A global power producer put real-time safety geofencing on a live plant
A global power producer put real-time safety geofencing on a live, high-hazard plant — knowing exactly who is inside a dangerous zone, fully offline on a private network.
The challenge
On a high-hazard plant, the hardest question was also the most important: who is inside a dangerous zone right now — on a private, offline network with no cloud dependency.
On a high-hazard plant the most important question is also the hardest: who is inside a dangerous zone right now? And it must be answered on the plant's own private, offline network — no cloud, no connectivity assumptions.
What we deployed
PULSE GeoFencer — RFID geofencing and real-time worker-safety monitoring on a private LoRaWAN network.
Key capabilities- RFID worker tagsWorkers carry tags located in real time.
- Zone geofencingHazardous areas are geofenced with instant breach alerts.
- Private LoRaWANRuns on infrastructure the operator owns.
- Fully offlineNo cloud dependency; works with no connectivity.
- Long rangeCoverage up to ~1 km.
- Live musterMuster rolls replaced with live location data.
How it works
Workers carry RFID tags; hazardous areas are geofenced. The moment someone enters a zone they are not cleared for, safety teams are alerted — fully offline, up to 1 km range.
Outcomes
- Real-time worker location across the site
- Zone-level restricted-area alerts
- Runs fully offline on a private network
- Muster rolls replaced with live data
The use case in depth
Worker safety on a hazardous site is a real-time question, and most systems assume cloud connectivity that industrial environments can't guarantee. A private LoRaWAN network answers it locally: the moment someone enters a zone they're not cleared for, safety teams are alerted — offline, on the operator's own infrastructure.
Because it's the same sensing layer, what proves itself on the hardest site — a live plant — extends naturally to occupancy and asset tracking in a corporate HQ. The plant is the proof; the enterprise inherits the platform.
Explore UrSpayce PULSE
UrSpayce PULSE delivers RFID geofencing and worker-safety monitoring on a private, offline LoRaWAN network the operator owns.
See UrSpayce PULSE →Frequently asked questions
How does worker-safety geofencing work?
Workers carry RFID tags and hazardous areas are geofenced. The instant someone enters a zone they aren't cleared for, safety teams are alerted — in real time, on a private offline network.
Does it need cloud connectivity?
No. UrSpayce PULSE runs fully offline on a private LoRaWAN network with up to ~1 km range, so it works in industrial environments with no cloud dependency.
Can the same network do more than safety?
Yes. The same sensing layer runs occupancy and asset tracking, so a deployment proven on a plant extends to corporate HQ use cases.