Battery-operated devices frequently run out of power, requiring costly maintenance or replacement. This leads to lost productivity, asset failures, and in critical situations—such as satellite launches or deep-sea sensors—even mission failure. Millions of productive hours, and billions of dollars are invested yearly around the globe to solve this problem.

To date, we have been awarded, recommended for funding, and/or executed on $15M worth of government contracts. We expect our first unit to go out the door in Q1 of 2026 and the Air Force will be the first customer to apply the technology to their operations.

We have secure a LOS from a large prime contractor to develop a solution to potentially enhance 10,000 devices with a price of $2,000 per device.

We are also in the final stages of closing an engagement with a large Oil and Gas company. The engagement will consist of a $2M NRE 12 month engagement, to lead to a 10,000 unit pilot to extend to a 100,000 unit deployment within the next three years.

On the operations side, we have developed a system to automate our integration process, have patented a large scale manufacturing process, and are a fully licensed radiological company.