The most deployable people tracking solution

Our people tracking uses incredible new mesh networking technology from Wirepas, to deliver accurate tracking over entire buildings using just low-cost battery-powered beacons.

Calling for help

Universities and healthcare facilities can give staff and students confidence that when they need assistance, responders will know exactly where they are.

Attendance tracking

Conferences and training events that award CPD points can accurately track attendance without needing to scan every delegate in and out.

Efficient operations

Hospitals can assign tasks to the nearest porters. Security teams can assign incidents to the nearest responders.

Compliance monitoring

Ensure the people in any area are permitted to be there by generating alerts when unauthorised entry is detected.

Why use Crowd Connected?

Quick install

Mesh beacons are battery-powered and long-life. They can be installed with the included self-adhesive. Cover 25,000 m2 in just 4 hours, requiring only a single gateway.

Whole site coverage

Many WiFi solutions will only cover part of the building. Our quick to install hardware easily extends wherever it's needed.

Low TCO

The battery powered, low cost mesh beacons required have a significantly lower TCO than competing solutions such as UWB or WiFi.

Accuracy

Accurate to a few meters, more than good enough for most tracking requirements.

Find out more about our platform

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How indoor people tracking works

People tracking relies on a network of fixed Bluetooth beacons installed throughout a building. Each person carries a small wearable tag - typically clipped to a lanyard or ID badge - that transmits a signal picked up by the surrounding beacons. The beacons relay position data through a wireless mesh network to a single gateway, which sends it to the Crowd Connected platform in real time.

Unlike Wi-Fi-based or UWB systems, our people tracking solution requires no permanent power at each beacon and no network cabling beyond a single ethernet connection per floor. This makes it practical for temporary deployments (such as events) as well as permanent installations in hospitals, universities, and corporate campuses.

Learn more about the technology behind people tracking

Indoor positioning technology review 2026
Indoor positioning systems compared: the practical guide for 2026
We compare every indoor positioning system for 2026 - BLE, UWB, Wi-Fi RTT, fingerprinting, and more. Real-world accuracy data, deployment costs, and which technology actually works for hospitals, retail, events, and airports.
Crowd Connected RTLS mesh architecture with battery-powered beacons and BLE tags relaying to a single gateway, on a light abstract background.
RTLS vs WiFi and BLE gateways: which is better for asset tracking and indoor positioning?
RTLS vs WiFi access points vs BLE gateways - we compare accuracy, cost, deployment speed, and total cost of ownership for asset tracking and indoor positioning.
Why indoor positioning needs a rethink and how our patent delivers it
Why indoor positioning needs a rethink and how our patent delivers it
Most indoor positioning systems still rely on fingerprinting - expensive, fragile, and high-maintenance. We explain why, and how our patented Anchor-Shift Fusion algorithm delivers self-calibrating accuracy without it.