Advanced Radiation Detection Technology develops autonomous, mission‑reliable radiation sensing systems for harsh, contested environments. Their products serve military and border security operations, nuclear facilities, and medical institutions, providing real‑time detection and data analytics to protect people and critical infrastructure. The company leverages resilient materials and intelligent data processing to deliver trusted radiation monitoring at the edge.
Funding
Funding not disclosed
Founders
Product
Problem
Detecting hazardous radiation in remote, contested, or harsh environments is difficult because traditional sensors are bulky, require constant human oversight, and often fail under extreme conditions, leaving critical infrastructure and personnel vulnerable to exposure.
Solution
Amradtech builds autonomous radiation detection systems that operate reliably at the edge of networks without continuous human intervention. The devices combine ruggedized hardware, resilient materials, and on‑board intelligent data processing to deliver precise, real‑time radiation measurements. Edge‑ready analytics filter noise, identify threat signatures, and transmit alerts over secure links to command centers. By integrating directly into military, border, port, nuclear, and medical installations, the solutions provide continuous situational awareness and rapid response capabilities in the most demanding settings.
Target Audience
Primary customers include defense and security agencies, border protection authorities, port and customs operators, nuclear power and fuel‑cycle facilities, as well as hospitals and research laboratories requiring continuous radiation monitoring.
Features
- Hardened sensor enclosures designed to withstand extreme temperature, vibration, and electromagnetic interference
- Integrated edge computing for on‑device data fusion, anomaly detection, and low‑latency alert generation
- Autonomous operation with self‑calibration and power‑management for extended deployments
- Secure, encrypted communications compatible with existing command‑and‑control and SCADA networks
- Modular architecture allowing scalable deployment from handheld units to fixed perimeter arrays
- Multi‑isotope detection capability covering gamma, beta, and neutron radiation spectra