Lone-worker & man-down protection.
Protect people who work alone or out of sight. Location, duress, fall and no-motion alerts reach a control room fast — with the position responders need — and your duty-of-care is evidenced.
Lone-worker & man-down protection: how it works, and what it protects.
The right radio for the job — chosen, never sold — mapped to your use case. That is what makes the ROI fast.
1 · Equip
Workers carry a wearable with duress button, fall and no-motion sensing.
2 · Detect
A fall, no-motion or duress press raises an alarm with the worker's live location.
3 · Respond
The control room is alerted instantly and guides responders straight to the spot.
UWB/BLE → indoor · GPS/LoRaWAN → remote & outdoor
Which technology actually fits.
We have no hardware to sell, so the recommendation serves your outcome — not a price book.
UWB
Precise indoor duress location.
LoRa
Remote/outdoor coverage.
Man-down
Fall & no-motion sensing.
Industries this solution suits
Help that reaches them in seconds.
A utility equips field crews with wearables. A fall, no-motion or duress event raises an alarm with the worker's live position, the control room is alerted instantly, and duty-of-care is evidenced.
Typically bought by: EHS / HSE, control-room operations, HR, compliance.
Relevant case studies
Where this solution wins — examples by sector.
Oil & gas maintenance crews (oil-gas)
Confined-space, hot-work, lone-worker protection.
Mining underground personnel (mining)
Underground lone-worker safety with man-down detection.
Healthcare ED, psych, security (healthcare)
Staff safety against workplace violence.
Manufacturing 3rd-shift maintenance (manufacturing)
Solo maintenance during off-shifts.
Utilities field-service technicians (energy)
Remote field workers across grid and pipeline.
Frequently asked questions
How does lone-worker and man-down protection work?
A worn device combines location with man-down (no-motion or tilt) and panic-button detection, raising an alarm with the person's position so help reaches them fast.
Does it work where there is no GPS or cellular?
Yes - indoors and underground we use UWB or BLE anchors or mesh; outdoors GNSS; and we design for the dead spots, which is exactly where lone workers are most at risk.
Who gets the alert, and how fast?
Alerts route to your control room, security or designated responders with location and time, integrating with PA, mustering and existing alarm systems for a coordinated response.
How do we balance safety with worker privacy?
Location can be revealed on alarm rather than tracked continuously, and policies are agreed with workers and unions - protection without surveillance.
What standards does it support?
It underpins your lone-working risk assessments and duty-of-care obligations, with an auditable record of alerts and response times.