GammaReality offers a portable radiation imaging system that detects, localizes, and maps gamma‑ray and neutron sources in real time.
Funding
Funding not disclosed
Founders
Product
Problem
Operators in nuclear facilities, emergency response teams, and security agencies often lack rapid, mobile tools to detect and visualize hidden gamma‑ray and neutron hazards, leading to delayed mitigation and increased safety risks.
Solution
GammaReality provides a portable radiation imaging system (LAMP) that detects, localizes, and maps gamma‑ray and neutron sources in real time. The hardware can be mounted on manned vehicles, ground robots, or UAVs, enabling situational awareness across diverse environments. Sensor data from multiple detectors are automatically fused into a single 3D representation, which can be viewed on conventional displays or through mixed‑reality headsets. The resulting visualizations highlight hazard locations and intensities, allowing operators to make informed decisions quickly and coordinate safe navigation or remediation actions.
Target Audience
Primary customers are nuclear power plant operators, emergency response and hazmat teams, and defense or security organizations that require mobile radiation situational awareness.
Features
- Dual‑mode gamma‑ray and neutron detection with imaging capability for precise source localization
- Modular payload that mounts on cars, robots, or drones for fully mobile deployment
- Real‑time 3D mapping engine that fuses multi‑sensor streams into a unified hazard map
- Mixed‑reality visualization support for immersive, on‑site hazard assessment
- Automated data fusion and processing pipeline that delivers continuous updates without manual intervention
- Compatibility with existing robotic platforms and vehicle control systems via standard interfaces