No continuous vehicle power
Containers and mobile cargo assets may spend days or weeks detached from a powered vehicle.
Maintain visibility of containers and mobile cargo assets across long journeys with low-power tracking, geofences and exception reporting.
Container movements often cross trucks, yards, ports and warehouses without a fixed power source. FOFN combines long-standby wireless or solar-assisted trackers with cloud monitoring so operators can see the last or current position, movement history, arrival/departure events and battery status. Reporting frequency can be adjusted to balance visibility and endurance.

Containers and mobile cargo assets may spend days or weeks detached from a powered vehicle.
Road, yard, port and warehouse movements create many handover points where status can be lost.
A container can be moved, stored in the wrong area or stay too long without immediate notice.
Hundreds or thousands of mobile assets require batch views, groups and searchable history.
Wireless long-standby or solar-assisted positioning devices are selected according to reporting frequency and installation conditions.
Hidden, magnetic or project-specific mounting can simplify deployment without relying on vehicle wiring.
Geofences, movement, vibration, battery and reporting intervals are configured around the transport process.
Container groups, map views, history, alarms, reports and APIs support centralized asset supervision.
Assign each device to a container or mobile asset ID and record the expected route or destination.
Select a normal reporting strategy and activate relevant geofences or movement rules.
Review positions and automatically flag unexpected movement, long stays or low battery.
After delivery, reassign the tracker when required and use history to improve asset turnover and route planning.
Operators retain a digital location record even when the container is separated from the truck.
Automatic location and events reduce the need for repeated phone calls or yard searches.
Movement and geofence alarms help teams notice unusual handling earlier.
History and dwell-time visibility help identify containers that are idle too long or circulating inefficiently.
Tell us the application, country, network conditions and deployment scale. We will recommend suitable devices, sensors and platform functions.