Advanced sensing for a safer nuclear world
Our Mission
We envision a future of energy abundance – where nuclear energy is embraced, not questioned, because it is demonstrably safe, clean, and accountable. That future depends on ironclad monitoring of radioactive materials. Our technology makes that possible, helping build the foundation the nuclear industry’s success depends on.
Technology
Our patented sensing technology continuously monitors for tritium—and other low-energy emitting radioisotopes—in aqueous streams, directly and in real time. Unlike legacy approaches that rely on batch sampling, consumables, or off-site laboratory analysis, our inline monitor operates in situ with minimal maintenance and no interruption to plant operations.
The result is immediate visibility into radionuclide levels, enabling safer facilities, clearer reporting, streamlined regulatory compliance, and a higher standard of trust across the nuclear industry.
Use Cases
Fission: Accountability in Retrospect
Nuclear fission once promised the world’s clean-energy future, but missteps in radiological safety and environmental accountability damaged public confidence. The path forward isn’t closed—it runs through greater transparency. Restoring trust will depend on continuous, visible monitoring that proves safety instead of simply claiming it.
Fusion: Accountability by Design
Nuclear fusion is moving rapidly from promise to reality, and its success hinges on public confidence as much as physics. Trust must be built in, not added later. Embedding real-time monitoring into plant operations ensures safety is demonstrated every second, making transparency the default rather than the response.
Our Partners
Who We Are
Seasoned design engineer with over a decade of experience scaling hard-tech solutions
Experienced public/private sector lawyer with executive experience regulating hazardous materials and permitting complex energy infrastructure projects
Contact Us
Please fill out the form to get in touch with us!