Tactical-grade navigation for contested skies.
Precision navigation and resilient autonomy for GPS-degraded missions.
Tactical-grade navigation for contested skies.
Precision navigation and resilient autonomy for GPS-degraded missions.
Precision navigation and resilient autonomy for GPS-degraded missions.
Precision navigation and resilient autonomy for GPS-degraded missions.
Navigation and autonomy that keep your platform on mission under jamming and spoofing.
Built by pilots, physicists and integration specialists with real defence deployments in mind.
Lightweight interfaces, open data outputs, and modular hardware that reduce time-to-field.

• The most robust multi band GNSS navigation for UxS, Robotics and critical infrastructure.
• Resilient autonomy middleware for safe navigation in contested RF and degraded GNSS.
• Hardware packages and integration support for rapid flight-test and certification readiness.
Our team combines decades of defence UAS experience and hands-on flight testing.
We map your mission requirements and contested-threat profile.
We work with you to integrate into your platforms: whether that be off-the-shelf stacks or custom integration; we support test flights and integration to full deployment.




GPS is increasingly contested. Assured navigation is no longer optional. This article explores why resilience, adaptation, and truth under pressure now define the future of defence navigation.

GPS can no longer be trusted. Jamming, spoofing and legacy gaps demand layered navigation -CRPAs, inertials, and fusion. By 2030, assured PNT will decide who holds the advantage.
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