City passenger transport

Objects of monitoring:

  • city bus routes
  • intercity bus routes
  • tourist coaches
  • minibuses
  • school buses





Purposes of implementation:

1. Improvement of service quality

  • Monitoring adherence to the route and schedule
  • Automatic announcement of stops
  • Transportation safety enhancement

2. Increase of economic efficiency

  • Increase in transport
  • Cutting fuel and oil costs, labor costs, vehicle maintenance
  • Elimination of unauthorized use of vehicles

3. Increase in managerial efficiency

  • Collection of statistical data on vehicle fleet operation
  • Automation of internal production processes
  • Automation of record-keeping and payment
  • Prompt managerial decision making

AutoTracker Features:

Online monitoring of buses operation

  • Visual display of bus location, direction and speed in real time on the map
  • Monitoring compliance with speed limits
  • Assigning vehicles to routes
  • Monitoring of locations and stops
  • Routes and sites creation and editing
  • Schedule generation, tying schedules to routes and sites to visit
  • Online monitoring of adherence to the route, schedule and stops

Real time control

  • The system informs the dispatcher and management automatically, in real time, about any failures, violations and emergencies
  • Alarm notifications may also be sent to the manager’s mobile phone in real time
  • If needed, the dispatcher can contact the driver without delay by means of two-way speakerphone voice communication.
  • A driver can inform the dispatcher about problems and equipment breakdowns by means of the alarm button.

Safety of passenger transportation

1) Online monitoring of driving safety:

  • Acceleration and deceleration intensity
  • Seatbelt usage
  • Compliance with speed limits
  • Lane changes and turns
  • Low beam usage

2) Assessment of the individual driving style

  • Analysis of operational driving data
  • Calculation of the integrated index of driving style for each driver
  • Comparison of driving style safety among drivers

3) Detailed information in the event of a road accident

  • Second-by-second detailed account of events that occurred to the car for 20 seconds before and 20 seconds after the accident

4) Driver identification

  • The system is designed to uniquely identify the individual driver that is behind the wheel. It can be used if several drivers take turns driving the same bus.

Monitoring fuel and oil consumption

  • Record of fuel and oil consumption in accordance with the “Standards of fuel and oil consumption”
  • 99% accuracy
  • Monitoring and recording fuel theft

Report generation system

  • For any period of time: a shift, 24 hours, a month, the entire working period
  • For an individual vehicle, a group of vehicles or for the entire vehicle fleet
  • By haulage, machine hours, emergency situations, fuel and oil consumption, work hours, etc.
  • Formatted as a chart or a table

Integrating with an accounting system

  • Automatic record-keeping and generation of route assignments, route sheets
  • Planning and distributing the work depending on the available equipment
  • Automatic recording of drivers' working hours, timesheets generation
  • Automatic recording of standard fuel and oil consumption
  • Identification of the causes of vehicles and equipment downtime for technical and operational reasons

Effectiveness:

  • Decrease of budget on transport jperation – 20-25%
  • Reduction of a number of people lost in road accident due to the fault of bus drivers – up to 90%
  • Increase in transport turnaround – 10-15%
  • Facilitation of management of a vehicle fleet with over 1,000 vehicles and specialized machinery
  • Statistical database for marketing decisions on improvement of passenger service quality