Successful Flight Test: GNSS-Denied Navigation in Action

Successful Flight Test: GNSS-Denied Navigation in Action
We recently completed a successful test flight using our SentiNAV software and SentiHUB hardware onboard a fixed-wing drone.

During the flight, SentiNAV fused data from multiple onboard sensors to generate a continuous navigation solution independent of GNSS/GPS. By combining sensor modalities through advanced sensor fusion algorithms, the system maintained accurate positioning and situational awareness without relying solely on satellite signals.

As GPS jamming, spoofing, and signal degradation become increasingly common, resilient navigation is no longer a nice-to-have, it’s becoming a requirement for autonomous systems operating in contested or challenging environments.

This flight marks another important milestone in the development of our technology stack for:

✈️ Fixed-wing UAVs and BVLOS operations
🚁 Autonomous drone systems
🚢 Maritime autonomy
🛡️ Defense and dual-use applications
📍 GNSS-denied navigation and positioning

Our mission is simple:
Navigate when GPS fails.

A big thank you to everyone involved in planning, integration, testing, and flight operations. More updates and flight results will follow as we continue validating the platform across additional environments and sensor configurations.