Coastal conflict zones are among the most GPS-contested environments on earth. USVs, submarines, and naval combat systems need inertial continuity.
Maritime environments are prime targets for GPS spoofing — commercial shipping, naval vessels, and autonomous surface vehicles are all vulnerable. Coastal conflict zones combine electronic warfare with signal multipath from waves and terrain, making satellite navigation unreliable.
IMS-AI provides continuous dead-reckoning navigation when GPS is unavailable, spoofed, or jammed. The parallel MEMS array compensates for ship vibration, wave motion, and temperature variation at sea. Sustained bias stability keeps position estimates reliable across extended autonomous missions.
| Architecture | Parallel MEMS array with EKF + AI fusion |
| Operation | Fully passive — no RF emissions, no signal dependency |
| Environment | Qualified for marine vibration, shock, and thermal profiles |
| Mission profile | Sustained dead-reckoning across extended autonomous runs |
| Output | UART / SPI / CAN — NMEA bridgeable |
| Detailed specs | Available under NDA to qualified programs |