[Feat/UI]: Build a High-Performance Interactive Cluster Topology Grid utilizing SVG Matrices

Problem

Our current dashboard interface structures runtime parameters and system configurations using standard linear summary cards tracking nodes numbers. To provide operators with granular tracking visualization during massive scaling spikes across parallel agent worker pools, we need a spatial component layout capable of rendering individual cluster resources dynamically without introducing high re-rendering overhead loops.

Proposed Solution

Scaffold an isolated, responsive cluster status mapping layout component inside /dashboard/components/TopologyMap.tsx using native SVG primitives or an ultra-lean custom CSS grid tier.

• Design a compact honeycomb or clean status matrix layout representing physical container nodes, individual isolated tenant spaces, and operational proxy gateways.
• Render each cell with low-overhead color status flags: assign emerald states for nominal performance targets, transition to bright amber indicators during high resource queue processing spikes, and trigger a pulsing deep-red layout shift when connection server drops are parsed.
• Keep the telemetry polling engine bound tightly to non-blocking asynchronous updates to avoid memory leaks.

Alternatives

• Importing heavy external charting frameworks or canvas rendering kits, which pollutes bundle size metrics and causes notice layout processing stalls during data-plane disruptions.

Use Case

Delivers absolute, immediate visualization of multi-tenant system health and failure boundaries mapping, matching enterprise-grade cluster tools while leaving the core Layer 4 backend entirely protected.

Additional Notes

Must implement clean dark-theme compatibility tracks matching modern developer styles (slate-950 layouts). Drop a comment to get assigned! Marked under good-first-issue.

Start by inspecting the dashboard structure and the requested /dashboard/components/TopologyMap.tsx location, then trace how dashboard telemetry is currently exposed. Done means an isolated responsive topology component renders cluster resources with the requested status states, dark-theme styling, and non-blocking updates without adding a heavy visualization dependency.