A wearable, multi-sensor situational awareness system engineered for the demands of tactical law enforcement, SWAT operations, and emergency response.
iSpy is not x-ray vision. It is a probabilistic situational awareness tool that helps officers understand what may be present behind barriers before committing to entry. It detects probable human movement — not guaranteed human presence — and presents that information in a clear, actionable format.
The system combines three hardware components — a chest-mounted sensor rig, an AI-enabled edge processor, and a forearm-mounted display — into a wearable architecture that keeps the operator's hands free and cognitive load low.
Three independent sensing modalities are fused in real time to produce a single, reliable detection picture.
Rather than presenting a binary "person detected / not detected" output, iSpy uses a probabilistic confidence model. Each detected target is displayed with a confidence level that reflects the quality and consistency of the underlying sensor data.
iSpy is designed to minimize the cognitive burden on operators. The forearm display shows only essential information — target dots, distance rings, and confidence indicators. Haptic vibrations and audio tones provide immediate alerts without requiring the operator to look at the screen.
This design philosophy directly addresses a key concern in tactical technology adoption: tools that demand attention at the wrong moment create risk rather than reducing it.
Vibration patterns distinguish detection confidence levels without audio.
Configurable audio alerts for high-confidence detections.
Simplified minimap with target dots, rings, and confidence indicators.
Wearable design keeps both hands free for weapons and equipment.
Chest-mounted module housing the 24 GHz radar, 60 GHz mmWave sensor, and Intel L515 LiDAR. Rugged IP67-rated enclosure. Battery-powered with 4–6 hour operational life.
NVIDIA Jetson-based computing module integrated into the sensor rig. Handles real-time sensor fusion, AI classification, and data logging. No cloud dependency — all processing is local.
Rugged wrist-mounted display showing the tactical minimap. Wireless connection to sensor rig. Glove-compatible touchscreen with haptic feedback motor.