About

Agilica is a Belgium-based deep-tech company specialising in precision navigation and landing systems for autonomous drones operating in complex, GPS-denied environments. Our flagship product, the AGL system, combines Ultra-Wideband (UWB) positioning with advanced sensor fusion to deliver robust, decimetre-level accuracy for UAVs operating on land, at sea, or in industrial environments.

Designed for integration with a range of commercial and dual-use UAV platforms, AGL enables precision landing on moving platforms, such as ships or offshore rigs, even in adverse weather or low-visibility conditions. The system enhances operational resilience, reduces reliance on GNSS, and enables critical missions in environments where GPS signals are blocked, spoofed, or unavailable.

AGL integrates seamlessly with standard autopilot systems and provides real-time, high-fidelity positioning data to support autonomous take-off, navigation, and landing. This ensures greater mission safety and efficiency for applications such as offshore infrastructure inspection, tactical defence operations, drone delivery, and remote logistics.

Beyond our core technology, Agilica is committed to long-term partnerships. We support customers through developer kits, collaborative field testing, and tailored system integration. Every deployment is backed by engineering support to ensure successful adoption and operational impact.

Agilica’s technology has been demonstrated with leading industry partners, defence stakeholders, and academic research institutions. Our work is grounded in cutting-edge research and a vision for scalable, sovereign, and resilient drone navigation solutions fit for tomorrow’s autonomous missions.

Applications:
    •     Offshore & maritime UAV operations
    •     Defence and tactical UAS missions
    •     Drone delivery and logistics
    •     Infrastructure inspection (oil & gas, wind, ports)
    •     Humanitarian and emergency response

Core Capabilities:
    •     UWB-based positioning
    •     Sensor fusion and resilient navigation
    •     Decimetre-level landing accuracy
    •     Seamless autopilot integration
    •     Real-time tracking of UAV and on-deck personnel
    •     Modular architecture for scalable deployment