AeroCognition

About AeroCognition

We build the intelligence layer above the autopilot

Flight is a solved problem. Mission reasoning is not. We're closing that gap with agentic AI that can understand a goal, plan a sequence, and narrate its decisions — entirely on-device.

The problem we're solving

Modern autopilots are extraordinary at stabilization and waypoint following. But they have no concept of intent. Tell an autopilot to "inspect turbine 7" and it stares back blankly.

The current workflow requires a skilled pilot to translate every high-level goal into a sequence of precise flight commands — altitude, heading, speed, gimbal angle, capture trigger. That translation bottleneck is expensive, error-prone, and limits what drones can do without a specialist present.

AeroCognition removes that translation layer. The agent understands the goal, decomposes it into a flight plan, executes it autonomously, and narrates every decision. The operator sets objectives. The aircraft handles the rest.

Technology philosophy

On-device, always

The entire AI stack runs locally on the aircraft. No API keys, no cloud latency, no dependency on a 4G connection in the field. The system operates identically in a national park in Kenya and a wind farm in West Virginia.

Open standards

We build above the autopilot, not against it. This means our agent works with any compatible flight controller and integrates with existing ground control tools.

Narration as safety

The copilot explains every decision before executing it. Operators don't monitor a black box — they hear the reasoning. That transparency is what makes voice override possible and trustworthy.

Current Status

v1 prototype in build

The hexacopter frame and electronics are assembled. The simulation environment is operational and the AI agent successfully completes multi-step inspection missions in simulation.

First outdoor flights are scheduled for Q3 2026, beginning with GPS-locked waypoint missions before advancing to full agentic control. Pilot program partners are being selected now to participate in real-world validation.

Frame assembly
Electronics integration
Simulation testing
Autopilot integration
Voice copilot pipeline
First outdoor flights
Pilot program launch

Hardware Platform

Platform specifications

Configuration
960mm hexacopter
Power
6S, high-capacity LiPo
Flight Time
~32 min (no payload)
Payload Capacity
≤ 1.2 kg
Camera
4K 3-axis stabilized gimbal
Comms
Digital HD link — 30 km range
Compute
Edge AI SBC — 8 GB
Ranging
LiDAR + optical flow

Interested in partnering?

We're selecting one conservation and one energy operator for our pilot program.

Apply for Pilot Program