Our AI-driven navigation system, Kamal, is designed to operate in environments where GNSS signals are compromised, ensuring continuous and accurate UAV(s) navigation.
Built to excel in limited or unavailable connectivity environments, Kamal employs an advanced AI-based algorithm, which can be computed at a ground station or onboard the UAV(s), to ensure continuous, accurate location updates for waypoint navigation during mission execution.
GNSS Denied Navigation System Kamal
Key Features
Continuous and
accurate
navigation
AI-based algorithm navigation in GNSS-denied conditions
Seamless computation, anywhere
Supports both onboard and ground station computation
Enhanced
precision
Seamless integration with Inertial Measurement Units (IMUs) and Inertial Navigation Units (INUs)
GNSS Denied Navigation System Kamal
Key Benefits
Fast and Accurate
Rapid calculation of navigation waypoints ensures uninterrupted mission execution.
Adaptable
Flexible deployment options for various mission needs, whether computed on UAV or at ground control.
Enhanced Resilience
Augmentation with IMUs and INUs for greater accuracy in the toughest conditions.
