Defense · Military UAV

When the Mission Cannot Abort.

Autonomous UAVs operating in jammed or spoofed GPS environments need inertial navigation that never fails. IMS-AI delivers.

The Challenge

The Challenge: GPS is the First Target

Modern adversaries jam, spoof, and degrade GPS as a first-line tactic. Military UAVs that depend on satellite signals become unpredictable — or worse, controllable by the enemy. The operational requirement is clear: navigation that works regardless of the electromagnetic environment.

Our Solution

IMS-AI: Inertial Navigation That Holds Under Pressure

IMS-AI fuses a parallel MEMS array through EKF-based AI logic, creating a navigation solution with no single point of failure. Sustained accuracy across extended GNSS-denied windows. Compatible with existing flight controllers via UART, SPI, or CAN — no airframe redesign required.

Key Specifications — Defense & Military UAV
Platform fitFixed-wing, rotary, VTOL, hybrid
ArchitectureParallel MEMS array with EKF + AI fusion
OperationFully passive — no RF emissions, no signal dependency
Fault toleranceGraceful degradation — no single point of failure
OutputUART / SPI / CAN — MAVLink compatible
Detailed specsAvailable under NDA to qualified programs
Relevant Applications
GNSS-Denied Navigation
ISR Payload Stabilization
Swarm Coordination
Visual-Inertial Odometry
Other Industries
Defense & Military UAV
Counter-UAS
Maritime & Naval
Loitering Munitions
Land Systems & UGV
Aerospace & Near-Space
Industrial Autonomy
R&D & Testing Platforms

Ready to integrate IMS-AI?

Engineering samples available for qualified defense integrators and R&D programs.

Request Datasheet → View Full Specs