WHACO is a bolt-on autonomy stack for UAS swarms. 22 AI agents enforce a deterministic authority hierarchy at 50 Hz on a $35 computer. No operator link. No cloud. No GPU. The swarm fights through compound faults that destroy every alternative.
See the doomsday scenario ↓A $400 spectrum analyzer defeats a $50,000 swarm. Jam the datalink, geolocate the operator by their RF signature, and the formation either aborts or crashes. Every fielded UAS swarm has this single point of failure.
When GPS is denied, communications are spoofed, agents are destroyed by FPV kamikaze, and the commander is killed — all at the same time — no system in the world recovers. The swarm gets smaller and dumber until the mission fails completely.
The vulnerability is not the drone. It is the assumption that a human is always in the loop.
The most demanding validation in autonomous swarm research. Every fault injected simultaneously. The swarm fights through all of them.
Each module is an autonomous AI agent with formally defined authorities and prohibitions. Higher tiers always override lower. No AI output reaches an actuator without passing through 68 invariant gates.
Every number is backed by a deterministic, reproducible test run.
Swarm maintains ISR coverage under GPS denial and comms degradation. Cooperative localization keeps agents on station. Role-fluid doctrine redistributes coverage when drones are lost. Every collected frame is attributable to a governance decision.
Visual confusion controller surrounds high-value targets with identical escorts. Terminal jink planner exploits the FPV pilot's 200ms reaction window. Video link attacker blinds the pilot at the moment correction is most critical. Three layers. One kill chain broken.
BREAK_CONTACT and OBJECTIVE_COMPRESSION playbooks coordinate withdrawal and convergence. Tactical doctrine assigns Scout, Shield, Decoy, Recon, and Strike roles in real time. Deception shadow state misdirects adversary tracking while real formation repositions.
25 modules, 2,900+ assertions, 68 invariants, BAQR qualified. PX4 SITL closed-loop. SWIL N=3 Docker fleet. Doomsday scenario deterministic and reproducible.
Open architecture adapter for DoD autonomy middleware. Cross-domain bridge (air/ground/surface). VLA visual threat classification. NeRF terrain matching. Edge MLOps via ICDA.
Outdoor flight at government range. 12 vehicles. Live fault injection. FPV defense validation. Full telemetry and forensic dump. The stack exists. What's needed is a sky.
No firmware modifications. Runs on the companion computer your drones already carry. Compatible with DoD open-architecture autonomy platforms via adapter layer.