HIVE — Autonomous Swarm Defense
A human swarm commander sets the policy and directives.
The drones execute it autonomously, in microseconds.
▶ Watch 20 Drones Take Out a Hypersonic Missile Barrage
Twenty autonomous interceptors defend a hospital. Each one finds its own target over a real spatial index and commits in microseconds. Knock one out mid-flight and the swarm heals.
real-time tracking · measured on RTX PRO 6000 Blackwell · on-screen action paced for human eyes; the decisions are microseconds · watch on YouTube
Policy-driven autonomy, supervised by a swarm commander.
The commander sets the policy and intent. The drones carry it out on their own, each resolving its nearest threat over a real spatial index and committing in microseconds. There is no central real-time controller to jam. When a drone is lost mid-flight, the nearest survivor takes over and the screen heals, still under the commander's policy.
Most decisions never stop to think. They are a nanosecond read from Lux or a microsecond cache fetch from ARC. A drone only runs its full 86 ms reasoning loop, a ponder, when something genuinely unexpected happens, and then it refreshes against the commander's policy in under a tenth of a second. The same resident-compute substrate sustains 200M+ decisions per second over a ConnectX RDMA fabric.
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