A working quantum sensor in the lab and a product a customer can design in are two different things. Closing that gap is the breakthrough. Three advances make it possible.

Photonics integration. We bring the sensor onto an integrated-photonics platform, device variants and PDK enablement so the optical path that drives and reads the diamond is designed for a real foundry process, not a benchtop. This is what lets the sensor scale toward chip size and manufacture in volume.

Manufacturing operations. A quantum sensor only matters if it can be built repeatably. We've developed the operational steps that make that possible: diamond and laser attach, and photonics wafer-level testing, so performance is verified at scale, not one device at a time.

Material optimization. Sensitivity comes from the diamond, and we optimize it deliberately, tuning the NV center figure-of-merit against size, and processing the diamond to maximize total light absorption. More signal from less material is what holds high precision as the package shrinks.

Praxion is built by people who ship hard technology. The founding team brings together deep industry expertise: decades in semiconductor manufacturing, hundreds of patents, silicon-photonics and NV-diamond domain experience, microwave and RF design, magnetic navigation, and founders who have taken companies through to acquisition and IPO.

We pair the physics and materials expertise with the microwave, RF, and signal-processing depth a quantum magnetometer demands, and the manufacturing, systems, and AI experience to turn it into a deployable part. We know the difference between a demo and a device. Crossing from lab result to volume production is where most products stall. It's the part we've spent our careers doing.