HL7 v2
ORU result messages and ORM orders over MLLP or raw TCP. Inbound and outbound — Catenix both receives results and sends orders back to a LIS or EHR.
ORU^R01 · ORM^O01 · ACKHome / Devices
Open by design. From single-result handhelds to multi-channel benchtop instruments, if your analyser speaks an open standard, it can talk to Catenix.
Drivers already running in live clinics include instruments from Seamaty, Siemens (Clinitek), Wondfo and Ozelle, with more added per request — typically within days.
ORU result messages and ORM orders over MLLP or raw TCP. Inbound and outbound — Catenix both receives results and sends orders back to a LIS or EHR.
ORU^R01 · ORM^O01 · ACKThe point-of-care connectivity standard (POCT-1A / A2). Catenix runs a compliant device-to-observation listener with bidirectional directives.
POCT-1A2 · bidirectionalASTM E1381/E1394 framing plus selected vendor-proprietary frame stacks, decoded the way the spec actually reads — not the way a brochure does.
ASTM · vendor framesAnalyte coverage
Diabetes monitoring handhelds and benchtop analysers.
Critical-care near-patient panels.
INR / PT and point-of-care coagulation.
Troponin, BNP and rapid cardiac panels.
Strip readers and automated urinalysis.
Compact CBC / full-blood-count analysers.
Molecular and rapid antigen platforms.
Cholesterol and full lipid profiles.
Occupational-health screening devices.
Questions, answered
Catenix supports HL7 (v2.x), POCT-1A / POCT-1A2, ASTM, REST and selected proprietary device frames. Connectivity is bidirectional.
Most likely yes. If a device speaks HL7, POCT-1A or ASTM, Catenix can integrate it. New device profiles are typically added within days of receiving the interface specification.
Usually not. A lightweight edge agent runs on an existing clinic PC and talks to analysers over the local network. Some older analysers may need a network module or serial-to-network bridge.
Onboarding