32× MEMS sensor fusion for GPS-denied and electronically contested environments. Battlefield-validated. Drop-in compatible.
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32 parallel MEMS IMUs fused through EKF-based AI logic. Designed for operations where GPS is unavailable, jammed, or spoofed. Integrates into existing flight stacks via UART, SPI, or CAN without hardware redesign.
Integration SDK
C / C++ / Python libraries for interfacing with IMS-AI. Supports MAVLink, ROS2, and raw serial. Includes sensor configuration, calibration routines, and live data streaming.
Evaluation Kit
IMS-AI board + breakout adapter + USB-serial interface + SDK license. Includes calibration data and integration guide. Available for qualified defense integrators and R&D programs.
Autonomous navigation for strike, ISR, and multi-role UAVs operating in GPS-denied and EW-contested airspace.
Learn more →High angular-rate intercept guidance, reliable tracking, and pursuit in electronically contested spectrum conditions.
Learn more →Dead-reckoning for USVs, torpedo guidance, and naval system stabilization in GNSS-spoofed coastal zones.
Learn more →Mid-course stability and terminal accuracy during extended GPS-denied windows. Reduced CEP under full jamming.
Learn more →Turret stabilization, autonomous ground vehicle navigation, and fire control in GPS-degraded environments.
Learn more →Attitude control for military satellites, re-entry vehicles, HAPS platforms, and high-supersonic glide systems.
Learn more →Precision positioning for autonomous mobile robots, AGVs, and industrial inspection platforms in GPS-denied facilities.
Learn more →High-refresh sensor data for flight test programs, robotics research, and inertial navigation algorithm development.
Learn more →Stable pose and velocity when GPS is jammed or spoofed. No signal dependency. No mission abort.
Learn more →Continuous attitude estimation at final approach where external signals are most vulnerable to jamming.
Learn more →High angular-rate tracking and reliable intercept guidance in electronically contested spectrum.
Learn more →Backbone for VIO and SLAM stacks — through smoke, dust, low-light, and subterranean environments.
Learn more →Formation integrity and relative positioning preserved when external navigation signals degrade.
Learn more →Dead-reckoning continuity in GNSS-spoofed coastal zones and contested maritime environments.
Learn more →Every claim is backed by controlled lab and live field data. Tested under vibration profiles simulating FPV UAV flight at 100+ km/h. Validated in full GNSS-denied conditions.
We serve defense integrators, autonomous vehicle programs, and R&D teams across Ukraine, NATO allies, and the Gulf. No customer logos — we protect the operational advantage our technology provides and the discretion our partners demand. We will treat your program the same way.
60 seconds of precision IMS-based navigation demonstrated under full GPS denial and active electronic warfare conditions.
R&D engagement covering navigation kit evaluation, per-unit licensing, and Israeli market integration.
European legal entity established to support NATO-aligned commercial partnerships and compliant data operations.
Engineering samples available for qualified defense integrators and R&D programs. We respond to all serious inquiries within 48 hours.