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Develop a deployment UI that enables operators to configure LL-Mesh networking, load balancing, storage volumes, resources, and high availability settings to ensure efficient and reliable deployment of LL-Mesh applications.
As an operator, I want to configure the networking settings for LL-Mesh so that I can ensure proper communication between nodes.
•The system provides options to configure network settings, including IP addresses, subnets, and DNS.
•The networking settings are applied and verified for connectivity.
As an operator, I want to set up load balancing for LL-Mesh so that traffic is evenly distributed across nodes.
•The system provides options to configure load balancing settings.
•The load balancer distributes traffic as configured, ensuring balanced loads.
As an operator, I want to manage storage volumes for LL-Mesh so that data is stored efficiently and reliably.
•The system provides options to create, configure, and manage storage volumes.
•Storage volumes are correctly attached to the relevant nodes and applications.
As an operator, I want to allocate resources such as CPU and memory to LL-Mesh nodes so that they have the necessary capacity to perform tasks.
•The system provides options to allocate CPU and memory resources.
•Resource allocation is applied and monitored for optimal performance.
As an operator, I want to enable high availability for LL-Mesh so that the system remains operational even if some nodes fail.
•The system provides options to configure high availability settings.
•High availability configurations ensure system resilience and uptime.
As an operator, I want to monitor the deployment status of LL-Mesh so that I can ensure everything is running smoothly.
•The system provides a dashboard displaying the status of all nodes and services.
•Alerts and notifications are generated for any issues or failures.
The text was updated successfully, but these errors were encountered:
Develop a deployment UI that enables operators to configure LL-Mesh networking, load balancing, storage volumes, resources, and high availability settings to ensure efficient and reliable deployment of LL-Mesh applications.
As an operator, I want to configure the networking settings for LL-Mesh so that I can ensure proper communication between nodes.
•The system provides options to configure network settings, including IP addresses, subnets, and DNS.
•The networking settings are applied and verified for connectivity.
As an operator, I want to set up load balancing for LL-Mesh so that traffic is evenly distributed across nodes.
•The system provides options to configure load balancing settings.
•The load balancer distributes traffic as configured, ensuring balanced loads.
As an operator, I want to manage storage volumes for LL-Mesh so that data is stored efficiently and reliably.
•The system provides options to create, configure, and manage storage volumes.
•Storage volumes are correctly attached to the relevant nodes and applications.
As an operator, I want to allocate resources such as CPU and memory to LL-Mesh nodes so that they have the necessary capacity to perform tasks.
•The system provides options to allocate CPU and memory resources.
•Resource allocation is applied and monitored for optimal performance.
As an operator, I want to enable high availability for LL-Mesh so that the system remains operational even if some nodes fail.
•The system provides options to configure high availability settings.
•High availability configurations ensure system resilience and uptime.
As an operator, I want to monitor the deployment status of LL-Mesh so that I can ensure everything is running smoothly.
•The system provides a dashboard displaying the status of all nodes and services.
•Alerts and notifications are generated for any issues or failures.
The text was updated successfully, but these errors were encountered: