part ac-6.5_obj is satisfied.
Implementation description needed
-Describe how Part cm-7.2_obj is satisfied.
Implementation description needed
-Describe how Part cm-7.5_smt.a is satisfied.
Describe how Part cm-7.5_smt.b is satisfied.
Describe how Part cm-7.5_smt.c is satisfied.
Describe how Part cm-7.5_obj.a is satisfied.
Describe how Part cm-7.5_obj.b is satisfied.
Describe how Part cm-7.5_obj.c is satisfied.
Implementation description needed
-Describe how Part ia-8.2_smt.a is satisfied.
Describe how Part ia-8.2_smt.b is satisfied.
Describe how Part ia-8.2_obj.a is satisfied.
Describe how Part ia-8.2_obj.b is satisfied.
Implementation description needed
-Describe how Part ia-8.1_obj is satisfied.
Implementation description needed
-Describe how Part ac-8_smt.a is satisfied.
Describe how Part ac-8_smt.b is satisfied.
Describe how Part ac-8_smt.c is satisfied.
Describe how Part ac-8_obj.a is satisfied.
Describe how Part ac-8_obj.a.1 is satisfied.
Describe how Part ac-8_obj.a.2 is satisfied.
Describe how Part ac-8_obj.a.3 is satisfied.
Describe how Part ac-8_obj.a.4 is satisfied.
Describe how Part ac-8_obj.b is satisfied.
Describe how Part ac-8_obj.c is satisfied.
Implementation description needed
-Describe how Part ac-7_smt.a is satisfied.
Describe how Part ac-7_smt.b is satisfied.
Describe how Part ac-7_obj.a is satisfied.
Describe how Part ac-7_obj.b is satisfied.
Implementation description needed
-Describe how Part ac-4_obj is satisfied.
Implementation description needed
-Describe how Part ac-3_obj is satisfied.
Implementation description needed
-Describe how Part si-2.2_obj is satisfied.
Implementation description needed
-Describe how Part ac-6_obj is satisfied.
Implementation description needed
-Describe how Part ac-5_smt.a is satisfied.
Describe how Part ac-5_smt.b is satisfied.
Describe how Part ac-5_obj.a is satisfied.
Describe how Part ac-5_obj.b is satisfied.
Implementation description needed
-Describe how Part au-6.1_obj is satisfied.
Implementation description needed
-Describe how Part ra-3.1_smt.a is satisfied.
Describe how Part ra-3.1_smt.b is satisfied.
Describe how Part ra-3.1_obj.a is satisfied.
Describe how Part ra-3.1_obj.b is satisfied.
Implementation description needed
-Describe how Part au-6.3_obj is satisfied.
Implementation description needed
-Describe how Part sa-11_smt.a is satisfied.
Describe how Part sa-11_smt.b is satisfied.
Describe how Part sa-11_smt.c is satisfied.
Describe how Part sa-11_smt.d is satisfied.
Describe how Part sa-11_smt.e is satisfied.
Describe how Part sa-11_obj.a-1 is satisfied.
Describe how Part sa-11_obj.a-2 is satisfied.
Describe how Part sa-11_obj.a-3 is satisfied.
Describe how Part sa-11_obj.a-4 is satisfied.
Describe how Part sa-11_obj.b is satisfied.
Describe how Part sa-11_obj.c is satisfied.
Describe how Part sa-11_obj.d is satisfied.
Describe how Part sa-11_obj.e is satisfied.
Implementation description needed
-Describe how Part sa-10_smt.a is satisfied.
Describe how Part sa-10_smt.b is satisfied.
Describe how Part sa-10_smt.c is satisfied.
Describe how Part sa-10_smt.d is satisfied.
Describe how Part sa-10_smt.e is satisfied.
Describe how Part sa-10_obj.a is satisfied.
Describe how Part sa-10_obj.b is satisfied.
Describe how Part sa-10_obj.c is satisfied.
Describe how Part sa-10_obj.d is satisfied.
Describe how Part sa-10_obj.e is satisfied.
Implementation description needed
-Describe how Part sa-11.2_smt.a is satisfied.
Describe how Part sa-11.2_smt.b is satisfied.
Describe how Part sa-11.2_smt.c is satisfied.
Describe how Part sa-11.2_smt.d is satisfied.
Describe how Part sa-11.2_obj.a-1 is satisfied.
Describe how Part sa-11.2_obj.a-2 is satisfied.
Describe how Part sa-11.2_obj.a-3 is satisfied.
Describe how Part sa-11.2_obj.a-4 is satisfied.
Describe how Part sa-11.2_obj.b-1 is satisfied.
Describe how Part sa-11.2_obj.b-2 is satisfied.
Describe how Part sa-11.2_obj.b-3 is satisfied.
Describe how Part sa-11.2_obj.b-4 is satisfied.
Describe how Part sa-11.2_obj.c-1 is satisfied.
Describe how Part sa-11.2_obj.c-2 is satisfied.
Describe how Part sa-11.2_obj.d-1 is satisfied.
Describe how Part sa-11.2_obj.d-2 is satisfied.
Describe how Part sa-11.2_obj.d-3 is satisfied.
Describe how Part sa-11.2_obj.d-4 is satisfied.
Implementation description needed
-Describe how Part sc-39_obj is satisfied.
Implementation description needed
-Describe how Part sa-11.1_obj is satisfied.
Implementation description needed
-Describe how Part ac-17.2_obj is satisfied.
Implementation description needed
-Describe how Part ac-17.1_obj is satisfied.
Implementation description needed
-Describe how Part ac-17.4_smt.a is satisfied.
Describe how Part ac-17.4_smt.b is satisfied.
Describe how Part ac-17.4_obj.a-1 is satisfied.
Describe how Part ac-17.4_obj.a-2 is satisfied.
Describe how Part ac-17.4_obj.a-3 is satisfied.
Describe how Part ac-17.4_obj.a-4 is satisfied.
Describe how Part ac-17.4_obj.b is satisfied.
Implementation description needed
-Describe how Part ac-17.3_obj is satisfied.
Implementation description needed
-Describe how Part sc-45.1_smt.a is satisfied.
Describe how Part sc-45.1_smt.b is satisfied.
Describe how Part sc-45.1_obj.a is satisfied.
Describe how Part sc-45.1_obj.b is satisfied.
Implementation description needed
-Describe how Part cm-6.1_obj is satisfied.
Implementation description needed
-Describe how Part pe-13.1_obj-1 is satisfied.
Describe how Part pe-13.1_obj-2 is satisfied.
Describe how Part pe-13.1_obj-3 is satisfied.
Implementation description needed
-Describe how Part pe-13.2_smt.a is satisfied.
Describe how Part pe-13.2_smt.b is satisfied.
Describe how Part pe-13.2_obj.a-1 is satisfied.
Describe how Part pe-13.2_obj.a-2 is satisfied.
Describe how Part pe-13.2_obj.a-3 is satisfied.
Describe how Part pe-13.2_obj.b is satisfied.
Implementation description needed
-Describe how Part si-2.3_smt.a is satisfied.
Describe how Part si-2.3_smt.b is satisfied.
Describe how Part si-2.3_obj.a is satisfied.
Describe how Part si-2.3_obj.b is satisfied.
Implementation description needed
-Describe how Part sc-45_obj is satisfied.
Implementation description needed
-Describe how Part sr-2.1_obj is satisfied.
Implementation description needed
-Describe how Part cm-2_smt.a is satisfied.
Describe how Part cm-2_smt.b is satisfied.
Describe how Part cm-2_obj.a is satisfied.
Describe how Part cm-2_obj.b.1 is satisfied.
Describe how Part cm-2_obj.b.2 is satisfied.
Describe how Part cm-2_obj.b.3 is satisfied.
Implementation description needed
-Describe how Part cm-9_smt.a is satisfied.
Describe how Part cm-9_smt.b is satisfied.
Describe how Part cm-9_smt.c is satisfied.
Describe how Part cm-9_smt.d is satisfied.
Describe how Part cm-9_smt.e is satisfied.
Describe how Part cm-9_obj is satisfied.
Describe how Part cm-9_obj.a is satisfied.
Describe how Part cm-9_obj.b-1 is satisfied.
Describe how Part cm-9_obj.b-2 is satisfied.
Describe how Part cm-9_obj.c-1 is satisfied.
Describe how Part cm-9_obj.c-2 is satisfied.
Describe how Part cm-9_obj.d is satisfied.
Describe how Part cm-9_obj.e is satisfied.
Implementation description needed
-Describe how Part ia-12.5_obj is satisfied.
Implementation description needed
-Describe how Part cm-7_smt.a is satisfied.
Describe how Part cm-7_smt.b is satisfied.
Describe how Part cm-7_obj.a is satisfied.
Describe how Part cm-7_obj.b is satisfied.
Implementation description needed
-Describe how Part ac-4.21_obj is satisfied.
Implementation description needed
-Describe how Part cm-8_smt.a is satisfied.
Describe how Part cm-8_smt.b is satisfied.
Describe how Part cm-8_obj.a.1 is satisfied.
Describe how Part cm-8_obj.a.2 is satisfied.
Describe how Part cm-8_obj.a.3 is satisfied.
Describe how Part cm-8_obj.a.4 is satisfied.
Describe how Part cm-8_obj.a.5 is satisfied.
Describe how Part cm-8_obj.b is satisfied.
Implementation description needed
-Describe how Part cm-5_obj is satisfied.
Implementation description needed
-Describe how Part cm-6_smt.a is satisfied.
Describe how Part cm-6_smt.b is satisfied.
Describe how Part cm-6_smt.c is satisfied.
Describe how Part cm-6_smt.d is satisfied.
Describe how Part cm-6_obj.a is satisfied.
Describe how Part cm-6_obj.b is satisfied.
Describe how Part cm-6_obj.c is satisfied.
Describe how Part cm-6_obj.d is satisfied.
Implementation description needed
-Describe how Part sa-4.10_obj is satisfied.
Implementation description needed
-Describe how Part cm-3_smt.a is satisfied.
Describe how Part cm-3_smt.b is satisfied.
Describe how Part cm-3_smt.c is satisfied.
Describe how Part cm-3_smt.d is satisfied.
Describe how Part cm-3_smt.e is satisfied.
Describe how Part cm-3_smt.f is satisfied.
Describe how Part cm-3_smt.g is satisfied.
Describe how Part cm-3_obj.a is satisfied.
Describe how Part cm-3_obj.b is satisfied.
Describe how Part cm-3_obj.c is satisfied.
Describe how Part cm-3_obj.d is satisfied.
Describe how Part cm-3_obj.e is satisfied.
Describe how Part cm-3_obj.f is satisfied.
Describe how Part cm-3_obj.g-1 is satisfied.
Describe how Part cm-3_obj.g-2 is satisfied.
Implementation description needed
+This is the 'this-system' component that must be present for every statement
Describe how Part ia-12.3_obj is satisfied.
Implementation description needed
+This is the 'this-system' component that must be present for every statement
Describe how Part cm-4_obj is satisfied.
Implementation description needed
-This is the 'this-system' component that must be present for every statement
+ +Describe how Part ia-12.2_obj is satisfied.
Implementation description needed
+This is the 'this-system' component that must be present for every statement
Describe how Part sc-2_obj is satisfied.
Implementation description needed
+This is the 'this-system' component that must be present for every statement
Describe how Part cm-12_smt.a is satisfied.
Describe how Part cm-12_smt.b is satisfied.
Describe how Part cm-12_smt.c is satisfied.
Describe how Part cm-12_obj.a-1 is satisfied.
Describe how Part cm-12_obj.a-2 is satisfied.
Describe how Part cm-12_obj.a-3 is satisfied.
Describe how Part cm-12_obj.b is satisfied.
Describe how Part cm-12_obj.c is satisfied.
Implementation description needed
+This is the 'this-system' component that must be present for every statement
Describe how Part sc-4_obj is satisfied.
Implementation description needed
+This is the 'this-system' component that must be present for every statement
Describe how Part cm-11_smt.a is satisfied.
Describe how Part cm-11_smt.b is satisfied.
Describe how Part cm-11_smt.c is satisfied.
Describe how Part cm-11_obj.a is satisfied.
Describe how Part cm-11_obj.b is satisfied.
Describe how Part cm-11_obj.c is satisfied.
Implementation description needed
+This is a 'policy' component that must be present for part a of every -1 control.
Describe how Part cm-10_smt.a is satisfied.
Describe how Part cm-10_smt.b is satisfied.
Describe how Part cm-10_smt.c is satisfied.
Describe how Part cm-10_obj.a is satisfied.
Describe how Part cm-10_obj.b is satisfied.
Describe how Part cm-10_obj.c is satisfied.
Implementation description needed
+This is a 'process-procedure' component that must be present for part a of every -1 + control.
Describe how Part ra-5.11_obj is satisfied.
Implementation description needed
+This is the 'this-system' component that must be present for every statement
Describe how Part pl-10_obj is satisfied.
Implementation description needed
+This is the 'this-system' component that must be present for every statement
Describe how Part pl-11_obj is satisfied.
Implementation description needed
+This is the 'this-system' component that must be present for every statement
Describe how Part sc-5_smt.a is satisfied.
Describe how Part sc-5_smt.b is satisfied.
Describe how Part sc-5_obj.a is satisfied.
Describe how Part sc-5_obj.b is satisfied.
Implementation description needed
+This is the 'this-system' component that must be present for every statement
Describe how Part sc-8_obj is satisfied.
Implementation description needed
+This is the 'this-system' component that must be present for every statement
Describe how Part sc-7_smt.a is satisfied.
Describe how Part sc-7_smt.b is satisfied.
Describe how Part sc-7_smt.c is satisfied.
Describe how Part sc-7_obj.a-1 is satisfied.
Describe how Part sc-7_obj.a-2 is satisfied.
Describe how Part sc-7_obj.a-3 is satisfied.
Describe how Part sc-7_obj.a-4 is satisfied.
Describe how Part sc-7_obj.b is satisfied.
Describe how Part sc-7_obj.c is satisfied.
Implementation description needed
+This is the 'this-system' component that must be present for every statement
Describe how Part cm-5.1_smt.a is satisfied.
Describe how Part cm-5.1_smt.b is satisfied.
Describe how Part cm-5.1_obj.a is satisfied.
Describe how Part cm-5.1_obj.b is satisfied.
Implementation description needed
+This is the 'this-system' component that must be present for every statement
Describe how Part ca-2.3_obj is satisfied.
Implementation description needed
+This is the 'this-system' component that must be present for every statement
Describe how Part au-11_obj is satisfied.
Implementation description needed
-Describe how Part au-12_smt.a is satisfied.
Describe how Part au-12_smt.b is satisfied.
Describe how Part au-12_smt.c is satisfied.
Describe how Part au-12_obj.a is satisfied.
Describe how Part au-12_obj.b is satisfied.
Describe how Part au-12_obj.c is satisfied.
Implementation description needed
-Describe how Part ia-2.1_obj is satisfied.
Implementation description needed
+This is the 'this-system' component that must be present for every statement
Describe how Part ia-2.2_obj is satisfied.
Implementation description needed
+This is the 'this-system' component that must be present for every statement
Describe how Part ir-4.1_obj is satisfied.
Implementation description needed
-Describe how Part cm-5.5_smt.a is satisfied.
Describe how Part cm-5.5_smt.b is satisfied.
Describe how Part cm-5.5_obj.a is satisfied.
Describe how Part cm-5.5_obj.b is satisfied.
Implementation description needed
+This is the 'this-system' component that must be present for every statement
Describe how Part ia-2.5_obj is satisfied.
Implementation description needed
-Describe how Part ca-2.1_obj is satisfied.
Implementation description needed
+This is the 'this-system' component that must be present for every statement
Describe how Part ia-2.6_smt.a is satisfied.
Describe how Part ia-2.6_smt.b is satisfied.
Describe how Part ia-2.6_obj.a is satisfied.
Describe how Part ia-2.6_obj.b is satisfied.
Implementation description needed
+This is the 'this-system' component that must be present for every statement
Describe how Part ia-2.8_obj is satisfied.
Implementation description needed
+This is the 'this-system' component that must be present for every statement
Describe how Part ps-3.3_smt.a is satisfied.
Describe how Part ps-3.3_smt.b is satisfied.
Describe how Part ps-3.3_obj.a is satisfied.
Describe how Part ps-3.3_obj.b is satisfied.
Implementation description needed
+This is the 'this-system' component that must be present for every statement
Describe how Part ra-5.3_obj is satisfied.
Implementation description needed
+This is the 'this-system' component that must be present for every statement
Describe how Part ra-5.5_obj is satisfied.
Implementation description needed
+This is the 'this-system' component that must be present for every statement
Describe how Part ra-5.2_obj is satisfied.
Implementation description needed
+This is the 'this-system' component that must be present for every statement
Describe how Part ac-19.5_smt is satisfied.
Describe how Part ac-19.5_obj is satisfied.
Implementation description needed
+This is the 'this-system' component that must be present for every statement
Describe how Part ac-20.2_obj is satisfied.
Implementation description needed
+This is the 'this-system' component that must be present for every statement
Describe how Part ac-20.1_smt.a is satisfied.
Describe how Part ac-20.1_smt.b is satisfied.
Describe how Part ac-20.1_obj.a is satisfied.
Describe how Part ac-20.1_obj.b is satisfied.
SSP Signature
The FedRAMP PMO is formulating guidelines for handling digital/electronic signatures in -OSCAL, and welcome feedback on solutions.
+ OSCAL, and welcome feedback on solutions.For now, the PMO recommends one of the following:
If your organization prefers another approach, please seek prior approval from the -FedRAMP PMO.
+ FedRAMP PMO.Must be present in a FedRAMP SSP.
AC Policy document
+A single policy that addresses both the AC and IA families.
Table 12-1 Attachments: Policy Attachment
-May use rlink
with a relative path, or embedded as
- base64
.
-
Each policy must be attached as back-matter resources, and must include:
+Each policy must have a corrisponding "policy" component.
Table 12-1 Attachments: Policy Attachment
-May use rlink
with a relative path, or embedded as
- base64
.
-
May use rlink
with a relative path, or embedded as base64
.
Table 12-1 Attachments: Policy Attachment
-May use rlink
with a relative path, or embedded as
- base64
.
-
May use rlink
with a relative path, or embedded as base64
.
Table 12-1 Attachments: Policy Attachment
-May use rlink
with a relative path, or embedded as
- base64
.
-
May use rlink
with a relative path, or embedded as base64
.
CM Policy document
Table 12-1 Attachments: Policy Attachment
-May use rlink
with a relative path, or embedded as
- base64
.
-
May use rlink
with a relative path, or embedded as base64
.
Table 12-1 Attachments: Policy Attachment
-May use rlink
with a relative path, or embedded as
- base64
.
-
May use rlink
with a relative path, or embedded as base64
.
Table 12-1 Attachments: Policy Attachment
-May use rlink
with a relative path, or embedded as
- base64
.
-
May use rlink
with a relative path, or embedded as base64
.
Table 12-1 Attachments: Policy Attachment
-May use rlink
with a relative path, or embedded as
- base64
.
-
May use rlink
with a relative path, or embedded as base64
.
Table 12-1 Attachments: Policy Attachment
-May use rlink
with a relative path, or embedded as
- base64
.
-
May use rlink
with a relative path, or embedded as base64
.
Table 12-1 Attachments: Policy Attachment
-May use rlink
with a relative path, or embedded as
- base64
.
-
May use rlink
with a relative path, or embedded as base64
.
Table 12-1 Attachments: Policy Attachment
-May use rlink
with a relative path, or embedded as
- base64
.
-
May use rlink
with a relative path, or embedded as base64
.
Table 12-1 Attachments: Policy Attachment
-May use rlink
with a relative path, or embedded as
- base64
.
-
May use rlink
with a relative path, or embedded as base64
.
Table 12-1 Attachments: Policy Attachment
-May use rlink
with a relative path, or embedded as
- base64
.
-
May use rlink
with a relative path, or embedded as base64
.
Table 12-1 Attachments: Policy Attachment
-May use rlink
with a relative path, or embedded as
- base64
.
-
May use rlink
with a relative path, or embedded as base64
.
Table 12-1 Attachments: Policy Attachment
-May use rlink
with a relative path, or embedded as
- base64
.
-
May use rlink
with a relative path, or embedded as base64
.
Table 12-1 Attachments: Policy Attachment
-May use rlink
with a relative path, or embedded as
- base64
.
-
May use rlink
with a relative path, or embedded as base64
.
Table 12-1 Attachments: Policy Attachment
-May use rlink
with a relative path, or embedded as
- base64
.
-
May use rlink
with a relative path, or embedded as base64
.
Table 12-1 Attachments: Policy Attachment
-May use rlink
with a relative path, or embedded as
- base64
.
-
May use rlink
with a relative path, or embedded as base64
.
Table 12-1 Attachments: Procedure Attachment
-May use rlink
with a relative path, or embedded as
- base64
.
-
Procedures must be attached as back-matter resources, and must include:
+Table 12-1 Attachments: Procedure Attachment
-May use rlink
with a relative path, or embedded as
- base64
.
-
May use rlink
with a relative path, or embedded as base64
.
Table 12-1 Attachments: Procedure Attachment
-May use rlink
with a relative path, or embedded as
- base64
.
-
May use rlink
with a relative path, or embedded as base64
.
Table 12-1 Attachments: Procedure Attachment
-May use rlink
with a relative path, or embedded as
- base64
.
-
May use rlink
with a relative path, or embedded as base64
.
Table 12-1 Attachments: Procedure Attachment
-May use rlink
with a relative path, or embedded as
- base64
.
-
May use rlink
with a relative path, or embedded as base64
.
Table 12-1 Attachments: Procedure Attachment
-May use rlink
with a relative path, or embedded as
- base64
.
-
May use rlink
with a relative path, or embedded as base64
.
Table 12-1 Attachments: Procedure Attachment
-May use rlink
with a relative path, or embedded as
- base64
.
-
May use rlink
with a relative path, or embedded as base64
.
Table 12-1 Attachments: Procedure Attachment
-May use rlink
with a relative path, or embedded as
- base64
.
-
May use rlink
with a relative path, or embedded as base64
.
Table 12-1 Attachments: Procedure Attachment
-May use rlink
with a relative path, or embedded as
- base64
.
-
May use rlink
with a relative path, or embedded as base64
.
Table 12-1 Attachments: Procedure Attachment
-May use rlink
with a relative path, or embedded as
- base64
.
-
May use rlink
with a relative path, or embedded as base64
.
Table 12-1 Attachments: Procedure Attachment
-May use rlink
with a relative path, or embedded as
- base64
.
-
May use rlink
with a relative path, or embedded as base64
.
Table 12-1 Attachments: Procedure Attachment
-May use rlink
with a relative path, or embedded as
- base64
.
-
May use rlink
with a relative path, or embedded as base64
.
Table 12-1 Attachments: Procedure Attachment
-May use rlink
with a relative path, or embedded as
- base64
.
-
May use rlink
with a relative path, or embedded as base64
.
Table 12-1 Attachments: Procedure Attachment
-May use rlink
with a relative path, or embedded as
- base64
.
-
May use rlink
with a relative path, or embedded as base64
.
Table 12-1 Attachments: Procedure Attachment
-May use rlink
with a relative path, or embedded as
- base64
.
-
May use rlink
with a relative path, or embedded as base64
.
Table 12-1 Attachments: Procedure Attachment
-May use rlink
with a relative path, or embedded as
- base64
.
-
May use rlink
with a relative path, or embedded as base64
.
Table 12-1 Attachments: Procedure Attachment
-May use rlink
with a relative path, or embedded as
- base64
.
-
May use rlink
with a relative path, or embedded as base64
.
Table 12-1 Attachments: Procedure Attachment
-May use rlink
with a relative path, or embedded as
- base64
.
-
May use rlink
with a relative path, or embedded as base64
.
Table 12-1 Attachments: User's Guide Attachment
-May use rlink
with a relative path, or embedded as
- base64
.
-
May use rlink
with a relative path, or embedded as base64
.
Table 12-1 Attachments: Rules of Behavior (ROB)
-May use rlink
with a relative path, or embedded as
- base64
.
-
May use rlink
with a relative path, or embedded as base64
.
Table 12-1 Attachments: Contingency Plan (CP) Attachment
-May use rlink
with a relative path, or embedded as
- base64
.
-
May use rlink
with a relative path, or embedded as base64
.
Table 12-1 Attachments: Configuration Management (CM) Plan Attachment
-May use rlink
with a relative path, or embedded as
- base64
.
-
May use rlink
with a relative path, or embedded as base64
.
Table 12-1 Attachments: Incident Response (IR) Plan Attachment
-May use rlink
with a relative path, or embedded as
- base64
.
-
May use rlink
with a relative path, or embedded as base64
.
A CSP-specific law citation
The "type" property must be present and contain the value "law".
-Table 12-1 Attachments: Continuous Monitoring Plan Attachment
-May use rlink
with a relative path, or embedded as
- base64
.
-
May use rlink
with a relative path, or embedded as base64
.
The POA&M attachment may either be a legacy Excel workbook or OSCAL file. The + resource must have:
+A "version" property is optional.
+The appropriate media types for OSCAL content are, "application/xml", "application/json" + or "application/yaml".
+FedRAMP does not accept base64 POA&M contenta at this time.
+Table 12-1 Attachments: Procedure Attachment
-May use rlink
with a relative path, or embedded as
- base64
.
-
May use rlink
with a relative path, or embedded as base64
.
FedRAMP Logo
Must be present in a FedRAMP SSP.
@@ -9345,12 +17091,10 @@ FedRAMP PMO.May use rlink
with a relative path, or embedded as
- base64
.
-
May use rlink
with a relative path, or embedded as base64
.
FedRAMP prefers base64
for images and diagrams.
Images must be in sufficient resolution to read all detail when rendered in a browser -via HTML5.
+Images must be in sufficient resolution to read all detail when rendered in a browser via + HTML5.
May use rlink
with a relative path, or embedded as
- base64
.
-
May use rlink
with a relative path, or embedded as base64
.
FedRAMP prefers base64
for images and diagrams.
Images must be in sufficient resolution to read all detail when rendered in a browser -via HTML5.
+Images must be in sufficient resolution to read all detail when rendered in a browser via + HTML5.
Section 8.1, Figure 8-1 Authorization Boundary Diagram (graphic)
This should be referenced in the -system-characteristics/authorization-boundary/diagram/link/@href flag using a value -of "#11111111-2222-4000-8000-001000000054"
-May use rlink
with a relative path, or embedded as
- base64
.
-
May use rlink
with a relative path, or embedded as base64
.
FedRAMP prefers base64
for images and diagrams.
Images must be in sufficient resolution to read all detail when rendered in a browser -via HTML5.
+Images must be in sufficient resolution to read all detail when rendered in a browser via + HTML5.
The primary network diagram.
Section 8.1, Figure 8-2 Network Diagram (graphic)
This should be referenced in the -system-characteristics/network-architecture/diagram/link/@href flag using a value of -"#11111111-2222-4000-8000-001000000055"
-May use rlink
with a relative path, or embedded as
- base64
.
-
May use rlink
with a relative path, or embedded as base64
.
FedRAMP prefers base64
for images and diagrams.
Images must be in sufficient resolution to read all detail when rendered in a browser -via HTML5.
+Images must be in sufficient resolution to read all detail when rendered in a browser via + HTML5.
Section 8.1, Figure 8-3 Data Flow Diagram (graphic)
-This should be referenced in the system-characteristics/data-flow/diagram/link/@href -flag using a value of "#11111111-2222-4000-8000-001000000056"
-May use rlink
with a relative path, or embedded as
- base64
.
-
This should be referenced in the system-characteristics/data-flow/diagram/link/@href flag + using a value of "#11111111-2222-4000-8000-001000000056"
+May use rlink
with a relative path, or embedded as base64
.
FedRAMP prefers base64
for images and diagrams.
Images must be in sufficient resolution to read all detail when rendered in a browser -via HTML5.
+Images must be in sufficient resolution to read all detail when rendered in a browser via + HTML5.
Federal Acquisition Supply Chain Security Act; Rule,85 Federal Register 54263 (September 1, 2020), pp 54263-54271.
Federal Acquisition Supply Chain Security Act; Rule,85 Federal Register 54263 + (September 1, 2020), pp 54263-54271.
CSP-specific citation. Note the "type" property's class is "law" -and the value is "citation".
+CSP-specific citation. Note the "type" property's class is "law" and the value is + "citation".
CSP-specific citation. Note the "type" property's class is "acronyms" -and the value is "citation".
-CSP-specific reference. Note the "type" property's class is "reference" -and the value is "citation".
+CSP-specific citation. Note the "type" property's class is "acronyms" and the value is + "citation".
Separation of Duties Matrix
-May use rlink
with a relative path, or embedded as base64
.
-
If 'yes', describe the authentication method.
@@ -929,6 +930,8 @@If 'yes', describe the authentication method.
@@ -1067,6 +1072,9 @@Describe the purpose of the external system/service; specifically, provide reasons for connectivity (e.g., system monitoring, system alerting, download updates, etc.)
+If 'yes', describe the authentication method in the remarks.
@@ -1488,6 +1502,7 @@ boundary.The corporate data lake. All logs are required to be sent here.
If 'yes', describe the authentication method in the remarks.
+If 'no', explain why no authentication is used in the remarks.
+If 'not-applicable', explain why authentication is not applicable in the + remarks.
+None
Briefly describe the cryptographic module.
Used to encrypt and decrypt rows in the database.
This is an API server that communicates with a database via an encrypted connection
This is a web server that communicates with a database via an encrypted connection
Describe the service and what it is used for.
This is a container image used to create container instances within the system.
FUNCTION: Describe typical component function.
Email Service
If 'yes', describe the authentication method in the remarks.
+If 'no', explain why no authentication is used in the remarks.
+If 'not-applicable', explain why authentication is not applicable in the + remarks.
+FUNCTION: Describe typical component function.
None
None
None
None.
Asset wasn't running at time of scan.
Remarks
+Asset wasn't running at time of scan.
Usage statement
+Usage statement
+Usage statement
+Usage statement
+Usage statement
+Usage statement
+Instance of the Data Network
Usage statement
+Instance of the Data Network
Usage statement
+Instance of a Production Network
Usage statement
+Describe how this procedure satisfies part a.
@@ -16448,6 +16658,7 @@Describe how Part ac-2_smt.b is satisfied.
+Describe how Part ac-2_smt.c is satisfied.
+Describe how Part ac-2_smt.d is satisfied.
+Describe how Part ac-2_smt.e is satisfied.
+Describe how Part ac-2_smt.f is satisfied.
+Describe how Part ac-2_smt.g is satisfied.
+Describe how Part ac-2_smt.h is satisfied.
+Describe how Part ac-2_smt.i is satisfied.
+Describe how Part ac-2_smt.j is satisfied.
+Describe how Part ac-2_smt.k is satisfied.
+Describe how Part ac-2_smt.l is satisfied.
+[Assignment: organization-defined personnel or roles]
-This focuses on roles the POLICY is disseminated to.
-[Assignment: organization-defined personnel or roles]
-This focuses on roles PROCEDURES are disseminated to.
-[Selection (one or more): Organization-level; Mission/business process-level; - Systemlevel]
-This is a SELECT parameter. Use one "value" field for each selection.
-[Assignment: organization-defined official]
-[Assignment: organization-defined frequency]
-[Assignment:organization-defined events]
-[Assignment: organization-defined frequency]
-[Assignment:organization-defined events]
-Each interconnection to one or more remote systems must have:
Provide a description and any pertinent note regarding the use of this CM.
@@ -1936,8 +1944,8 @@.
This is another validation of the OpenSSL Cryptographic module that has nothing to do @@ -1982,7 +1990,7 @@
Legacy Example (No implemented-component).
Provide any notes here about this connection that you wish to appear in Table Q.
@@ -1828,6 +1836,7 @@ +Provide any notes here about this connection that you wish to appear in Table Q.
@@ -1887,7 +1896,7 @@Briefly describe the cryptographic module.