all text referencing "Eclipse VOLTTRON" now has a ™ attatched to it

content/ABOUT/About.md

@@ -11,11 +11,11 @@ sidebar_left: AboutSidebar
 
 ---
 
-### About Eclipse VOLTTRON
+### About Eclipse VOLTTRON™
 
-Eclipse VOLTTRON, developed at [Pacific Northwest National Laboratory](https://www.pnnl.gov/) and now part of the [Eclipse Foundation](https://outreach.eclipse.foundation/volttron-iot-case-study), is available as an open-source tool. This technology provides an environment where data and devices connect seamlessly and securely to make decisions based on user needs and preferences.
+Eclipse VOLTTRON™, developed at [Pacific Northwest National Laboratory](https://www.pnnl.gov/) and now part of the [Eclipse Foundation](https://outreach.eclipse.foundation/volttron-iot-case-study), is available as an open-source tool. This technology provides an environment where data and devices connect seamlessly and securely to make decisions based on user needs and preferences.
 
-Industry, research, and academic communities agree that Eclipse VOLTTRON is an important and versatile resource for improving system performance in buildings and creating a more flexible and reliable power grid. The technology, which was built with security as an integral priority, is used for multiple purposes, including:
+Industry, research, and academic communities agree that Eclipse VOLTTRON™ is an important and versatile resource for improving system performance in buildings and creating a more flexible and reliable power grid. The technology, which was built with security as an integral priority, is used for multiple purposes, including:
 
 - Collection, aggregation, and visualization of data from building operations and other functions
 - Rapid adjustment of commercial building energy loads in response to power grid needs, a key step toward transactive control
@@ -24,9 +24,9 @@ Industry, research, and academic communities agree that Eclipse VOLTTRON is an i
 
 The technology’s adaptability has significantly expanded its promise. Users are applying the platform in novel ways not originally envisioned.
 
-Eclipse VOLTTRON is open source and publicly available from [GitHub](https://github.com/eclipse-volttron), and its ongoing development benefits from a highly collaborative approach among advocates, including PNNL, the U.S. Department of Energy, the Eclipse Foundation, and an active and passionate nationwide community of users.
+Eclipse VOLTTRON™ is open source and publicly available from [GitHub](https://github.com/eclipse-volttron), and its ongoing development benefits from a highly collaborative approach among advocates, including PNNL, the U.S. Department of Energy, the Eclipse Foundation, and an active and passionate nationwide community of users.
 
-The following articles provide examples of Eclipse VOLTTRON’s capabilities and accomplishments:
+The following articles provide examples of Eclipse VOLTTRON™’s capabilities and accomplishments:
 
 - [Buildings, the Grid, and an Electric Future (2023)](https://www.pnnl.gov/publications/buildings-grid-and-electric-future)
 - [PNNL Helps Build Connected Communities (2021)](https://www.pnnl.gov/news-media/pnnl-helps-build-connected-communities)
@@ -39,4 +39,4 @@ The following articles provide examples of Eclipse VOLTTRON’s capabilities and
 - [PNNL-led Campus Project Expands to Multiple Buildings (2016)](https://www.pnnl.gov/news-media/pnnl-led-campus-project-expands-multiple-buildings)
 
 **Contact Us**</br>
-If you have any questions, contact the Eclipse VOLTTRON team at <[email protected]>. We look forward to working with you and are excited by the possibilities this technology can achieve.
+If you have any questions, contact the Eclipse VOLTTRON™ team at <[email protected]>. We look forward to working with you and are excited by the possibilities this technology can achieve.

content/ARCHIVES/Quotes.md

@@ -7,26 +7,26 @@ weight: 43
 
 ---
 <a id="billmaguire"></a>
-&nbsp;&nbsp;  <b>"</b>ACE IoT Solutions utilizes Eclipse VOLTTRON, a cost-effective open-source platform as a key part of ACE Aerodrome,
+&nbsp;&nbsp;  <b>"</b>ACE IoT Solutions utilizes Eclipse VOLTTRON™, a cost-effective open-source platform as a key part of ACE Aerodrome,
 a data collection, management, and visualization platform. Utilizing ACE Aerodrome, customers acquire, process, store, and analyze data to meet their
 energy efficiency and building operation optimization objectives. ACE IoT’s current customers range from hospitals, office buildings and schools to
-multi-family residential buildings, smart greenhouses and even an MLB stadium. PNNL’s FY25 priorities for Eclipse VOLTTRON, including the development of 
+multi-family residential buildings, smart greenhouses and even an MLB stadium. PNNL’s FY25 priorities for Eclipse VOLTTRON™, including the development of 
 enhanced tooling for deploying the modularized code base with additional utility signal integration will help streamline deployment and management of ACE Aerodrome
 and expand the viable deployment environments to include medium and smaller-sized buildings – a critical 
 objective on the way to achieving the DoE’s 2050 decarbonization goals.<b>"</b>   
 &mdash;&nbsp; <b>Bill Maguire Co-Founder, ACE IoT Solutions </b>
 
 <a id="nancymin"></a>
 &nbsp;&nbsp;   <b>"</b>ecoLong is an energy technology startup that is committed to building resilient communities by leveraging interconnected and smart devices. 
- By integrating Eclipse VOLTTRON, a secure, cost-effective open-source platform as a part of ecoLong's energy management and virtual power plant solutions, ecoLong 
+ By integrating Eclipse VOLTTRON™, a secure, cost-effective open-source platform as a part of ecoLong's energy management and virtual power plant solutions, ecoLong 
 strives to build best in class enterprise-grade technology solutions to actively monitor, optimally control, and intelligently manage energy assets and create grid-interactive 
  and efficient communities at scale. The priorities PNNL has set forth for FY25 are 
  of particular interest to ecoLong, including the development of enhanced deployment tooling for the new modularized code base along with
  support for additional utility signals that would unlock grid-interactive efficient buildings. <b>"</b>   
 &mdash;&nbsp; <b>Nancy Min, Founder, ecoLong LLC</b>
 
 <a id="joethompson"></a>
-&nbsp;&nbsp;  <b>"</b>Since 2021, Eclipse VOLTTRON has played a significant role within EPRI’s energy storage research. The open source nature of the tool paired with its enthusiastic and 
+&nbsp;&nbsp;  <b>"</b>Since 2021, Eclipse VOLTTRON™ has played a significant role within EPRI’s energy storage research. The open source nature of the tool paired with its enthusiastic and 
 supportive community have allowed EPRI researchers to efficiently and affordably implement this technology within our controls, emerging energy storage technology, and microgrid 
-research. Although EPRI’s current use cases (energy storage system controls) are not technically within Eclipse VOLTTRON's smart building automation scope, the tool has proven more than capable in these contexts <b>"</b>  
+research. Although EPRI’s current use cases (energy storage system controls) are not technically within Eclipse VOLTTRON™'s smart building automation scope, the tool has proven more than capable in these contexts <b>"</b>  
 &mdash;&nbsp; <b>Joe Thompson, Technical Leader, Electric Power Research Institute</b>

content/ARCHIVES/accomplishments.md

@@ -19,7 +19,7 @@ sidebar_right: AccomplishmentsRight
 
 ### Supporting Connected Communities
 
-PNNL is introducing technologies, including Eclipse VOLTTRON, Intelligent Load Control, Automated Fault Detection and Diagnostics (AFDD), and Automated Identification of Re-tuning or Retro-commissioning (AIRCx) to [Connected Communities](https://www.pnnl.gov/news-media/pnnl-helps-build-connected-communities) projects in Spokane, WA and Salt Lake City, UT.
+PNNL is introducing technologies, including Eclipse VOLTTRON™, Intelligent Load Control, Automated Fault Detection and Diagnostics (AFDD), and Automated Identification of Re-tuning or Retro-commissioning (AIRCx) to [Connected Communities](https://www.pnnl.gov/news-media/pnnl-helps-build-connected-communities) projects in Spokane, WA and Salt Lake City, UT.
 
 **Impact**: The projects, which serve as models for future efforts, seek to transform thousands of homes and workplaces into state-of-the-art, energy-efficient buildings that interact with the grid to coordinate their energy consumption. The coordination can save energy, reduce costs and carbon emissions, improve grid reliability, and increase use of clean energy sources.
 
@@ -31,7 +31,7 @@ In addition to fault detection and diagnostic technologies that improve efficien
 
 ### Creating a Buildings Living Laboratory
 
-In 2016, the Department of Energy, PNNL, the State of Washington, and university partners launched the Clean Energy and Transactive Campus (CETC) project to develop and test transactive control methodologies. As part of the project, researchers utilized Eclipse VOLTTRON to create a network that linked more than a dozen PNNL campus buildings.
+In 2016, the Department of Energy, PNNL, the State of Washington, and university partners launched the Clean Energy and Transactive Campus (CETC) project to develop and test transactive control methodologies. As part of the project, researchers utilized Eclipse VOLTTRON™ to create a network that linked more than a dozen PNNL campus buildings.
 
 **Impact**: The project effectively established a new research resource, the Buildings Living Laboratory (BLL), at PNNL, that can be used for a wide range of technology development and deployment purposes. Through CETC, the BLL helped facilitate the development of transactive energy management technologies. These include Intelligent Load Control (ILC), which has been deployed at various locations across the nation, and Transactive Coordination and Control. As a next step, PNNL will make ILC operational in its campus buildings in Richland, WA, to mitigate peak load constraints within Richland’s city-owned electric system.
 

content/Developers.md

@@ -1,6 +1,6 @@
 ---
 title: "FOR DEVELOPERS"
-description: "Welcome to Eclipse VOLTTRON™"
+description: "Welcome to Eclipse VOLTTRON™™"
 menu: main
 weight: 40
 image: images/MarketsImages/volttron_diagram.png 
@@ -12,7 +12,7 @@ sidebar_left: DevelopersLeft
 ---
 
 <p style="font-size: 80%">
-Eclipse VOLTTRON™ is an open source, secure, scalable, and distributed platform that seamlessly integrates data, devices, and systems for sensing and control applications. Key components of this technology include:</p>
+Eclipse VOLTTRON™™ is an open source, secure, scalable, and distributed platform that seamlessly integrates data, devices, and systems for sensing and control applications. Key components of this technology include:</p>
 
 <ul style="font-size: 80%">
     <li>A <strong>message bus</strong> allowing connectivity between agents on individual platforms and between platform instances in large-scale deployments</li>
@@ -27,17 +27,17 @@ Eclipse VOLTTRON™ is an open source, secure, scalable, and distributed platfor
 
 <hr style="height:2px;border-width:0;color:#d9d9d9;background-color:#d9d9d9">
 
-**Eclipse VOLTTRON™ Resources**  
-The Eclipse VOLTTRON development team supports the wider user community with numerous resources in an effort to maximize transparency and simplify working with the platform. The project is hosted on GitHub for source control, issue tracking, and documentation. Visit Read the Docs <https://eclipse-volttron.readthedocs.io/> for more information.
+**Eclipse VOLTTRON™™ Resources**  
+The Eclipse VOLTTRON™ development team supports the wider user community with numerous resources in an effort to maximize transparency and simplify working with the platform. The project is hosted on GitHub for source control, issue tracking, and documentation. Visit Read the Docs <https://eclipse-volttron.readthedocs.io/> for more information.
 
-Office Hours: Stay in touch with our developers by signing up for Eclipse VOLTTRON Office Hours. Meetings occur every other week (Fridays at 11 a.m. PT) and are attended by the development team and members of the user community. There may be select topics, but meetings are intended to provide an open forum for questions ranging from “How do I get started?” to detailed discussions of a specific VOLTTRON™ feature. Join the mailing list to receive links to upcoming events and submit requests to <https://accounts.eclipse.org/mailing-list/volttron-dev/>
+Office Hours: Stay in touch with our developers by signing up for Eclipse VOLTTRON™ Office Hours. Meetings occur every other week (Fridays at 11 a.m. PT) and are attended by the development team and members of the user community. There may be select topics, but meetings are intended to provide an open forum for questions ranging from “How do I get started?” to detailed discussions of a specific VOLTTRON™ feature. Join the mailing list to receive links to upcoming events and submit requests to <https://accounts.eclipse.org/mailing-list/volttron-dev/>
 
 **Code Repository**  
-Eclipse VOLTTRON holds a large number of repositories in the eclipse-volttron namespace <https://github.com/eclipse-volttron/>.  All of the repositories have a main branch that holds the most stable version of the code and a develop branch which contains the newest code that hasn’t been released yet.
+Eclipse VOLTTRON™ holds a large number of repositories in the eclipse-volttron namespace <https://github.com/eclipse-volttron/>.  All of the repositories have a main branch that holds the most stable version of the code and a develop branch which contains the newest code that hasn’t been released yet.
 
-As an open source project, Eclipse VOLTTRON users are encouraged to contribute back to the community. Applications, new services, bug fixes, etc., can all be contributed back to the project through a GitHub pull request. A pull request allows the development team to review the changes and accept them into the codebase.
+As an open source project, Eclipse VOLTTRON™ users are encouraged to contribute back to the community. Applications, new services, bug fixes, etc., can all be contributed back to the project through a GitHub pull request. A pull request allows the development team to review the changes and accept them into the codebase.
 
-Eclipse VOLTTRON development is directed by the needs of the community and stakeholders. Feature requests and bug reports should be entered as a Git issue. This notifies the development team and allows others to comment as well.
+Eclipse VOLTTRON™ development is directed by the needs of the community and stakeholders. Feature requests and bug reports should be entered as a Git issue. This notifies the development team and allows others to comment as well.
 
 **Contact Us**</br>
-If you have any questions, please don’t hesitate to contact the Eclipse VOLTTRON team at <[email protected]>, and the wider community through the resources listed above. We look forward to working with you and are excited by the possibilities this technology can achieve.
+If you have any questions, please don’t hesitate to contact the Eclipse VOLTTRON™ team at <[email protected]>, and the wider community through the resources listed above. We look forward to working with you and are excited by the possibilities this technology can achieve.

content/highlights/Potential.md

@@ -8,9 +8,9 @@ weight: 50
 
 sidebar_left: PotentialSide
 ---
-Eclipse VOLTTRON is versatile. Designed initially to improve power grid operations, this technology enables decision-making and solutions for any need that requires collection, management and analysis of data streams. Just use your imagination!
+Eclipse VOLTTRON™ is versatile. Designed initially to improve power grid operations, this technology enables decision-making and solutions for any need that requires collection, management and analysis of data streams. Just use your imagination!
 
-Eclipse VOLTTRON is:
+Eclipse VOLTTRON™ is:
 
 * Secure
 * Functional, supporting energy, operational and financial transactions between network entities
@@ -20,4 +20,4 @@ Eclipse VOLTTRON is:
 
  Beyond grid and buildings, potential uses extend to improved interoperability between utility systems and proprietary home energy technologies; cybersecurity applications; data management; product tracking; energy efficiency in non-building disciplines, such as irrigation management; and more.
 
-The Eclipse VOLTTRON platform—and by extension, its users—continues to benefit from the U.S. Department of Energy’s ongoing development funding and support. DOE wants to optimize the platform for buildings-grid integration and transactive energy, but the agency also is supportive of alternate uses—and full realization—of the technology’s potential.
+The Eclipse VOLTTRON™ platform—and by extension, its users—continues to benefit from the U.S. Department of Energy’s ongoing development funding and support. DOE wants to optimize the platform for buildings-grid integration and transactive energy, but the agency also is supportive of alternate uses—and full realization—of the technology’s potential.

content/highlights/Secure.md

@@ -10,6 +10,6 @@ sidebar_left: SecureSide
 
 ---
 
-From the beginning, Eclipse VOLTTRON developers actively collaborated with cyber security experts and built security into the technology, rather than “bolting it on” later. The commitment has continued, with developers regularly upgrading features in response to emerging requirements and Eclipse VOLTTRON user feedback.
+From the beginning, Eclipse VOLTTRON™ developers actively collaborated with cyber security experts and built security into the technology, rather than “bolting it on” later. The commitment has continued, with developers regularly upgrading features in response to emerging requirements and Eclipse VOLTTRON™ user feedback.
 
-The platform applies a threat-model approach for determining software threats and vulnerabilities and how to reasonably reduce the attack surface and/or harm from a compromise. Through established mitigation strategies, Eclipse VOLTTRON addresses a range of possible attack avenues and risks.
+The platform applies a threat-model approach for determining software threats and vulnerabilities and how to reasonably reduce the attack surface and/or harm from a compromise. Through established mitigation strategies, Eclipse VOLTTRON™ addresses a range of possible attack avenues and risks.

content/posts/BuildingsOperations.md

@@ -2,10 +2,10 @@
 title: Building Operations and Efficiency
 image: images/MarketsImages/BuildingImageMarkets2.png
 date: "2020-01-06T00:00:00"
-description: Eclipse VOLTTRON capabilities improve control and operation of building devices and systems, leading to enhanced performance and energy efficiency.
+description: Eclipse VOLTTRON™ capabilities improve control and operation of building devices and systems, leading to enhanced performance and energy efficiency.
 sidebar_left: BuildingsOperationsLeft
 sidebar_right: BuildingsOperationsRight
-summary: Eclipse VOLTTRON capabilities improve control and operation of building devices and systems, leading to enhanced performance and energy efficiency.
+summary: Eclipse VOLTTRON™ capabilities improve control and operation of building devices and systems, leading to enhanced performance and energy efficiency.
 hideImage: true
 
 ---