Agilica Geolocation System (AGL)

The Agilica Geolocation System (AGL) is a high-accuracy positioning and navigation solution designed to operate where GNSS/GPS is unreliable, degraded, or unavailable. Built on Ultra-Wideband (UWB) technology, AGL provides precise, real-time localization for autonomous platforms such as drones (UAVs), ground vehicles (UGVs), and robotic systems.

AGL enables critical capabilities including precision take-off, approach, landing, and stable loitering, even in complex and harsh environments such as forests, urban canyons, indoor spaces, maritime platforms, and contested zones where GNSS signals are jammed or spoofed. The system supports centimeters-range accuracy and robust performance through a network of deployable anchors and onboard tags, delivering reliable positioning independent of external satellite infrastructure.

Beyond standalone positioning, AGL is designed as a modular and scalable layer that integrates seamlessly with existing autonomy stacks, flight controllers, and command-and-control systems. AGL also opens pathways for advanced capabilities such as resilient fallback navigation, joint positioning and communication links, and integration with complementary technologies like visual-inertial SLAM and inertial sensing. This makes it a key enabler for next-generation autonomous operations across defence, security, and industrial applications.