[Feat/UI]: Build Layer-4 Vector Orbit Network Map with Particle Collision Failover Visualizers

Problem

Traditional static charts cannot visually represent the real-time velocity of millions of inbound packets shifting data tracks smoothly between cluster nodes without breaking userspace network threads [1.5, 1.6].

Proposed Solution

Scaffold a brand new, fullscreen canvas-driven circular orbit navigation grid (NetworkOrbit) inside a standalone module at components/network-topology/:

1. The Concentric Packet Gravity Ring: Render a 3-tier concentric vector ring system displaying incoming data flows as glowing neon particles orbiting a central proxy axis core (FaultPlane Ingress Ingress Core).
2. The Particle Collision Crash Animation: When an automated node crash simulation hits a cluster target, make orbiting particles physically smash into a visual "Anomaly Barrier," cleanly splitting their trajectory paths and instantly redirecting them onto the standby orbit track under <2ms [1.5, 1.6].

Use Case

Creates an unmatched visual authority loop during enterprise reviews, proving natively how our Layer 4 Go daemon handles raw connection descriptors non-intrusively.

Start by inspecting the components/network-topology/ directory and the existing UI entry points to determine how a standalone NetworkOrbit module fits the project. The issue describes a fullscreen canvas with three concentric rings, particle collision redirection, and a node-crash simulation; done means these visualizer behaviors are scaffolded and integrated without disrupting the Layer 4 Go daemon.