When a vehicle leaves your facility’s LoRaWAN coverage, its recorded journey need not stop there. Storing acquired positions on the device and uploading them on return lets you review that part of the route later. The key distinction is between when a position is recorded and when it reaches the platform.
GPS positioning and LoRaWAN connectivity have different roles
GPS/GNSS provides the position. LoRaWAN is the communication layer that carries device records through gateways to the platform. The LoRa Alliance’s network overview explains the roles of end devices, gateways and servers in this data path.
Satellite reception may continue when a vehicle leaves LoRaWAN coverage. In a tunnel or an enclosed structure that blocks satellite reception, a new position may not be available. Survey radio coverage and GNSS reception separately.
How local recording and later upload work
LR-GPS keeps acquired positions in internal memory outside LoRaWAN coverage. On returning to coverage, the device uploads queued records to the platform. This store-and-forward approach makes recorded positions available for later review.
Completion time depends on when the vehicle returns, the amount of queued data and the upload plan. Assess recording intervals, required memory and time outside coverage together.
- Outside coverage: acquired positions stay in device memory.
- On return: queued historical records are uploaded.
- After upload: review location history and the journey report.
What does a journey report tell you?
Historical positions help you review the recorded route of a vehicle that leaves and returns to a site. Uploaded LR-GPS records join the location history in Loraix Console and support reporting on the past journey.
Positions stored outside coverage are available remotely after reconnection and upload. The route view reflects recorded points; detail between those points depends on the recording interval.
Plan battery use and recording intervals together
LR-GPS supports battery-powered operation. Position acquisition, radio communication and field conditions affect energy use. An operating plan should reflect the vehicle’s work pattern and the required journey detail rather than assume one fixed battery runtime.
Equipment making short moves within a facility may need a different recording plan from a vehicle spending long periods outside coverage. Check position recording, energy use and upload on return during the pilot.
What Bluetooth provides in the field
Bluetooth Low Energy provides nearby access to LR-GPS through Loraix Tracker. Check positioning, LoRaWAN connectivity and memory status next to the device during installation or field inspection.
Bluetooth supports local access; LoRaWAN carries remote data. The Bluetooth SIG Low Energy Primer explains the underlying local wireless technology.
Start with the operational question
For construction sites, open mines, depots and facilities, decide what the operation needs: the latest position while connected, a review of recorded journeys on return, or both. Build the connectivity and recording plan around that need.
- Identify vehicles, assets and expected routes.
- Verify LoRaWAN coverage and GPS/GNSS reception separately in the field.
- Assess recording intervals, time outside coverage and the power plan together.
- Verify upload of stored records and their appearance in the journey report during the pilot.