The whole hospital on one screen
Patients grouped by ward, room and gateway, with live waveforms and vitals. A patient in alarm stands out from across the room.
Fields Hospital monitoring
Hospital Monitoring
Hospital patient monitoring, from bed to whole hospital
ECG, respiration, SpO₂ and temperature from inpatients’ wearable patches, collected across the whole hospital in real time. Alarms, hospital maps, records and EMR integration in one system, tested at operating scale before it reaches the ward.
Real time on the ward, proven before it gets there
Alarms, and where they are
Four-level alarms shown with patient and gateway locations on the hospital map, so the right person knows where to go.
Every record kept, none altered
Waveforms stored per patient, sealed for integrity, backed up and verified again on restore.
Operating scale before the ward
Thousands of virtual patients, gateways and EMRs test load and failures first. Validated at 2,100 patients.
From patch to hospital system
| Channels | ECG · 3-axis acceleration · PPG · respiration waveform; heart rate · respiration rate · SpO₂ · temperature · glucose |
|---|---|
| Real-time transport | Per-gateway connections, 200 ms frames, CRC-32 checks, retransmission of missing frames |
| Alarms and location | Four-level alarms, hospital maps by building and floor, gateway coverage and dead zones |
| Storage and backup | Per-patient files, CRC-32 and SHA-256 seals, backup to NAS, SFTP and more with verified restore |
| EMR integration | FHIR R4 and STU3, HL7 v2, Korean EMR formats: census in, vital signs written back |
| Access and security | Fine-grained permissions for eight roles, data separated per hospital, audit records |
| Load testing | Operating-scale scenarios recreated with virtual patients, gateways and EMRs |
From problem to handover, in four steps
- 1Define
Agree ward scale, channels, alarm criteria and the EMRs to integrate up front.
- 2Design and build
Build on a proven platform, designed around the hospital’s layout and workflows.
- 3Load-test and integrate
Test operating-scale load and failures with the emulator, and connect to the systems on site.
- 4Validate and hand over
Validate on site and hand over for the hospital IT team to run.
Frequently asked questions
How large can it scale?
In load tests it handled 2,100 patients, about 2,000 gateways and about 11,000 records per second on one small desktop computer. Validation in a real hospital is part of adoption.
Can it integrate with our EMR?
It supports FHIR R4 and STU3, HL7 v2 and Korean EMR formats, and integration was validated against 20 simulated hospital sites in Korea and abroad.
What about medical-device regulatory approval?
Clinical use requires medical-device regulatory approval after deployment. The solution becomes the customer’s own product, so the approval is obtained directly in the customer’s own name.
Can we test it before it reaches the ward?
Yes. A hospital-scale emulator recreates virtual patients, gateways and failure scenarios so it can be tested first.
Talk to us
Tell us the ward scale and the signals you need.