SOVEREIGNTY THROUGH AUTONOMY
When RF links go dark, most drones go blind.
Ours don't.
Our navigation modules bolt onto standard FPV drones, allowing them to return to a recovery point even after loss of GPS + control link.
The battlefield has changed.
Ukraine proved small drones dominate modern warfare. But most are manually piloted, dependent on a stable control link, and defenceless against jamming. When electronic warfare hits, aircraft are lost early before they can complete their mission.
Our module integrates into existing FPV stacks and flight controllers, adding recovery behavior when command and navigation links are disrupted.
When RF links are disrupted, most aircraft do not return. Our aim is straightforward: more drones back on the ground, their data intact, and ready to fly again.
Accurate position fixing when GPS is denied.
Our navigation module sits between a standard GPS receiver and the flight controller. When satellite data is valid, it forwards that input; when GPS is degraded or absent, it instead provides its own position and heading estimate, enabling return-to-home behavior in contested signal environments.
It is designed to work alongside common FPV firmware stacks such as Betaflight, iNav, and ArduPilot, and to be installed without changes to the airframe or pilot workflow.
Navigation performance that compounds with data.
Accurate position fixing without GPS is a data problem: performance depends on how the system has been exposed, calibrated, and evaluated across different environments.
Our approach is to run tightly scoped flights, record how the module behaves under degraded signals, and use that data to refine bounded, predefined recovery behaviors.
Over time, this loop improves reliability and precision without changing the fact that the system remains onboard, deterministic, and operator-compatible.
Expendable hardware enters contested airspace
Visual navigation defeats jamming
Sensor logs from real combat conditions
Training data no simulation can replicate
Field evaluation & collaboration.
We work with operators and technical teams to run tightly scoped field pilots, gather feedback, and iterate based on how the system performs in real conditions.