Nuclear Detection Innovation (NDI) is a high-tech company founded in 2020, entirely focused on the development of next-generation instrumentation for the detection and measurement of ionizing radiation.
About Us
Who We Are
Mission
To design and produce advanced radiation measurement systems using innovative principles of physics, modern signal processing, and intelligent automation.
Expertise & Innovation
At NDI, we merge advanced physics, engineering precision, and digital intelligence to create instruments that go beyond industry standards. Every system we design is the result of proprietary development, rigorous testing, and scientific collaboration.
INNOVATION
We develop original technologies for ionizing radiation detection—no legacy, no copies. Every solution is born from internal R&D and scientific experimentation.
PRECISION
Our systems deliver high-resolution, reproducible measurements, even in mixed-field conditions. Accuracy is ensured through simulation, calibration, and signal processing.
RELIABILITY
All instruments are built for real-world use: robust, stable, and maintenance-free. Designed to operate in demanding field environments without compromise.
SIMULATION
Every system is modeled using MCNP Monte Carlo to predict response, optimize design, and validate performance—before the first prototype is even built.
SNIAS – Ultra-Sensitive Neutron Spectrometer
Precision neutron spectroscopy. No He-3. No compromises.
SNIAS is a next-generation neutron spectrometer developed by NDI for scientific, industrial, and medical applications.
Built on proprietary detection technology and MCNP-modeled energy response, SNIAS delivers 10× sensitivity over legacy He-3 systems—without the complexity, cost, or supply risk.
Its modular architecture, low power requirements, and integrated unfolding software make it ideal for high-precision neutron monitoring in critical environments.
Our Technologies
At NDI, we don’t just build instruments—we engineer solutions tailored to the most demanding radiation detection challenges.
Each system is the result of in-house design, proprietary algorithms, and advanced simulation workflows. From neutron spectroscopy to gamma and alpha-beta characterization, our technologies are optimized for precision, robustness, and field operability.
Below is a selection of our flagship platforms, developed for applications ranging from nuclear decommissioning to space research.