Cosmos Computing's intelligent traffic management layer coordinates autonomous drone swarms at scale — resolving conflicts, optimizing corridors, and maintaining safe separation in real time.
Drone density exposes the fundamental limits of human-in-the-loop traffic management.
Corridor conflicts multiply non-linearly with fleet size. At 50+ simultaneous aircraft, manual separation becomes statistically untenable.
Manual traffic management tops out around 10 concurrent aircraft. Beyond that, reaction latency creates gaps that regulations cannot tolerate.
FAA UTM and Part 107 demand verifiable, deterministic separation guarantees. Probabilistic approaches don't satisfy regulatory thresholds.
Four integrated capabilities that transform fragmented drone operations into a coordinated, compliant, and observable system.
Tube-corridor route planning in photorealistic 3D tiles. Altitude-stratified routing with urban obstacle clearance and real-time geofencing.
Real-time conflict detection and resolution across N aircraft at 10 Hz. Trajectory intersections identified seconds before breach; reroutes auto-negotiated.
10 Hz WebSocket streaming per aircraft. Fleet-wide anomaly detection, live corridor occupancy, and operator alerting in real time.
FAA Part 107 and UTM rule validation per route — enforced during planning, not after. Cryptographic audit trail for every flight decision.
The AI layer operates across the full mission lifecycle — from corridor planning through live execution to fleet-wide optimization.
AI-planned corridors with conflict-free separation. Route validation against TFRs, controlled airspace, and live traffic before any motor spins.
Live deconfliction and rerouting on constraint change. When a corridor is compromised or a new aircraft enters, the system replans in real time.
Fleet-wide optimization and density-aware corridor allocation. As fleet size grows, the system continuously rebalances load across available airspace.
11 autonomous UAS across 4 simultaneous corridors — real-time deconfliction, trail tracking, and corridor management.
Available to civil aviation authorities, public safety agencies, and enterprise operators running autonomous drone programs.
