AEGLOS
It flies when the signal doesn't.
An open autonomy stack — GPS-denied, operator-light, and built to scale past one pilot per drone.
Today's drones
break under pressure.
Electronic warfare, a pilot shortage, and closed foreign stacks have turned aircraft into liabilities. AEGLOS removes all three dependencies.
GPS jamming
- of FPV sorties downed by EW in Ukraine (2024–25)
- Anti-jam antennas don't stop spoofing
Pilot bottleneck
- One trained pilot per drone — today's baseline
- ~$79K/yr each · chronic global shortage
- Cannot scale to swarm-era operations
Data lock-in
- Foreign & cloud stacks push data off-platform
- Closed SDKs block custom airframes
- DoD now mandates open, modular systems
Operator gives
a sentence.
The drone executes the mission, replans on the fly, avoids obstacles, and reports back — zero cloud.
It sees the scene.
- YOLO11 + RT-DETR object detection
- Trained on VisDrone & DOTA aerial sets
- CLIP / BLIP scene captioning for context
It understands intent.
- Compact mission DSL compiles intent
- Replan layer sits above PX4
- RLVR verifier scores candidate plans
It stays alive.
- LiDAR + RRT* re-planning in real time
- 1.7 m safety radius enforced
- Interrupt-driven approach on detection
One stack.
Four frontiers.
The same open autonomy core adapts across multirotor, rover, and ICE-powered frames — wherever the mission is dull, dirty, or dangerous.
Defense & Security
Reconnaissance, perimeter monitoring, and counter-UAS operations in contested airspace.
Agriculture
Livestock counting, field mapping, precision spraying, and crop-health monitoring at scale.
Infrastructure
Power lines, oil & gas pipelines, wind turbines, and open-pit mine inspection.
Logistics & Delivery
Last-mile delivery, warehouse automation, and offshore platform resupply.
Onboard LLM/VLM mission replan — intent in, mission out, no cloud.
Radar-inertial (DERO) + visual-inertial — survives jamming and visual blackout.
Open PX4 / ROS 2 stack with a sovereign operator UI — no vendor lock-in, fully exportable.