Precise indoor positioning and navigation.
Smart Citizens delivers indoor positioning as a foundation for asset tracking, personnel safety, indoor navigation and any workflow that needs to know exactly where things are inside a building.
Indoor positioning is treated as an engineered layer: anchors, positioning engine, mapping and integration are designed and validated for the specific building — no generic drop-in accuracy claim is published.
Business problems indoor positioning solves
GPS does not work indoors — every indoor-first outcome needs a different positioning layer.
Visitors, patients and staff struggle to navigate complex facilities with static signage alone.
Enterprise and public apps cannot deliver location-aware experiences without a reliable indoor positioning layer.
Without positioning, movement, dwell and flow analytics are estimated rather than measured.
Indoor navigation workflow
- Step 1Locate user
The user's position is computed inside the building through a tag, wearable or supported mobile device.
- Step 2Select destination
The user chooses a destination from the map, directory or a deep link.
- Step 3Calculate route
A best-fit route is generated across the building, respecting access rights and zone rules.
- Step 4Guide through facility
Turn-by-turn guidance on web or mobile, respecting language and accessibility needs.
- Step 5Update route dynamically
The route re-computes as the user moves, waits or is redirected by operational rules.
Indoor positioning stack
A location layer that other Smart Citizens solutions plug into.
- Layer 11 · Client device
Tag, wearable or supported mobile device.
- Layer 22 · Positioning infrastructure
Fixed anchors installed across the facility.
- Layer 33 · Positioning engine
Turns signals into stable, filtered positions.
- Layer 44 · Maps & navigation
Building maps, routing, wayfinding and accessibility.
- Layer 55 · Integration
Location context exposed to enterprise apps.
Positioning & navigation capabilities
Sub-metre architectures may be feasible for the right combination of hardware and geometry.
AoA-based positioning is one of the supported approaches.
Turn-by-turn navigation on web and mobile.
Structure floors, wings, zones and campuses for governance and reporting.
Trigger content, offers, alerts or workflows based on where the user is.
Where indoor positioning matters
Wayfinding for patients and visitors, plus operational positioning for staff.
Indoor navigation, location-aware campaigns and analytics.
Passenger wayfinding and operational location.
Guided experiences, safety flows and dwell analytics.
Wayfinding across large offices, meeting rooms and cafeterias.
Integration into apps and enterprise systems
Indoor positioning is exposed as a first-class location layer that other Smart Citizens solutions and the client's own apps can consume.
- Location API for authorised app integrations
- Map and floor-plan services
- Zone, region and campus hierarchy management
- Configurable geofences and rules
- Webhooks for enter / exit / dwell events
Supported mobile OS versions, Bluetooth versions and specific SDKs are confirmed per project.
Privacy & governance
Smart Citizens does not position location intelligence as covert workforce surveillance. Every deployment is delivered with clear purpose limitation, role-based access, employee notice, retention rules, audit logs and client legal review.
- Purpose limitation — location data is used only for the operational, safety or compliance purpose agreed with the client
- Employee notice and consent where required by local law and client policy
- Role-based access to live location, history and reports
- Configurable retention windows for live location, trajectories and events
- Audit logs of who viewed which location or report, and when
- Restricted-area governance and emergency-use policies documented per project
- UAE data-protection considerations reviewed with the client's legal team
- System is not delivered as a covert or personal-productivity surveillance tool
Selecting indoor positioning technology
- Anchor: outcome (asset visibility, safety, wayfinding, analytics) before technology
- Room-level, sub-room or sub-metre accuracy — pick only the tier the outcome truly needs
- Match the client device to the user: tag, wearable or app
- Model radio environment, ceiling height and cabling before design freeze
- Design maps, zones and language up front — retro-fitting is expensive
Approved product data required
The following technical claims are not published as guaranteed Smart Citizens specifications on this page until manufacturer datasheets are approved and attached to the project.
- Positioning accuracy figures
- Anchor coverage and spacing
- Tags supported per anchor
- Refresh rate and battery life
- Tag and anchor dimensions and IP ratings
- Mobile compatibility and Bluetooth version
- Power and installation-height requirements
- API protocols and deployment model (on-prem / cloud / hybrid)
- Certifications, warranty and pricing
Indoor navigation & positioning business case
Performance depends on the selected hardware, building geometry, installation height, radio environment, tag type, system configuration and approved project design.
Frequently asked questions
Does it work on visitor mobile phones?
Supported mobile compatibility, Bluetooth version and app requirements are confirmed per project. No guaranteed device list is published on this page.
How does it compare to Wi-Fi positioning?
Bluetooth AoA-based architectures typically deliver a different accuracy profile than Wi-Fi RSSI. The right choice depends on outcome, geometry, and existing infrastructure.
Design a location-aware building.
Every location-aware experience starts with an accuracy study and an approved deployment design.