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Online tracking

Online Delivery Monitoring

    Control over route execution in the system can be carried out:
  • based on transportation data manually entered by a dispatcher;
  • based on data obtained from a satellite monitoring system;
  • based on data obtained from the driver's Android application.

This process involves monitoring the passage of route points
included in the trip for each shipment.

For each route point, the system can record the arrival and departure times, successful completion of the task, and any actual additional operations performed at the point. The system also records any problems encountered at a particular point, such as a client refusing the shipment or arriving late.
For each type of problem, the system specifies a strategy for reacting to it, such as canceling the shipment or planning a repeat delivery.

Real-time information can be entered by the operator or automatically obtained from a satellite monitoring subsystem or through the driver's application.

Android client for drivers

An Android driver client is designed to automate the work of drivers in the transportation process and provide reports on the work done. However, it can also be used as an alternative to satellite monitoring in terms of transmitting information about the vehicle's location.

The Android driver client can be installed on a tablet or smartphone with Android OS and GPS and GSM modules. The Android client supports online interaction with the system, so all information is updated in real-time.

    Here are the capabilities of the Android client:
  • Sending data about the current device location (including data accumulation in case of no network connectivity)
  • Displaying the route for the overall trip and nearest point with or without considering road conditions
  • Viewing detailed information about the cargo, consignee, and consignor
  • Entering information about arrival at a point
  • Entering information about work performed at a particular point
  • Ability to scan freight numbers while working at a point
  • Entering information about departure from a point
  • Interacting with dispatchers through online messaging
  • Creating requests to logistics personnel for early departure from points, early completion of a route, changes in the route, confirmation of new addresses
  • Changing the route at the driver's initiative (e.g. skipping a point) and notifying the dispatcher about it
  • Creating checkouts for buyers with changes in the order due to direct integration with online cash registers
  • Accepting non-cash payments using a smartphone and mPOS-terminal for goods transfer (all payment and checkout information is transferred to the mobile application and recorded in the module's accounting system)
    Using the Android application allows for real-time monitoring of the driver's work, including through analytical reporting that provides information on:
  • driver's debt for documents, goods, and funds;
  • downtime during loading and unloading - control of planned and actual time spent at points, classification of problems using MC and informing the dispatcher;
  • classification of any incidents on the route;
  • monitoring the response time of dispatchers and the trade team to these incidents.

Satellite monitoring of delivery

Satellite monitoring is designed for real-time tracking of vehicles using GLONASS/GPS trackers.

The system provides the ability to monitor vehicles through GLONASS/GPS trackers installed in the vehicles. To obtain information from trackers, it is necessary to connect to the telemetry service. The telemetry service is not included in the module supply and must be purchased separately. The system allows for both online monitoring and visualization of real-time data obtained from trackers, as well as viewing historical data for each vehicle.

The system can be configured for satellite monitoring of any number of sensors of different types, as well as monitoring events occurring during transportation that require a corresponding response.