Red5 Pro is a real-time video streaming server plaform known for its low-latency streaming capabilities, making it ideal for interactive applications like online gaming, streaming events and video conferencing etc.
This is a reusable Terraform module that provisions infrastructure on Amazon Cloud Infrastructure (AWS).
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Visit the Terraform download page and ensure you get version 1.7.5 or higher.
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Download the suitable version for your operating system.
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Extract the compressed file and copy the Terraform binary to a location within your system's PATH.
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Configure PATH for Linux/macOS:
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Open a terminal and type the following command:
sudo mv /path/to/terraform /usr/local/bin
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Configure PATH for Windows:
- Click 'Start', search for 'Control Panel', and open it.
- Navigate to
System > Advanced System Settings > Environment Variables. - Under System variables, find 'PATH' and click 'Edit'.
- Click 'New' and paste the directory location where you extracted the terraform.exe file.
- Confirm changes by clicking 'OK' and close all open windows.
- Open a new terminal and verify that Terraform has been successfully installed.
terraform --version
- Install jq (Linux or Mac OS only) Download
- Linux:
apt install jq - MacOS:
brew install jq
It is used in bash scripts to create/delete Stream Manager node group using API
- Linux:
- Download Red5 Pro server build in your Red5 Pro Account. Example:
red5pro-server-0.0.0.b0-release.zip - Get Red5 Pro License key in your Red5 Pro Account. Example:
1111-2222-3333-4444
- Create a User for Terraform module. User must have permission to create and manage the following services:
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Identity and Access Management Rights
- Virtual Private Cloud
- Compute Instances
- Instance Configurations
- Autoscaling Configurations
- Load balancers
- Certificates
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Obtain the necessary credentials and information:
- IAM user permissions
- Access Key
- Secret Key
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- standalone - Standalone Red5 Pro server
- cluster - Stream Manager 2.0 cluster with autoscaling nodes
- autoscale - Autoscaling Stream Managers 2.0 with autoscaling nodes
Standalone Red5 Pro server (standalone) - Example
In the following example, Terraform module will automates the infrastructure provisioning of the Red5 Pro standalone server.
- VPC
- Public subnet
- Internet getaway
- Route table
- Security list
- Security group for Standalone Red5 Pro server
- SSH key pair (use existing or create a new one)
- Standalone Red5 Pro server instance
- SSL certificate for Standalone Red5 Pro server instance. Options:
none- Red5 Pro server without HTTPS and SSL certificate. Only HTTP on port5080letsencrypt- Red5 Pro server with HTTPS and SSL certificate obtained by Let's Encrypt. HTTP on port5080, HTTPS on port443imported- Red5 Pro server with HTTPS and imported SSL certificate. HTTP on port5080, HTTPS on port443
provider "aws" {
region = "us-east-1" # AWS region
access_key = "" # AWS IAM Access key
secret_key = "" # AWS IAM Secret key
}
module "red5pro" {
source = "red5pro/red5pro/aws"
type = "standalone" # Deployment type: standalone, cluster, autoscale
name = "red5pro-standalone" # Name to be used on all the resources as identifier
ubuntu_version = "22.04" # Ubuntu version for Red5 Pro servers
path_to_red5pro_build = "./red5pro-server-0.0.0.b0-release.zip" # Absolute path or relative path to Red5 Pro server ZIP file
# SSH key configuration
ssh_key_use_existing = false # Use existing SSH key pair or create a new one. true = use existing, false = create new SSH key pair
ssh_key_name_existing = "example_key" # SSH key name existing in AWS
ssh_key_private_key_path_existing = "/PATH/TO/EXISTING/SSH/PRIVATE/KEY/example_key.pem" # SSH private key path existing in local machine
# VPC configuration
vpc_use_existing = false # true - use existing VPC and subnets, false - create new VPC and subnets automatically
vpc_id_existing = "vpc-12345" # VPC ID for existing VPC
# Elastic IP configuration
standalone_elastic_ip_use_existing = false # true - use existing elastic IP, false - create new elastic IP automatically
standalone_elastic_ip_existing = "1.2.3.4" # Existing Elastic IP
# Standalone Red5 Pro server HTTPS (SSL) certificate configuration
https_ssl_certificate = "none" # none - do not use HTTPS/SSL certificate, letsencrypt - create new Let's Encrypt HTTPS/SSL certificate, imported - use existing HTTPS/SSL certificate
# Example of Let's Encrypt HTTPS/SSL certificate configuration - please uncomment and provide your domain name and email
# https_ssl_certificate = "letsencrypt"
# https_ssl_certificate_domain_name = "red5pro.example.com" # Replace with your domain name
# https_ssl_certificate_email = "[email protected]" # Replace with your email
# Example of imported HTTPS/SSL certificate configuration - please uncomment and provide your domain name, certificate and key paths
# https_ssl_certificate = "imported"
# https_ssl_certificate_domain_name = "red5pro.example.com" # Replace with your domain name
# https_ssl_certificate_cert_path = "/PATH/TO/SSL/CERT/fullchain.pem" # Path to cert file or full chain file
# https_ssl_certificate_key_path = "/PATH/TO/SSL/KEY/privkey.pem" # Path to privkey file
# Standalone Red5 Pro server EC2 instance configuration
standalone_instance_type = "t3.medium" # Instance type for Red5 Pro server. Example: t3.medium, c5.large, c5.xlarge, c5.2xlarge, c5.4xlarge
standalone_volume_size = 16 # Volume size for Red5 Pro server
# Red5Pro general configuration
red5pro_license_key = "1111-2222-3333-4444" # Red5 Pro license key (https://account.red5.net/login)
red5pro_api_enable = true # true - enable Red5 Pro server API, false - disable Red5 Pro server API (https://www.red5.net/docs/development/api/overview/)
red5pro_api_key = "example_key" # Red5 Pro server API key (https://www.red5.net/docs/development/api/overview/)
# Standalone Red5pro Server Configuration
standalone_red5pro_inspector_enable = false # true - enable Red5 Pro server inspector, false - disable Red5 Pro server inspector (https://www.red5.net/docs/troubleshooting/inspector/overview/)
standalone_red5pro_restreamer_enable = false # true - enable Red5 Pro server restreamer, false - disable Red5 Pro server restreamer (https://www.red5.net/docs/special/restreamer/overview/)
standalone_red5pro_socialpusher_enable = false # true - enable Red5 Pro server socialpusher, false - disable Red5 Pro server socialpusher (https://www.red5.net/docs/special/social-media-plugin/overview/)
standalone_red5pro_suppressor_enable = false # true - enable Red5 Pro server suppressor, false - disable Red5 Pro server suppressor
standalone_red5pro_hls_enable = false # true - enable Red5 Pro server HLS, false - disable Red5 Pro server HLS (https://www.red5.net/docs/protocols/hls-plugin/hls-vod/)
standalone_red5pro_hls_output_format = "TS" # HLS output format. Options: TS, FMP4, SMP4
standalone_red5pro_hls_dvr_playlist = "false" # HLS DVR playlist. Options: true, false
standalone_red5pro_webhooks_enable = false # true - enable Red5 Pro server webhooks, false - disable Red5 Pro server webhooks (https://www.red5.net/docs/special/webhooks/overview/)
standalone_red5pro_webhooks_endpoint = "https://example.com/red5/status" # Red5 Pro server webhooks endpoint
standalone_red5pro_round_trip_auth_enable = false # true - enable Red5 Pro server round trip authentication, false - disable Red5 Pro server round trip authentication (https://www.red5.net/docs/special/round-trip-auth/overview/)
standalone_red5pro_round_trip_auth_host = "round-trip-auth.example.com" # Round trip authentication server host
standalone_red5pro_round_trip_auth_port = 3000 # Round trip authentication server port
standalone_red5pro_round_trip_auth_protocol = "http" # Round trip authentication server protocol
standalone_red5pro_round_trip_auth_endpoint_validate = "/validateCredentials" # Round trip authentication server endpoint for validate
standalone_red5pro_round_trip_auth_endpoint_invalidate = "/invalidateCredentials" # Round trip authentication server endpoint for invalidate
standalone_red5pro_cloudstorage_enable = false # true - enable Red5 Pro server cloud storage, false - disable Red5 Pro server cloud storage (https://www.red5.net/docs/special/cloudstorage-plugin/aws-s3-cloud-storage/)
standalone_red5pro_cloudstorage_aws_access_key = "" # AWS access key for Red5 Pro cloud storage (S3 Bucket)
standalone_red5pro_cloudstorage_aws_secret_key = "" # AWS secret key for Red5 Pro cloud storage (S3 Bucket)
standalone_red5pro_cloudstorage_aws_bucket_name = "s3-bucket-example-name" # AWS bucket name for Red5 Pro cloud storage (S3 Bucket)
standalone_red5pro_cloudstorage_aws_region = "us-east-1" # AWS region for Red5 Pro cloud storage (S3 Bucket)
standalone_red5pro_cloudstorage_postprocessor_enable = false # true - enable Red5 Pro server postprocessor, false - disable Red5 Pro server postprocessor (https://www.red5.net/docs/special/cloudstorage-plugin/server-configuration/)
standalone_red5pro_cloudstorage_aws_bucket_acl_policy = "public-read" # AWS bucket ACL policy for Red5 Pro cloud storage (S3 Bucket) Example: none, public-read, authenticated-read, private, public-read-write
standalone_red5pro_stream_auto_record_enable = false # true - enable Red5 Pro server broadcast stream auto record, false - disable Red5 Pro server broadcast stream auto record
standalone_red5pro_coturn_enable = false # true - enable customized Coturn configuration for Red5Pro server, false - disable customized Coturn configuration for Red5Pro server (https://www.red5.net/docs/installation/turn-stun/turnstun/)
standalone_red5pro_coturn_address = "stun:1.2.3.4:3478" # Customized coturn address for Red5Pro server (https://www.red5.net/docs/installation/turn-stun/turnstun/)
standalone_red5pro_efs_enable = false # enable/disable EFS mount to record streams
standalone_red5pro_efs_dns_name = "example.efs.region.amazonaws.com" # EFS DNS name
standalone_red5pro_efs_mount_point = "/usr/local/red5pro/webapps/live/streams" # EFS mount point
standalone_red5pro_brew_mixer_enable = false # true - enable Red5 Pro server brew mixer, false - disable Red5 Pro server brew mixer
# Red5 Pro tags configuration - it will be added to all Red5 Pro resources
tags = {
Terraform = "true"
Environment = "dev"
Project = "red5pro"
}
}
output "module_output" {
value = module.red5pro
}Stream Manager 2.0 cluster with autoscaling nodes (cluster) - Example
In the following example, Terraform module will automates the infrastructure provisioning of the Stream Manager 2.0 cluster with Red5 Pro (SM2.0) Autoscaling node group (origins, edges, transcoders, relays)
- VPC
- Public subnet
- Internet getaway
- Route table
- Security list
- Security group for Stream Manager 2.0
- Security group for Kafka
- Security group for Red5 Pro (SM2.0) Autoscaling nodes
- SSH key pair (use existing or create a new one)
- Standalone Kafka instance (optional).
- Stream Manager 2.0 instance. Optionally include a Kafka server on the same instance.
- SSL certificate for Stream Manager 2.0 instance. Options:
none- Stream Manager 2.0 without HTTPS and SSL certificate. Only HTTP on port80letsencrypt- Stream Manager 2.0 with HTTPS and SSL certificate obtained by Let's Encrypt. HTTP on port80, HTTPS on port443imported- Stream Manager 2.0 with HTTPS and imported SSL certificate. HTTP on port80, HTTPS on port443
- Red5 Pro (SM2.0) node instance image (origins, edges, transcoders, relays)
- Red5 Pro (SM2.0) Autoscaling node group (origins, edges, transcoders, relays)
provider "aws" {
region = "us-east-1" # AWS region
access_key = "" # AWS IAM Access key
secret_key = "" # AWS IAM Secret key
}
module "red5pro" {
source = "red5pro/red5pro/aws"
type = "cluster" # Deployment type: standalone, cluster, autoscale
name = "red5pro-cluster" # Name to be used on all the resources as identifier
path_to_red5pro_build = "./red5pro-server-0.0.0.b0-release.zip" # Absolute path or relative path to Red5 Pro server ZIP file
ubuntu_version = "22.04" # Ubuntu version for Red5 Pro servers
# AWS authetification variables it use for Stream Manager autoscaling configuration
aws_region = "us-east-1" # AWS region
aws_access_key = "" # AWS IAM Access key
aws_secret_key = "" # AWS IAM Secret key
# SSH key configuration
ssh_key_use_existing = false # Use existing SSH key pair or create a new one. true = use existing, false = create new SSH key pair
ssh_key_name_existing = "example_key" # SSH key name existing in AWS
ssh_key_private_key_path_existing = "/PATH/TO/EXISTING/SSH/PRIVATE/KEY/example_key.pem" # SSH private key path existing in local machine
# VPC configuration
vpc_use_existing = false # true - use existing VPC and subnets, false - create new VPC and subnets automatically
vpc_id_existing = "vpc-12345" # VPC ID for existing VPC
# Kafka standalone instance configuration
kafka_standalone_instance_create = false
kafka_standalone_instance_type = "c5.2xlarge" # Instance type for Kafka standalone instance
kafka_standalone_volume_size = 16 # Volume size in GB for Kafka standalone instance
# Stream Manager configuration
stream_manager_instance_type = "c5.2xlarge" # Instance type for Stream Manager
stream_manager_volume_size = 16 # Volume size for Stream Manager
stream_manager_auth_user = "example_user" # Stream Manager 2.0 authentication user name
stream_manager_auth_password = "example_password" # Stream Manager 2.0 authentication password
# Stream Manager Elastic IP configuration
stream_manager_elastic_ip_use_existing = false # true - use existing elastic IP, false - create new elastic IP automatically
stream_manager_elastic_ip_existing = "1.2.3.4" # Existing Elastic IP
# Stream Manager 2.0 server HTTPS (SSL) certificate configuration
https_ssl_certificate = "none" # none - do not use HTTPS/SSL certificate, letsencrypt - create new Let's Encrypt HTTPS/SSL certificate, imported - use existing HTTPS/SSL certificate
# Example of Let's Encrypt HTTPS/SSL certificate configuration - please uncomment and provide your domain name and email
# https_ssl_certificate = "letsencrypt"
# https_ssl_certificate_domain_name = "red5pro.example.com" # Replace with your domain name
# https_ssl_certificate_email = "[email protected]" # Replace with your email
# Example of imported HTTPS/SSL certificate configuration - please uncomment and provide your domain name, certificate and key paths
# https_ssl_certificate = "imported"
# https_ssl_certificate_domain_name = "red5pro.example.com" # Replace with your domain name
# https_ssl_certificate_cert_path = "/PATH/TO/SSL/CERT/fullchain.pem" # Path to cert file or full chain file
# https_ssl_certificate_key_path = "/PATH/TO/SSL/KEY/privkey.pem" # Path to privkey file
# Red5 Pro general configuration
red5pro_license_key = "1111-2222-3333-4444" # Red5 Pro license key (https://account.red5.net/login)
red5pro_api_enable = true # true - enable Red5 Pro server API, false - disable Red5 Pro server API (https://www.red5.net/docs/development/api/overview/)
red5pro_api_key = "example_key" # Red5 Pro server API key (https://www.red5.net/docs/development/api/overview/)
# Red5 Pro autoscaling Node image configuration
node_image_create = true # Default: true for Autoscaling and Cluster, true - create new Node image, false - not create new Node image
node_image_instance_type = "t3.medium" # Instance type for Node image
# Extra configuration for Red5 Pro autoscaling nodes
# Webhooks configuration - (Optional) https://www.red5.net/docs/special/webhooks/overview/
node_config_webhooks = {
enable = false,
target_nodes = ["origin", "edge", "transcoder"],
webhook_endpoint = "https://test.webhook.app/api/v1/broadcast/webhook"
}
# Round trip authentication configuration - (Optional) https://www.red5.net/docs/special/authplugin/simple-auth/
node_config_round_trip_auth = {
enable = false,
target_nodes = ["origin", "edge", "transcoder"],
auth_host = "round-trip-auth.example.com",
auth_port = 443,
auth_protocol = "https://",
auth_endpoint_validate = "/validateCredentials",
auth_endpoint_invalidate = "/invalidateCredentials"
}
# Restreamer configuration - (Optional) https://www.red5.net/docs/special/restreamer/overview/
node_config_restreamer = {
enable = false,
target_nodes = ["origin", "transcoder"],
restreamer_tsingest = true,
restreamer_ipcam = true,
restreamer_whip = true,
restreamer_srtingest = true
}
# Social Pusher configuration - (Optional) https://www.red5.net/docs/development/social-media-plugin/rest-api/
node_config_social_pusher = {
enable = false,
target_nodes = ["origin", "edge", "transcoder"],
}
# Red5 Pro autoscaling Node group
node_group_create = true # Linux or Mac OS only. true - create new Node group, false - not create new Node group
node_group_origins_min = 1 # Number of minimum Origins
node_group_origins_max = 20 # Number of maximum Origins
node_group_origins_instance_type = "t3.medium" # Instance type for Origins
node_group_origins_volume_size = 16 # Volume size for Origins
node_group_edges_min = 1 # Number of minimum Edges
node_group_edges_max = 20 # Number of maximum Edges
node_group_edges_instance_type = "t3.medium" # Instance type for Edges
node_group_edges_volume_size = 16 # Volume size for Edges
node_group_transcoders_min = 0 # Number of minimum Transcoders
node_group_transcoders_max = 20 # Number of maximum Transcoders
node_group_transcoders_instance_type = "t3.medium" # Instance type for Transcoders
node_group_transcoders_volume_size = 16 # Volume size for Transcoders
node_group_relays_min = 0 # Number of minimum Relays
node_group_relays_max = 20 # Number of maximum Relays
node_group_relays_instance_type = "t3.medium" # Instance type for Relays
node_group_relays_volume_size = 16 # Volume size for Relays
# Red5 Pro tags configuration - it will be added to all Red5 Pro resources
tags = {
Terraform = "true"
Environment = "dev"
Project = "red5pro"
}
}
output "module_output" {
value = module.red5pro
}Autoscaling Stream Managers 2.0 with autoscaling nodes (autoscale) - Example
In the following example, Terraform module will automates the infrastructure provisioning of the Autoscale Stream Managers 2.0 with Red5 Pro (SM2.0) Autoscaling node group (origins, edges, transcoders, relays)
- VPC
- Public subnet
- Internet getaway
- Route table
- Security list
- Security group for Stream Manager 2.0
- Security group for Kafka
- Security group for Red5 Pro (SM2.0) Autoscaling nodes
- SSH key pair (use existing or create a new one)
- Standalone Kafka instance
- Stream Manager 2.0 instance image
- Instance poll for Stream Manager 2.0 instances
- Autoscaling configuration for Stream Manager 2.0 instances
- Application Load Balancer for Stream Manager 2.0 instances.
- SSL certificate for Application Load Balancer. Options:
none- Load Balancer without HTTPS and SSL certificate. Only HTTP on port80imported- Load Balancer with HTTPS and imported SSL certificate to the AWS Certificate Manager. HTTP on port80, HTTPS on port443existing- Load Balancer with HTTPS and existing SSL certificate in the AWS Certificate Manager. HTTP on port80, HTTPS on port443
- Red5 Pro (SM2.0) node instance image (origins, edges, transcoders, relays)
- Red5 Pro (SM2.0) Autoscaling node group (origins, edges, transcoders, relays)
provider "aws" {
region = "us-east-1" # AWS region
access_key = "" # AWS IAM Access key
secret_key = "" # AWS IAM Secret key
}
module "red5pro" {
source = "red5pro/red5pro/aws"
type = "autoscale" # Deployment type: standalone, cluster, autoscale
name = "red5pro-auto" # Name to be used on all the resources as identifier
path_to_red5pro_build = "./red5pro-server-0.0.0.b0-release.zip" # Absolute path or relative path to Red5 Pro server ZIP file
ubuntu_version = "22.04" # Ubuntu version for Red5 Pro servers
# AWS authetification variables it use for Stream Manager autoscaling configuration
aws_region = "us-east-1" # AWS region
aws_access_key = "" # AWS IAM Access key
aws_secret_key = "" # AWS IAM Secret key
# SSH key configuration
ssh_key_use_existing = false # Use existing SSH key pair or create a new one. true = use existing, false = create new SSH key pair
ssh_key_name_existing = "example_key" # SSH key name existing in AWS
ssh_key_private_key_path_existing = "/PATH/TO/EXISTING/SSH/PRIVATE/KEY/example_key.pem" # SSH private key path existing in local machine
# VPC configuration
vpc_use_existing = false # true - use existing VPC and subnets, false - create new VPC and subnets automatically
vpc_id_existing = "vpc-12345" # VPC ID for existing VPC
# Kafka standalone instance configuration
kafka_standalone_instance_type = "c5.2xlarge" # Instance type for Kafka standalone instance
kafka_standalone_volume_size = 16 # Volume size in GB for Kafka standalone instance
# Stream Manager configuration
stream_manager_instance_type = "c5.2xlarge" # Instance type for Stream Manager
stream_manager_volume_size = 16 # Volume size for Stream Manager
stream_manager_autoscaling_desired_capacity = 1 # Desired capacity for Stream Manager autoscaling group
stream_manager_autoscaling_minimum_capacity = 1 # Minimum capacity for Stream Manager autoscaling group
stream_manager_autoscaling_maximum_capacity = 2 # Maximum capacity for Stream Manager autoscaling group
stream_manager_auth_user = "example_user" # Stream Manager 2.0 authentication user name
stream_manager_auth_password = "example_password" # Stream Manager 2.0 authentication password
# Stream Manager 2.0 Load Balancer HTTPS (SSL) certificate configuration
https_ssl_certificate = "none" # none - do not use HTTPS/SSL certificate, imported - import existing HTTPS/SSL certificate
# Example of imported HTTPS/SSL certificate configuration - please uncomment and provide your domain name, certificate and key paths
# https_ssl_certificate = "imported" # Improt local HTTPS/SSL certificate to AWS ACM
# https_ssl_certificate_domain_name = "red5pro.example.com" # Replace with your domain name
# https_ssl_certificate_cert_path = "./cert.pem" # Path to cert file
# https_ssl_certificate_key_path = "./privkey.pem" # Path to privkey file
# https_ssl_certificate_fullchain_path = "./fullchain.pem" # Path to full chain file
# Example of existing HTTPS/SSL certificate configuration - please uncomment and provide your domain name
# https_ssl_certificate = "existing" # Use existing HTTPS/SSL certificate from AWS ACM
# https_ssl_certificate_domain_name = "red5pro.example.com" # Replace with your domain name
# Red5 Pro general configuration
red5pro_license_key = "1111-2222-3333-4444" # Red5 Pro license key (https://account.red5.net/login)
red5pro_api_enable = true # true - enable Red5 Pro server API, false - disable Red5 Pro server API (https://www.red5.net/docs/development/api/overview/)
red5pro_api_key = "example_key" # Red5 Pro server API key (https://www.red5.net/docs/development/api/overview/)
# Red5 Pro autoscaling Node image configuration
node_image_create = true # Default: true for Autoscaling and Cluster, true - create new Node image, false - not create new Node image
node_image_instance_type = "t3.medium" # Instance type for Node image
# Extra configuration for Red5 Pro autoscaling nodes
# Webhooks configuration - (Optional) https://www.red5.net/docs/special/webhooks/overview/
node_config_webhooks = {
enable = false,
target_nodes = ["origin", "edge", "transcoder"],
webhook_endpoint = "https://test.webhook.app/api/v1/broadcast/webhook"
}
# Round trip authentication configuration - (Optional) https://www.red5.net/docs/special/authplugin/simple-auth/
node_config_round_trip_auth = {
enable = false,
target_nodes = ["origin", "edge", "transcoder"],
auth_host = "round-trip-auth.example.com",
auth_port = 443,
auth_protocol = "https://",
auth_endpoint_validate = "/validateCredentials",
auth_endpoint_invalidate = "/invalidateCredentials"
}
# Restreamer configuration - (Optional) https://www.red5.net/docs/special/restreamer/overview/
node_config_restreamer = {
enable = false,
target_nodes = ["origin", "transcoder"],
restreamer_tsingest = true,
restreamer_ipcam = true,
restreamer_whip = true,
restreamer_srtingest = true
}
# Social Pusher configuration - (Optional) https://www.red5.net/docs/development/social-media-plugin/rest-api/
node_config_social_pusher = {
enable = false,
target_nodes = ["origin", "edge", "transcoder"],
}
# Red5 Pro autoscaling Node group
node_group_create = true # Linux or Mac OS only. true - create new Node group, false - not create new Node group
node_group_origins_min = 1 # Number of minimum Origins
node_group_origins_max = 20 # Number of maximum Origins
node_group_origins_instance_type = "t3.medium" # Instance type for Origins
node_group_origins_volume_size = 16 # Volume size for Origins
node_group_edges_min = 1 # Number of minimum Edges
node_group_edges_max = 20 # Number of maximum Edges
node_group_edges_instance_type = "t3.medium" # Instance type for Edges
node_group_edges_volume_size = 16 # Volume size for Edges
node_group_transcoders_min = 0 # Number of minimum Transcoders
node_group_transcoders_max = 20 # Number of maximum Transcoders
node_group_transcoders_instance_type = "t3.medium" # Instance type for Transcoders
node_group_transcoders_volume_size = 16 # Volume size for Transcoders
node_group_relays_min = 0 # Number of minimum Relays
node_group_relays_max = 20 # Number of maximum Relays
node_group_relays_instance_type = "t3.medium" # Instance type for Relays
node_group_relays_volume_size = 16 # Volume size for Relays
# Red5 Pro tags configuration - it will be added to all Red5 Pro resources
tags = {
Terraform = "true"
Environment = "dev"
Project = "red5pro"
}
}
output "module_output" {
value = module.red5pro
}
- WebRTC broadcast does not work in WEB browsers without an HTTPS (SSL) certificate.
- To activate HTTPS/SSL, you need to add a DNS A record for the public IP address of your Red5 Pro server or Stream Manager 2.0.