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RTLS
Reengineered

BlueGPS is a software-first Real-Time Location System (RTLS). Our modular platform can use the best location hardware regardless of technology and integrates easily with your existing web, mobile, and operational systems through open APIs and SDKs. Easy to use and quick to scale, BlueGPS has been built differently to deliver the promise of enterprise RTLS without the complexity, cost, or compromise of legacy systems.

How do we integrate?

  • API

    Secure, well-documented endpoints

  • MQTT

    Deployments

  • SDK

    Web & mobile development kits

  • Enterprise Event Bus

    Event-driven integration at scale

One platform. Any technology. Every environment.

Bluetooth Angle of Arrival (AoA)

Bluetooth Angle of Arrival (AoA)

AoA technology measures the direction of Bluetooth signals through advanced antenna arrays and algorithms. This enables sub-meter accuracy and real-time positioning, even in fast-changing environments. With directional awareness, it not only tells you where something is, but also where it's heading—ideal for asset tracking, safety, and flow management.

Bluetooth Unmanaged + RSSI-Based Localization

Bluetooth Unmanaged + RSSI-Based Localization

This lightweight solution uses standard Bluetooth signals to localize smartphones or devices without the need for a mesh network. It offers a low-cost entry point to RTLS, with simple installation and minimal infrastructure. Perfect for pilots, smaller spaces, or mobile-first scenarios, it delivers quick results while remaining flexible for growth.

Bluetooth Mesh-Based Localization

Bluetooth Mesh-Based Localization

By leveraging Bluetooth signal strength (RSSI) across a mesh network, this approach provides scalable and cost-efficient positioning. Mesh topology ensures strong coverage and reliability, making it easy to expand across buildings, warehouses, or campuses. With no need for complex hardware, deployment is straightforward while still delivering solid accuracy.

Ultra-Wideband (UWB)

Ultra-Wideband (UWB)

For ultra-high-precision applications, BlueGPS integrates UWB technologies. By leveraging advanced Time-of-Flight (ToF) and Time-Difference-of-Arrival (TDoA) methods, we can deliver centimetre-level precision exactly where you needed, without over-specifying costly infrastructure projects.

Outdoor Global Positioning System (GPS)

Outdoor Global Positioning System (GPS)

Take visibility beyond the four walls of your facility. BlueGPS integrates GPS and GNSS technologies to deliver location and movement data of vehicles, containers, products, and assets across massive outdoor environments. By combining satellite tracking with our core platform, we provide a unified view of your assets seamlessly across indoor and outdoor spaces without requiring extensive additional infrastructure.

RFID & Barcode Scanning

RFID & Barcode Scanning

BlueGPS integrates RFID and QR code workflows to bring high-volume inventory and passive assets into your digital ecosystem. RFID and barcode scanning is ideal as a low-cost solution for parts and material tracking, whilst QR codes serve as instant, zero-infrastructure launchpad to establish user locations and provide step-by-step indoor navigation via smartphone.

DOWNLOAD OUR PAPER ON TRACKING TECHNOLOGIES

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RTLS Technology Questions

What is the difference between Bluetooth AoA, UWB and Bluetooth RSSI?
AoA measures the direction a Bluetooth signal arrives from using antenna arrays, giving sub-meter accuracy and direction of travel. UWB uses Time-of-Flight and Time-Difference-of-Arrival methods to reach centimetre-level precision. RSSI uses signal strength — unmanaged or across a mesh — for a lower-cost, easier-to-scale position.
What accuracy and latency can I expect?
The precision tier runs on Quuppa Bluetooth AoA: approximately 1 metre accuracy with positions computed every second. The mesh tier delivers room-level accuracy of around 4 metres with updates in the order of minutes. Operations needing very high sub-meter granularity or outdoor coverage change the hardware mix, which is why every project starts with a site design.
Can BlueGPS combine more than one positioning technology on the same site?
Yes. Many sites mix technologies by zone — precision where latency and accuracy matter, mesh where room-level location is enough. The platform is hardware-agnostic by architecture, not by configuration.
What does hardware-agnostic mean in practice?
BlueGPS already integrates Quuppa, BLE mesh, Wirepas, UWB, GPS and other localization layers. If you already run localization hardware, BlueGPS runs on top of it rather than replacing it.
Can we use our existing Cisco or Aruba network for positioning?
Potentially — it depends on the access point models and their density. Recent Cisco and Aruba APs embed BLE/IoT radios that can act as localization receivers; older generations don't. Wi-Fi networks are designed for coverage rather than positioning, so a layout that is ideal for connectivity may only deliver zone-level accuracy. BlueGPS integrates with Cisco Spaces natively.
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