
Clinical Software
Low-latency interfaces for high-acuity rooms.
Detail
Fewer states, fewer clicks, no ambiguity at 3 a.m. Written after too many night shifts fighting a login screen.

Medical software & hardware, engineered by practicing clinicians.
We build the way we wish someone had built it for us. Every engineer here has stood in the room the product ships into.

Low-latency interfaces for high-acuity rooms.
Fewer states, fewer clicks, no ambiguity at 3 a.m. Written after too many night shifts fighting a login screen.

Precision instrumentation for the sterile field.
Built for durability and sterile-field compatibility, specified by the people who work beside it. Every enclosure is handled with a gloved hand before it ships.

HL7, FHIR, DICOM, in one clinician-first record.
Including the interface nobody wants to touch. Yes, we have read your 2011 interface spec. All of it.
“The best device I ever used was designed by someone who had been paged at two in the morning. You can feel it in the first ten seconds.”

Hospitals don’t replace their fleet to adopt a new tool. We engineer to the standards the industry already runs on, so our software and instrumentation interoperate cleanly with the platforms above. Platform names denote interoperability targets, not endorsement.
On method
We believe the best tools are built by the people who use them. Our team is made of practicing clinicians and hardware engineers (often the same person), which closes the gap between clinical intent and technical execution.

2023–present
Real-time hemodynamic visualization, built with the nurses who watch it all night. Deployed across Level 1 trauma centers in New York.

Our board is assembled from attending physicians at NYU Langone and Northwell Health. Every design decision is pressure-tested against real departmental workflow, usually over bad coffee, in a hallway.
Workflow and alarm-fatigue standards for high-acuity monitoring.
Intraoperative interface design and sterile-field instrumentation.