Stealth Raven is a pocket-sized, ultra-low power platform for passive spatiotemporal mapping in GPS-/GNSS-denied and RF-constrained environments. Operating autonomously and air-gapped, it generates fused telemetry profiles and 3D indoor maps without emitting a persistent RF signature.
Request DemoStealth Raven integrates a calibrated 9-DoF IMU (gyro, accelerometer, magnetometer), high-resolution barometric pressure sensor, multi-angle ultrasonic rangefinders, and environmental sensors (temperature, humidity, light) to generate a fused telemetry profile of user movement and surrounding terrain.
Initial geolocation is obtained via GNSS during configuration, after which the device operates autonomously and air-gapped, logging data locally to onboard flash or microSD. Post-mission, the data is extracted and processed through a visualisation pipeline, producing 2.5D terrain profiles and 3D indoor maps using SLAM-adjacent fusion algorithms.
Calibrated gyroscope, accelerometer, and magnetometer providing precise orientation and motion tracking for accurate positioning.
Combines barometric pressure, ultrasonic rangefinders, and environmental sensors for comprehensive spatial awareness.
Complete RF silence during missions with local data logging to onboard flash or microSD storage.
Advanced post-processing pipeline generates 2.5D terrain profiles and detailed 3D indoor maps.
Optimized power management extends mission duration while maintaining continuous sensor operation.
No active emissions or RF signatures during operation, ideal for sensitive and contested environments.
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