Real-Time Location Systems — designed for enterprise UAE.
Smart Citizens engineers indoor RTLS that turn assets, people and vehicles into live, addressable operational objects — with maps, alerts, workflows and open integration into your existing enterprise stack.
Smart Citizens RTLS combines high-precision indoor positioning, real-time maps, geofencing, alarm workflows, trajectory history, heatmaps, roll-call and patrol tooling, and open APIs — packaged as an approved-project deployment rather than a shelf product. Every claim on this page is qualified by the client's approved project design.
Business problems RTLS solves
Critical equipment cannot be found when it is needed, driving operational delay and duplicate spend.
Operations cannot verify who is in a restricted zone or account for staff during an incident.
Attendance and patrol workflows depend on paper, radios or spreadsheets and cannot be audited.
Post-incident review is limited because no trajectory or dwell data is retained.
Location cannot be joined with maintenance, BMS, access control, HR or ERP systems.
Point-solutions cannot be extended, integrated or governed at portfolio level.
How Smart Citizens RTLS works
- Step 1Detect
Battery-powered tags or wearables broadcast; fixed anchors detect their signals throughout the covered area.
- Step 2Calculate
A positioning engine computes the location of every tag using Bluetooth AoA-based or comparable architectures.
- Step 3Visualize
Live maps, web and mobile clients render positions, zones, geofences and heatmaps.
- Step 4Alert
Rules trigger operational alerts for restricted zones, missing tags, patrol misses and safety events.
- Step 5Analyze
Trajectory history, dwell time, roll-call outputs and heatmaps feed operational and strategic reporting.
- Step 6Integrate
Open APIs push location, IoT and event data into BMS, ERP, HRMS, access control, video and reporting platforms.
Smart Citizens RTLS architecture
Five layers, one delivery team — from tag to intelligence platform.
- Layer 11 · Tag / wearable
Battery-powered device attached to an asset, or worn by a person or fitted to a vehicle.
- Layer 22 · Positioning infrastructure
Fixed anchors installed across the facility that receive signals from every tag.
- Layer 33 · Location engine
Compute layer that turns raw signals into positions with configurable smoothing and filtering.
- Layer 44 · Intelligence platform
Maps, geofencing, trajectory history, heatmaps, roll call, patrols and reports.
- Layer 55 · Integration
Open APIs and webhooks that expose location, IoT and event data to enterprise systems.
Operational capabilities
Live positions of tagged assets, people and vehicles on floor plans and site maps.
Draw restricted, permitted and staged zones and drive alerts and workflows from entry / exit events.
Prioritised alerts for safety, security and operations, with acknowledgement and escalation paths.
Replay how any tag moved over any past time window; useful for audits and post-incident review.
Replay several tags in sync to reconstruct group movement and process flow.
Visualise dwell density, congestion and utilisation across floors and zones.
One console for every building, plant or campus in the portfolio.
Configurable roll-call and patrol workflows with audit trails.
Structured event streams and reports; work-instruction hooks for operational teams.
Where RTLS matters
Locate mobile medical equipment, escalate patient-safety events and support restricted-area governance.
Track WIP, tooling, forklifts and safety wearables inside plants and warehouses.
Live yard, dock and warehouse visibility for pallets, cages, vehicles and personnel.
Support crew, contractor and equipment location across airports, ports and depots.
Enable indoor navigation, service dispatch and asset visibility in large retail environments.
Understand visitor flow, protect restricted galleries and operate guided experiences.
Coordinate service teams, maintenance and safety patrols across a campus.
Open integration architecture
Smart Citizens RTLS is delivered with an integration mindset — location, IoT, event and operational data are exposed through open APIs so your BMS, ERP, HRMS, access control, video, ticketing and reporting platforms can consume it.
- Location API — live and historical positions per tag or object
- IoT data API — telemetry aggregated with location context
- Events API — geofence, alarm, roll-call and patrol events
- Reports API — operational reports and utilisation summaries
- Webhooks — push notifications to enterprise systems on defined events
- Multi-site rollup so a single dashboard covers every building
Specific API protocols, on-premises versus cloud availability, and integration scope 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
Technology-selection guidance
- Start from the operational outcome: safety, asset visibility, throughput, compliance or navigation
- Decide whether room-level, sub-room or sub-metre accuracy is genuinely required by the outcome
- Consider building geometry, ceiling height, radio environment and existing cabling before choosing anchors
- Match tag form-factor to the object being tracked — asset, wearable, or vehicle mount
- Plan for governance, retention and consent before selecting hardware
- Design the integration path to BMS, ERP, HRMS, access control and reporting up front
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
RTLS business-case calculator
Performance depends on the selected hardware, building geometry, installation height, radio environment, tag type, system configuration and approved project design.
Frequently asked questions
How accurate is Smart Citizens RTLS?
High-precision indoor positioning options are available, and sub-metre architectures may be feasible for the right combination of hardware, geometry and configuration. Exact accuracy is confirmed by the approved project design — no guaranteed figure is published on this page.
Can RTLS run on-premises?
Both on-premises and cloud deployment models are considered per project, based on security, data-residency and integration requirements. The final model is confirmed in the approved design.
Does RTLS work outdoors and across multiple sites?
The primary use case is indoor RTLS. Yard, dock and campus extensions are considered per project. Multi-site rollup and regional management are supported.
Is this a workforce surveillance tool?
No. Smart Citizens does not deliver location intelligence as covert workforce surveillance. Every deployment is governed by purpose limitation, employee notice, role-based access, retention rules and audit logs, subject to the client's own legal review.
Which enterprise systems can it integrate with?
Open APIs and webhooks expose location, IoT, event and operational data so BMS, ERP, HRMS, access control, video and reporting platforms can consume it, subject to the approved integration scope.
Design your RTLS with Smart Citizens.
Every RTLS deployment starts with a site assessment and an approved solution architecture — no shelf products, no guessing.