Patient wayfinding guides a person from where they park to the specific clinic room they need, in their own language, with routes that account for lifts, step-free access and mobility limits. The route is delivered with the appointment rather than discovered on arrival, and is available on a phone, at kiosks and through signage.
A patient who is late because they were lost costs the same clinic slot as one who did not come at all — and arrives distressed rather than ready.
- Route delivered with the appointment, not found on arrival
- Guidance starts at the car park, where the journey actually starts
- Step-free and mobility-aware routing as a real path
- Multilingual guidance for the population you actually serve
The journey starts in the car park and goes wrong on the second floor
Hospitals are among the hardest buildings to navigate that most people ever enter, and they are entered by exactly the population least equipped to cope with it: patients who are unwell, in pain, elderly, anxious about a result, pushing a wheelchair, or reading signage in their third or fourth language. Departments have moved since the signs were installed, buildings have been extended into each other, and the lift that reaches the clinic is not the lift by the entrance.
The costs are quietly large. Patients arrive late and clinics slip, which pushes every subsequent appointment back. Reception, nursing and security staff give directions continuously — a genuine daily labour cost that never appears in any budget line. And patients who cannot find a department sometimes give up, which appears in the data as a missed appointment rather than as a wayfinding failure, so the problem is never attributed to its cause.
- Patients get lost between the car park and the entrance, before any signage helps.
- Departments relocate and static signage is not updated for years.
- Staff across every desk spend a real share of the day giving directions.
- Late arrivals push clinic schedules back for the rest of the day.
- Wayfinding failures are recorded as missed appointments, so the cause is invisible.
Solution overview
Swedish Technology delivers the route before the journey. When an appointment is confirmed, the reminder carries a link that opens a route from the car park or drop-off to the specific clinic — building, entrance, lift, floor, and the door to look for. It works in a phone browser with no app, in the language the patient has chosen with the hospital, and it accounts for mobility: a step-free route is a separate path through the building, not the usual route with the stairs removed.
Inside, guidance continues at the points where people actually stop and look around — main entrances, lift lobbies, junctions between wings. Kiosks serve those with no phone or no patience, and printed anchors let a patient scan and re-establish exactly where they are when the route has gone wrong. A hospital is one of the environments where live positioning genuinely earns its cost, and where it is justified we say which technology, at what accuracy, and what it will require to keep working.
How the solution works
- 1Model the hospital as it is Buildings, floors, departments, entrances, lifts and connections captured as structured data, including the connections that exist on drawings but are locked in practice — which in a hospital is a long list.
- 2Model mobility properly Step-free routes, lift capacity for a bed or a wheelchair, ramp gradients and rest points as their own network, because the patients who need it most cannot recover from a wrong turn.
- 3Link routes to appointments The appointment's clinic and location resolve to a route delivered in the reminder, so the patient starts the journey informed rather than arriving and asking.
- 4Start at the car park Guidance begins where the patient actually begins: parking area, drop-off point or taxi arrival, then the correct entrance for that department.
- 5Guide inside at decision points Kiosks, screens and printed QR anchors at entrances, lift lobbies and junctions, with positioning added in the buildings where a survey justifies it.
- 6Keep the model true Department moves, closures and works updated by the estates team directly. In a hospital this happens constantly, and a stale map is worse than none.
Key capabilities
Reference architecture
Built so the route survives the environment: thick concrete, poor signal, and a patient who will not install anything.
Deployment options: Cloud or on-premise. Map and route data cache on the device, because hospital interiors have some of the worst mobile coverage of any building type and the route must survive a basement corridor.
Hardware options
A hospital is one of the environments where positioning hardware is genuinely justified — but the highest-value item is still the kiosk in the lobby.
| Device | Where it is used | Selection notes |
|---|---|---|
| Wayfinding kiosk | Main entrances, outpatient lobbies, car park links | The most valuable hardware here. Serves elderly patients and anyone without a phone, and prints a route if they want to carry it. Wipeable surfaces and reachable from a wheelchair. |
| QR anchors | Lift lobbies, junctions, department entrances | Printed, cheap, no batteries. A scan re-establishes exact position, which is precisely what a lost patient needs and what a drifting blue dot fails to provide. |
| BLE beacons | Dense clinical buildings where surveyed | Justified more often in hospitals than in most buildings. Accuracy of a few metres, and a real ongoing battery-replacement obligation across hundreds of units. |
| Digital signage | Corridors, lift lobbies, waiting areas | Usually already installed. Wayfinding content should be pushed to existing screens rather than justifying a new display estate. |
| Car park guidance links | Parking structures and drop-off points | Zone markers and signage that let a patient establish a starting point, which is where most hospital journeys actually begin. |
Swedish Technology supplies and integrates equipment from established manufacturers, specified for clinical cleaning and public-area use.
AI capabilities
Aimed at keeping the model correct and at understanding failure, which in a hospital is constant.
- Drawing extraction — Converts CAD and PDF floor plans into a structured model, which turns hospital digitisation from a multi-month manual task into a reviewed one.
- Route failure detection — Identifies where patients abandon or deviate from routes, which is how a locked connecting door or a lift that skips a floor gets found without a survey.
- Multilingual search matching — Maps what patients type — a department's colloquial name, a consultant, a misspelling, Arabic or Latin script — to the right destination.
- Demand analytics — Shows which departments generate the most navigation requests and at what times, which tells estates where a sign or a kiosk removes the problem outright.
Integrations
These can be designed within project scope.
| System | Integration point & data exchanged | Direction |
|---|---|---|
| Hospital information systems and appointment booking | Appointment clinic and location so the route is generated automatically and a clinic relocation reroutes the patient rather than stranding them. | inbound |
| Patient portals and SMS reminders | The route delivered in the reminder the patient already receives, which requires no new app and no behaviour change. | outbound |
| Appointment check-in kiosks | Check-in confirms arrival and hands the patient the route to the waiting area or the room they are called to. → Smart Appointment Check-In Kiosk | bi-directional |
| Hospital visitor management | A registered visitor receives a route to the correct ward, removing a large share of the questions asked at every desk. → Hospital Visitor Management | bi-directional |
| Esri ArcGIS and ArcGIS Indoors | Indoor GIS as the authoritative spatial model where the health group already runs Esri for its estate. | bi-directional |
| CAFM and estates systems | Department moves, closures and works reflected in the map, which in a hospital is the difference between a live map and a misleading one. → Facility Management | inbound |
The integrations above are designed and implemented within project scope using vendor APIs, webhooks or standard connectors. They do not imply partnership, certification or endorsement by the system owner unless stated on that vendor's official pages.
Dashboards & analytics
- Navigation demand — Most-requested destinations by hour and entrance, which shows where signage or a kiosk would remove the need entirely.
- Failed searches and abandoned routes — What patients could not find and where they gave up — the fastest route to a better map.
- Accessible route usage — Step-free requests and where they fail, producing an evidence-based accessibility improvement list for estates.
- Map freshness — Departments and paths not reviewed since a recorded change, so the model is maintained rather than left to decay.
Security & deployment
Wayfinding should work without an account, and here it should work without a name. A patient opening a route link needs directions, not a login. Where a route is linked to an appointment, the link is single-purpose and time-limited rather than a persistent identifier that reveals a clinic attendance if the phone is seen by someone else — a small design decision with real consequences for a patient attending a sensitive service. Map data caches on the device so routes work in basements and shielded corridors, and kiosks fall back to a static map rather than an error screen.
Data privacy
A route to a named clinic is health information by implication. A link that says 'oncology, second floor' in a message preview discloses something the patient may not have shared, so we design route links to be neutral in what they display until opened, and time-limited so they do not persist as a record on the device.
Positioning is computed on the device and used to draw a route there. The hospital does not acquire a movement history of its patients as a side effect of installing wayfinding, and analytics are aggregate — which destinations are busy, where routes fail — rather than individual journeys. Under UAE Federal Decree-Law No. 45 of 2021 and the health-sector requirements of the Department of Health – Abu Dhabi and the Dubai Health Authority, location data tied to a patient and a clinic is sensitive, and the fact that it could be retained is not a reason to retain it.
Industry use cases
UAE & GCC considerations
UAE hospitals serve one of the most linguistically varied patient populations anywhere. Arabic and English are the baseline, but a facility whose patients also speak Urdu, Hindi, Malayalam, Tagalog or Bengali will see the benefit concentrated in exactly those groups — and machine-translated wayfinding produces confident nonsense at precisely the moment someone is lost. Translations should be reviewed by speakers, and guidance should lean on landmarks and images rather than text wherever it can.
The physical context matters too. Many facilities here are large, recently extended and connected by structures that make signage inconsistent between phases. Patients arrive by car in overwhelming proportion, so the car park to entrance leg is the real beginning of the journey and the one most often unaddressed. And the walk between buildings that looks reasonable on a plan is not reasonable in August, which means covered and air-conditioned connections should be modelled as a routing preference rather than as an equal path.
Implementation approach
- 1Journey observation Follow real patients from the car park to a clinic. Every hospital has failure points that no floor plan shows and that staff have stopped noticing.
- 2Facility modelling Floor plans converted to a structured model, verified physically where drawings and reality disagree — which in a hospital is often.
- 3Accessibility survey The step-free network mapped properly, including which lifts take a bed and which routes have rest points.
- 4Language and content design Destination names patients actually use, reviewed translations, and landmark-based instructions tested with patients rather than with staff.
- 5Outpatient pilot One high-volume outpatient department with appointment-linked routes, measured against late arrivals and direction requests at the desk.
- 6Rollout and handover Remaining departments, kiosks and signage integration, with the map editor and freshness dashboard handed to estates.
Why Swedish Technology
- We start the route at the car park, because that is where the patient's journey actually starts and where most systems begin too late.
- The step-free network is modelled separately, so the patients least able to recover from a wrong turn get a route that works.
- We design for people with no app, no data and no confidence — kiosks and printed routes are first-class, not fallbacks.
- Route links are neutral and time-limited, so a message preview does not disclose which clinic someone is attending.
- We will tell you where positioning is justified and where it is not, with the survey behind the recommendation.
Limitations & prerequisites
- Indoor positioning accuracy is a few metres at best with BLE or Wi-Fi — enough for floor and corridor, not a specific doorway. Hospital construction makes signal conditions harder than in most buildings.
- Beacon estates require ongoing battery replacement across hundreds of units, and an unmaintained estate becomes an unreliable one within a couple of years.
- The map is only as accurate as the last estates update. Hospitals change constantly, so this is an operational commitment rather than a one-off deployment.
- Wayfinding reduces late arrivals; it does not eliminate them. Traffic, parking capacity and clinic overruns are separate causes with separate fixes.
- Patients without smartphones depend on kiosks and printed routes, which means kiosk placement and staffing decisions remain part of the solution.
- Poor physical signage cannot be fully compensated for in software; some deployments require signage changes to be effective.
FAQ
By delivering the route with the appointment reminder rather than leaving the patient to find the department on arrival. A significant share of late arrivals are patients who were on site in time and could not find where to go — and those are recorded as lateness or non-attendance, so the cause is usually invisible in the data.
No. Routes open in a phone browser from a link in the appointment reminder, and kiosks and printed routes serve patients with no phone or no data. An app makes sense only where the hospital already has one patients use.
More often than in other buildings, but not everywhere. Hospitals are dense and disorienting, which is the case where positioning earns its cost — but a good facility model with kiosks and QR anchors covers a great deal at a fraction of the price. We survey and recommend per building.
As a separate path network with its own data: which lifts take a wheelchair or a bed, which connections are step-free, where rest points are. It is not the standard route with stairs removed — that produces routes which fail at the first obstacle.
Guidance is delivered in the languages your patients actually speak, with translations reviewed by speakers rather than machine-generated, and instructions built around landmarks and images so they work with limited literacy in any language.
No. Position is computed on the device to draw a route there and is not sent as a continuous trail. Analytics are aggregate — which destinations are busy and where routes fail — rather than individual journeys.
Estates updates the model directly and the change is live immediately. This is the main practical advantage over static signage, which in most hospitals waits for a budget cycle and is therefore usually wrong somewhere.
Yes, and it should. In this region almost all patients arrive by car, and the leg from parking to the correct entrance is where a large share of confusion happens — before any indoor signage has a chance to help.
Discuss your site with an engineer
Tell us the venue, the expected visitor volume and the systems you already run. We reply with a technical view, a realistic scope and the next sensible step — a site survey, a working demonstration, or a full technical and commercial proposal.
Sources & evidence
- UAE Federal Decree-Law No. 45 of 2021 — Personal Data Protection Law — Governs collection, retention and cross-border transfer of visitor personal data in the UAE.
- Department of Health – Abu Dhabi — Health regulator for Abu Dhabi; sets facility and patient service standards.
- W3C Web Content Accessibility Guidelines (WCAG) 2.2 — Accessibility standard applied to patient-facing wayfinding interfaces and kiosks.
Vendor and product names are trademarks of their respective owners; references are for technical context and do not imply partnership, certification or endorsement.