End-to-end development of point-of-care diagnostic instruments, cartridge systems and analytical hardware — engineered for manufacturability, reliability, and the regulatory paths that get them into clinics and labs.
High-density cooling and DC power architectures for modern compute. Dry coolers, solid-state conversion, and full rack-level integration — built to the standards that keep the lights on.
Clinical software for the messy reality of care — record systems, interoperability fabrics, and decision tools designed to work across species, sites, and standards. Built for the people treating patients, whether two-legged or four.
Healthcare and infrastructure share a quiet demand: they must simply work, every time, for a very long time.
So we design with the constraints on the table — regulatory, thermal, electrical, clinical — and treat them as the starting geometry of the solution, not obstacles to route around.
The result is work that survives contact with the real world.
We prefer to understand a system deeply before we decide what to build, and we’re willing to go down to physics when it matters.
UL, ISO, IEC, FHIR, NEC — the right standard at the right layer. It’s how we ship work that’s auditable, interoperable and durable.
We run our own ventures in the same domains we serve. The result is a team that thinks like operators, not advisors.
Aesthetic, mechanical, electrical, software — all one surface. We resist the handoff culture that produces fragmented products.