Where, exactly

The floor, not just the address.

During an active alert, the worker's position streams to the monitoring centre and updates every 5 seconds. Outdoors that is GPS. Indoors, where GPS is unreliable, BLE beacons give room-level positioning, so dispatch gets a floor and a room rather than a street address. Location is private until an alert is raised.

Every 5 seconds location refresh for the duration of an alert Duress product specification
Why it exists

The problem it solves

A street address is not much use in a twelve-storey hospital, a shopping centre, or a depot with six buildings. The time between arriving at the address and reaching the person is where a response is won or lost.

The other half is movement. An incident is rarely static, and a location captured once at the moment of activation sends help to where the worker used to be.

How it works

Step by step

  1. 1

    Nothing is tracked until it matters

    Location is private until activation. Duress is not a staff-tracking tool, and that distinction is usually what gets a rollout through consultation with a workforce.

  2. 2

    An alert opens the stream

    Raising an alarm starts live positioning to the operator, who has it on screen when they answer rather than having to ask for it.

  3. 3

    Outdoors, GPS fixes the position

    Falcon uses GPS and GLONASS to roughly 5 metres. Eagle uses multi-constellation GNSS. The Duress App and Phoenix use the phone's GPS.

  4. 4

    Indoors, beacons take over

    Where GPS degrades, BLE beacons give room-level positioning, with LoRaWAN indoor positioning to around 1 metre available through the app.

  5. 5

    It refreshes every 5 seconds

    Position updates every 5 seconds for the life of the alert, so a moving worker does not strand the response at their starting point.

Across the range

What each device does

Including the ones that do not have it. A device paired to a phone does not inherit the phone's capabilities.

Duress App

Supported

Phone GPS, with BLE beacons for room-level indoor positioning or LoRaWAN indoor to around 1 metre.

See Duress App →

Phoenix

Supported

Phone GPS and BLE beacon indoor positioning through the paired phone. Phoenix has no standalone data connection of its own.

See Phoenix →

Falcon

Supported

GPS and GLONASS to about 5 metres on its own 4G connection, plus BLE beacons indoors. Works with no phone present.

See Falcon →

Eagle

Supported

Multi-constellation GNSS including GLONASS and Galileo, plus BLE beacon indoor positioning.

See Eagle →

Comparing devices rather than features? The full comparison table puts all four side by side, or the device selector asks six questions and recommends one.

Questions

Common questions

Can managers see where staff are at any time?
No. Location is private until an alert is raised. This is a deliberate design decision, not a setting, and it is usually the thing that decides whether a workforce accepts the rollout.
How accurate is indoor positioning?
It depends on the method. BLE beacons give room-level accuracy, which is what most sites deploy. LoRaWAN indoor positioning reaches roughly 1 metre. Both need infrastructure installed in the building; neither works out of the box in a site you have never surveyed.
What happens to location in a coverage dead zone?
A device with no path to the network cannot send a position. Falcon and Eagle fall back to SMS when data is unavailable, which helps in marginal signal, but genuine dead zones need a satellite tool rather than any of our devices.
Is location history kept?
The location trail during an alert is retained as part of the incident record in Pathfinder and can be exported as CSV or XLSX. Outside an alert there is no trail to keep.

Talk it through with someone who knows the detail.