Your hospital,
switched On.
HospitalOn.ai builds a living, real-time replica of your hospital — every bed, room, asset and patient pathway — then simulates what happens next, so your teams act before bottlenecks form.
One twin. Three layers of intelligence.
HospitalOn.ai connects to the systems you already run and turns scattered signals into a single, continuously updated model of how your hospital actually operates.
Simulate tomorrow.
Optimise today.
Six ways hospitals put their twin to work — from the emergency door to the boiler room.
From blueprint to live twin in weeks, not years.
No rip-and-replace. HospitalOn.ai layers on top of your existing infrastructure and grows with every department you connect.
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01
MapWe build a precise 3D model of your facility from floor plans, BIM files or a rapid site scan.
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02
ConnectSecure connectors stream data from your EHR, RTLS, building systems and rostering tools.
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03
CalibrateThe twin learns your hospital’s rhythms — arrival patterns, length of stay, turnaround times.
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04
ActCommand-centre views, alerts and AI recommendations reach the right team at the right moment.
Everything you need
to know about the twin
01 What exactly is a hospital digital twin?
A digital twin is a live, virtual replica of your hospital — its spaces, beds, equipment, people flows and building systems — kept in sync with reality through your existing data. Because it mirrors what is happening now, it can also simulate what happens next.
02 Which systems does HospitalOn connect to?
The twin connects to your EHR via HL7 and FHIR, real-time location systems (RTLS), building management and IoT sensors, plus staffing and rostering tools. There is no rip-and-replace: HospitalOn sits on top of what you already run.
03 How long does it take to go live?
Most hospitals start with one department or wing and expand from there. Timelines depend on your data sources and floor plans — we scope a pilot with you in the first conversation. [Typical timeline to confirm]Confirmation needed
04 How is patient data protected?
The twin models operations, not identities. Data is de-identified wherever possible, encrypted in transit and at rest, and can be deployed in the cloud, a private cloud or fully on-premise to meet your governance requirements.
05 Who uses the twin day to day?
Bed managers, command-centre teams, theatre coordinators, facilities and operations leaders. Each role gets views and alerts tailored to the decisions they make — from where the next patient goes to when to switch off an unused ward.
06 Can we test scenarios before they happen?
Yes. You can rehearse surges, ward closures, new pathways or building changes in the twin and compare outcomes side by side before committing staff, money or space in the real hospital.