The Mesh That Heals: Gossip Protocols in the EW Battlespace
How KhanBMS turns network disruption from a catastrophic failure into a routine operating condition through decentralized state reconciliation.
In the EW-saturated battlespace, the network is the first casualty. Jamming, spoofing, and cyber denial do not merely degrade communications — they destroy the hub-and-spoke architectures that most C2 systems depend upon.
KhanBMS does not assume connectivity. It assumes the opposite. Every Arban-level node carries a gossip-based mesh protocol that propagates state updates peer-to-peer, without requiring a central coordinator. When the uplink to command is severed, the formation does not freeze. It continues, because the state it needs is already distributed.
Reconciliation happens through vector clocks and signed intent envelopes. When a disconnected sub-formation re-establishes contact, it does not blindly overwrite the operational picture with stale data. It reconciles, merging its execution state with the updated command intent in a way that preserves both mission coherence and tactical adaptation.
The result is a kill-web that treats disconnection as normal, not exceptional. The mesh does not merely survive denial. It was designed for it.