The repo has backend + frontend + orchestrator logic, but no architecture diagram or internal workflow documentation exists.
The project currently does not include any high-level architecture diagram or internal system flow overview explaining how the major components (frontend, backend, database, reverse proxy, and container deployment engine) interact.
📑 Why This is Needed?
The deployment tutorial highlights how several asynchronous components (ECS service creation, LB(load balancer) provisioning, DNS activation, container startup, proxy routing) trigger at different times.
For new contributors, understanding why a deployment temporarily shows an “Internal Server Error” until DNS is ready requires knowing this internal sequence.
An architecture & internal flow diagram would visually clarify the entire path -- from user clicking “Deploy” --> backend orchestration --> AWS resource creation --> DNS propagation --> frontend service page becoming live.
⏩ Having this flow documented will help contributors debug timing-related behaviour, improve UX, and understand where retry logic, polling, and loading states can be introduced in the project.
✅ An architecture diagram & internal flow diagram would :
- Make the deployment lifecycle easier to understand
- Reduce onboarding time for new contributors
- Extra Help to future PR authors implement features without misinterpreting system boundaries
- Make the project look more production-ready & professional
The repo has backend + frontend + orchestrator logic, but no architecture diagram or internal workflow documentation exists.
The project currently does not include any high-level architecture diagram or internal system flow overview explaining how the major components (frontend, backend, database, reverse proxy, and container deployment engine) interact.
📑 Why This is Needed?
The deployment tutorial highlights how several asynchronous components (ECS service creation, LB(load balancer) provisioning, DNS activation, container startup, proxy routing) trigger at different times.
For new contributors, understanding why a deployment temporarily shows an “Internal Server Error” until DNS is ready requires knowing this internal sequence.
An architecture & internal flow diagram would visually clarify the entire path -- from user clicking “Deploy” --> backend orchestration --> AWS resource creation --> DNS propagation --> frontend service page becoming live.
⏩ Having this flow documented will help contributors debug timing-related behaviour, improve UX, and understand where retry logic, polling, and loading states can be introduced in the project.
✅ An architecture diagram & internal flow diagram would :