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Secure Cargo and Your Fleet in Parking Areas with the Delay Shutdown Feature
Security in commercial transportation fleets often has vulnerabilities that many logistics operators are unaware of. The biggest vulnerabilities generally arise not while vehicles are traveling on the highway, but immediately after they arrive at rest areas or loading/unloading facilities. This is where the delay shutdown feature plays a vital role. Most conventional tracking devices are designed to shut down immediately when the vehicle’s engine is turned off. However, the first few minutes after the engine is turned off are actually the most vulnerable time for the security of both the cargo and the vehicle itself.
Security Risks in Parking and Loading / Unloading Areas
In large-scale logistics operations, such as in the industrial distribution sector, trucks often have to park in areas with minimal supervision. When drivers turn off the engine to rest, get out to check in at a security post, or when the cargo loading and unloading process begins, the vehicle is in an idle state. If the camera surveillance system (MDVR) and telematics sensors also shut down when power is cut off from the engine, management at the control center will lose complete visibility.
This gap in the chain creates opportunities for cargo theft, sabotage of vehicle components, or even accidents in parking areas that are not recorded by surveillance cameras (dashcams). Therefore, monitoring of transportation company assets must continue without interruption even when the vehicle’s main engine is turned off.
How the Delay Shutdown Feature Works in the TAM Fleet Ecosystem
To close this security gap, the TAM Fleet fleet management ecosystem from PT Teknologi Karya Digital Nusa Tbk (TRON) is equipped with a delay shutdown feature. This innovative technology is designed so that the IoT devices and surveillance camera systems installed on the vehicle remain powered on and continue recording for several minutes after the driver turns off the engine.
This mechanism efficiently utilizes the devices’ internal power reserves. When the ignition key is turned to the “off” position, the system does not immediately cut off the data stream. Smart cameras continue to monitor the area around the cabin, and tracking devices continue to send status updates to the Command Center. This ensures that the entire sequence of events—from the parking process and the driver’s interactions outside the cabin to the start of cargo loading and unloading activities—is perfectly recorded and securely stored.
24/7 Centralized Operational Security
The implementation of this delayed shutdown feature provides a dual layer of security for logistics corporations. In addition to protecting high-value assets from potential crime, these uninterrupted recordings also serve as crucial authentic evidence in the event of insurance claim disputes or incident investigations at logistics facilities.
Visual data and telemetry continuously flowing from IoT devices to the Command Center allow operational teams to monitor the situation centrally and continuously. Combined with an intelligent reporting system, company management can more accurately evaluate fleet dwell times, ensure route efficiency, and guarantee that 24/7 operational safety standards are always met at every point in the supply chain.
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