What we build

The autonomous flight stack

On-board compute, mission autonomy, and ground control, built as one continuous stack. Each layer strengthens the next, so any team can move from takeoff to decision without stitching systems together.

01Ground control

Quantonomy Co-Pilot

The operator's interface, and the world's first natural-language drone mission OS. Speak a mission in plain words; the system renders the route, altitude, and timing to review and approve, then flies it autonomously and returns an auto-generated report.

Converse, review, approve, so errors are caught pre-flight and the operator stays out of the hazard
Mission report auto-generated within 60 seconds of landing
No pilot certificate or code, an effective operator after a 30-minute orientation
Search-and-rescue responder reviewing a Co-Pilot mission plan on a tablet as a drone flies into a collapsed building
02Mission autonomy

AeroMind-70B

A 70-billion-parameter UAV-domain language model, fine-tuned on flight procedures, airspace rules, sensor schemas, and real mission logs. It turns spoken intent into a validated flight plan and resolves field shorthand that general-purpose models misread.

98% mission-intent parsing on a 1,200-command benchmark, plan in about a minute
Dubins-model shortest-trajectory planning under minimum-turning-radius limits
Communication-free swarm resync from observed peer flight paths
AeroMind planner showing a plain-language command turned into a bridge-inspection flight route with altitude profile and mission summary
03On-board compute

QuantumCore

The edge mission computer at the base of the stack. It runs every layer above it directly on the aircraft, so all inference stays on-device and autonomy continues through communications loss, where cloud-dependent systems fail.

Runs AeroMind-70B inference fully on-device, no cloud required
GPS-denied visual-inertial navigation holds drift below 1% of distance flown
20 Hz obstacle-avoidance replanning, with swarm tasking up to 10 aircraft
QuantumCore edge mission computer with NVIDIA compute module

One system

Three products, one continuous stack. Compute, autonomy, and control working as one, turning a spoken order into a finished mission, so a machine, not a person, enters the hazard.