Healthcare: medical equipment found, patient flow visible, utilisation proved.Nurses searching for equipment instead of caring?

BLE 5.x AoA → assets · UWB → precision · RFID → supplies

CenTrak, Securitas Healthcare, Midmark, Sonitor, AiRISTA and peers are widely used in clinical RTLS; dedicated bed-management systems own bed flow; EHR suppliers gate integration. Buying the radio without EHR, bed-management and clinical engineering ownership produces expensive maps nurses ignore.

What programmes get wrong: hospital-wide infrastructure before proving equipment search-time or emergency department flow; too many locators; and a weak link to the CMMS. Phasing the rollout and challenging the locator count keeps the spend under control.

Large health systems in Europe, North America, the Middle East and Asia-Pacific run equipment tracking, staff duress and patient-flow programmes. Cited as market examples of scale and governance, not as TRACIO clients.

Most hospital RTLS disappointments start with the wrong accuracy for the job. Clinical-grade locating is not one technology. It is the right certainty in the right place.

• Room-level certainty (IR / Gen2IR hybrid, BLE). The standard for nurse call automation, staff duress with room-level alerts, hand hygiene compliance and patient-to-room association. Infrared cannot pass through walls, so it confirms which room, not just roughly where.
• Bay- and bed-level (BLE Angle of Arrival). Sub-metre X, Y positioning for emergency department bays, pre-op and recovery, bed management, wheelchair tracking and patient flow, without a UWB anchor in every room.
• Enterprise Wi-Fi RTLS. Rides your Cisco, HPE Aruba or Juniper network for asset tracking and equipment utilisation where zone-level answers are enough and rapid deployment matters.
• UWB and ultrasound. For the few workflows that need precision: infant protection at bed level, operating theatre and procedural analytics, clinical workflow studies.
• Passive RFID and smart cabinets. For supplies, implants, specimens and sterile processing, where choke-point reads beat live location.

Enterprise location services work best when one infrastructure carries several use cases: asset management, staff safety, infection control, environmental monitoring and wayfinding, rather than a new system per department.

Capacity and patient journey. Real-time location feeds patient flow analytics, bed management and discharge readiness, the inputs to capacity command centres and predictive, AI-driven staffing and bed planning. Location intelligence is what lets those models act on what is happening now, not what was charted an hour ago.

Staff safety and workplace violence prevention. Wearable duress badges and panic buttons with room-level alerts, routed to security and nearby staff, give clinicians fast help and give the hospital evidence for its workplace violence prevention programme.

Infection control. Automated hand hygiene compliance monitoring, contact tracing between staff, patients and equipment, and clean/dirty status for equipment turnaround and the cleaning teams.

Environmental monitoring. Continuous temperature monitoring for vaccine, pharmacy, lab and blood fridges, plus humidity and room pressure for operating theatres and isolation rooms, with alerts and audit trails for inspections and accreditation surveys.

Patient and resident safety. Wander management and prevention of unplanned exits for dementia, mental health and senior living, and infant protection and abduction prevention in maternity units.

Integration first. Location events only pay back when they land in the EHR, nurse call, medical-equipment CMMS and bed-management tools. We design the interfaces before the infrastructure.

Care homes and assisted-living operators face the same locating questions as hospitals, at a different scale: knowing that a resident at risk has left a safe area, reaching a fall or a call with a location, and protecting staff who work alone at night.

• Wander management: door and perimeter alerts for residents at risk, without locking every door for everyone
• Resident call and fall alerts that arrive with a location
• Staff duress on the same infrastructure: see lone-worker safety
• Dignity by design: alerts on exits and zones rather than continuous tracking, with consent and capacity decisions recorded (in line with the capacity and liberty-protection rules that apply where you operate)

Many homes already have a nurse-call or door-access system. The first question is usually whether to extend it or replace it, and we answer that before anyone buys tags.

Hospital goods transport (AGVs and AMRs)

Moving meals, linen, waste, pharmacy and sterile supplies around a hospital takes a lot of staff time, often through public corridors and lifts. We help you choose the right AGV or AMR for each flow first, then check what it takes to run them safely around patients, staff and visitors.

• An independent review of an existing AGV system: how routes, lifts, doors and charging perform, where it fails, what it costs to keep running, and whether to fix or replace it.
• Meals, linen and waste moved on set routes, with clean and dirty loads kept apart.
• Pharmacy and sterile supplies delivered to wards and theatres when they are needed.
• Replacing an ageing hospital AGV system without stopping the service.
• Lift, door and fire-door interfaces agreed with your estates, fire safety and infection prevention teams.
• Charging and uptime, and routing around patients and staff at peak times.
• Robot fleet management: one fleet manager for vehicles from different manufacturers, shared lifts, doors and chargers, and links to hospital and estates systems.

We don't sell vehicles or fleet software. Sign-off for safety, fire and infection control stays with your own specialists. See AGV vs AMR and AMR and AGV consulting, including AMR/AGV fleet management, or book a free scoping call to talk it through. Free briefs: AMR and AGV fleets, and AMR/AGV fleet management.