_edited.png)
THE CHALLENGE
Unmanned Autonomous Systems
are needed most in edge environments but
rely on GPS or optical positioning
GPS/GNSS is increasingly jammed, spoofed or shaded, optical positioning systems fail in changing light & weather and are costly to deploy, and most approaches don’t support scalable multi-asset autonomy.
​
THE SOLUTION
A resilient local positioning technology that
opens up limitless possibilities
Agilica provides a GPS-independent deployable local positioning system using
ultra-wideband (UWB) technology, enabling precise, autonomous drone navigation and landing
- even in dynamic GPS-denied environments, indoors or relative to a moving landing target
GPS-Independent Positioning
Ensures reliable navigation where GPS is shaded, jammed, or
unavailable.
Robust &
Resilient
UWB Outperforms visual-based & other positioning technologies - robust to RF interference, multipath issues, and GPS failures
High Accuracy
& Real-Time
Achieves unmatched accuracy down to centimetres range, in real-time, enhancing safety and precision.
Scalable &
Versatile
Supports multiple drones and mobile assets in dynamic conditions
THE TECHNOLOGY
The Agilica Geolocation (AGL) system
Proprietary technology: AGL is a patented, high-precision local positioning system designed for
mission-critical drone operations in dynamic and GPS-denied environments.
Patented
Multi-Modal Positioning
Simultaneously supports navigation, tracking,
and high-precision mode (down to 10cm accuracy).
Scalable Infrastructure
Flexible deployment across large or small areas,
indoors or outdoors, from drone ports to maritime vessels.
Positioning inside & outside the infrastructure footprint.
Ad-Hoc Mesh Networking
Enables swarm drone operations with
synchronized real-time positioning.
Landing on moving targets: Local Relative Coordinate System
​
GPS-free precision landing on moving vehicles or vessels critical for offshore and mission critical operations.
Resilient & Autonomous Operations
Auto-calibration, remote monitoring, and continuous positioning, even beyond the deployed infrastructure.
AGILICA IN ACTION
Transforming drone
deployment and operations
Drone Landing
Precise and safe take-off and landing, in dynamic and challenging environments.
High Precision
Position Hold – GPS Independent
High accuracy & resilient virtual tether | Persistent Surveillance & ISR
Small scale: flexible deployment, relatively easy to fool-proof
Position accuracy: down to 10cm
Position update rate: down to 10Hz
Range coverage: short-range & long-range options
Battery Life: swappable battery (user choice)
Maritime operations
Robust, autonomous and highly accurate drones at sea.
Autonomous taking off and landing on a moving ship
Indoor Robotics & outdoor
to indoor transition
Indoor flight testing with the AGL system acts like an indoor GPS.
Air-taxis (eVTOLs) & Drone Ports
High precision, high throughput operations and real-time tracking in any weather or visibility. Secure operations in GPS shaded, urban low-altitude environments.
Drone Swarm: Precision
ad-hoc mesh network
Mobile airborne positioning infrastructure for safety and effective coordination of multiple drones.
The AGL System
Ultra-wideband, multimodal time of flight for simultaneous positioning, navigation & tracking in dynamic environments
The skies are clear
for your project
Contact Us
Let’s talk about your ambitions.
Operational Address (Meet Us Here):
Rue Hobbema 8, 1000 Bruxelles, Belgium
​
Registered Office (Legal Address):
Groot Bijgaardenstraat 14,
1082 Brussels, Belgium