Autonomous ground vehicles and armored systems operate in urban canyons, tunnels, and jammed environments where GPS is unavailable or unreliable.
Autonomous ground vehicles face GPS dropout in urban canyons, tunnels, underground facilities, and dense forests — even without deliberate jamming. Armored vehicles need turret stabilization that works during high-vibration cross-country movement. Neither use case can tolerate navigation failure.
IMS-AI provides continuous pose estimation for UGVs operating in GPS-denied terrain. The parallel MEMS array compensates for ground vehicle vibration, terrain shock loading, and rapid attitude changes during maneuver. Qualified for high shock and vibration profiles characteristic of armored ground platforms.
| Architecture | Parallel MEMS array with EKF + AI fusion |
| Vibration / shock | Validated under high-load ground vehicle profiles |
| Operation | Fully passive — no RF emissions, no signal dependency |
| Power profile | Suitable for battery-powered UGVs |
| Output | UART / SPI / CAN — ROS2 compatible via SDK |
| Detailed specs | Available under NDA to qualified programs |