Capability brief
Radiation detection engineered for field-grade performance
Security, environmental monitoring, and tactical sensing need spectroscopy and dosimetry that survive temperature swings, vibration, and operator variance—not demo-grade spectra that fall apart off the bench.
Radioisotope identification and spectroscopy
We design and integrate front-ends, baseline restoration, stabilization, and library-matching hooks so firmware produces features suitable for both classical ID pipelines and ML-augmented classification.
Real-time dosimetry and operational UX
Live dose readout demands predictable latency, honest uncertainty communication, and calibration workflows that teams can repeat in the field. We pair readout electronics with software that treats dose as a product surface, not a debug register.
CBRNE and mission programs
For CBRNE and layered security architectures, we scope subsystems—sensing, DAQ, communications, and analysis—to program requirements while keeping verification and export-control realities visible from day one.
Government and peer-reviewed milestones
Our roadmap has been recognized through competitive research awards, including U.S. Army SBIR Phase I funding—evidence that independent reviewers see technical merit in our detector and readout direction for defense-relevant scenarios.
We combine that external scrutiny with internal gated reviews so program risk is tracked as engineering, not narrative.