Critical care
Smart beds, alarm priority, battery backup, and 24×7 biomedical escalation.
Clinical applications
Map Hill Rom patient-support, monitoring, and surgical-support requirements to the specialty and care setting that will own the asset.
Requirements matrix
| Specialty | Primary device classes | Evidence fields |
|---|---|---|
| Critical care | Smart hospital bed, air surface, bed-status interface | IEC 60601-1-8 alarms, battery runtime, FHIR/HL7 push, service SLA |
| Cardiology / step-down | Telemetry-ready bed, weight scale, exit alarm | Observation cadence, EMC, nurse-call map, cybersecurity MDS² |
| Orthopedics / rehab | Bariatric bed, transfer aid, therapy surface | Safe working load, HCPCS, caregiver training, durability cycles |
| Perioperative | Operating table, transfer system, accessory rails | UDI-DI, sterile workflow, articulation under load, IFU revision |
| Home & long-term care | Home hospital bed, overbed table, air mattress | Prior auth, teach-back minutes, hotline coverage, discharge kit |
Connected beds can reduce isolated-device rejection risk and improve escalation, but they add cybersecurity, SBOM, and patch-window duties. Simpler electromechanical beds can reduce IT burden, but may fail value-analysis interoperability gates. Compare the full pathway, not one capital line.