What's Happening
The network is operating normally.
Data packets travel from source nodes (blue) to destination nodes (green) along the shortest available paths. Every node and connection is healthy.
Technical Details
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Routing: Dijkstra's shortest-path algorithm with weighted costs per node status and edge latency.
Recovery: Degraded nodes start recovering after 5s, full health restored after 3s more. Connected edges also restore.
Rerouting: When a node fails or edge is cut, all active packets instantly recalculate their routes using the current graph state.
Health Score: Weighted composite: 60% delivery rate + 20% connectivity + 10% redundancy + 10% latency.
Topology: Range-based mesh. Each node connects to all peers within radio range. Resilience level controls range (fragile=1.6x, balanced=2.0x, robust=2.7x grid spacing). Latency is proportional to distance.
Chaos Types: Kill Node (removes node + all edges), Cut Connection (severs one edge), Slow Zone (degrades a cluster). Click any node to manually toggle it.
AI Analysis: Betweenness centrality identifies critical routing nodes. Tarjan's algorithm finds articulation points (single points of failure). Recovery priority uses route impact scoring.
Recovery: Degraded nodes start recovering after 5s, full health restored after 3s more. Connected edges also restore.
Rerouting: When a node fails or edge is cut, all active packets instantly recalculate their routes using the current graph state.
Health Score: Weighted composite: 60% delivery rate + 20% connectivity + 10% redundancy + 10% latency.
Topology: Range-based mesh. Each node connects to all peers within radio range. Resilience level controls range (fragile=1.6x, balanced=2.0x, robust=2.7x grid spacing). Latency is proportional to distance.
Chaos Types: Kill Node (removes node + all edges), Cut Connection (severs one edge), Slow Zone (degrades a cluster). Click any node to manually toggle it.
AI Analysis: Betweenness centrality identifies critical routing nodes. Tarjan's algorithm finds articulation points (single points of failure). Recovery priority uses route impact scoring.