School Bus Management

V600 vehicle-mounted computer can verify the identity of passengers by scanning their ID cards. Every student enrolled on the bus service will be provided with a RFID-powered smart card. Each card is encoded with a unique ID number. When a student gets on or off the school bus, he/she taps the card on the high-performance RFID sensor of V600. Student identity is verified and recorded with accurate time and date. Parents and administrators can verify if all students have got off at the final stop or if some have got off at a wrong stop.

V600 has a front camera and can connect to multiple external cameras. You can use one of these cameras to capture high-resolution pictures of each student both on entry and exit from the bus. The notification procedure notifies parents via 4G network the whereabouts of their child with pictures. In the transportation, what's happening on the bus is recorded from different angles and transferred to the central server. Administrators will see if the school bus carries more students or not, and dangerous behaviors on-board will quickly be identified and stopped.

V600 vehicle-mounted computer offers accurate positioning information based on GPS capability. A school bus's movement and real-time location can be viewed in the backend server and the company can set up geo-fences to ensure the vehicle follows the designed route. It enhances driving safety and protects the interests of passengers.

The accurate GPS system and stable and fast 4G connection of Chainway vehicle-mounted computer V600 enable drivers to view clearly the bus route data on the screen and report the accurate arrival time. On a parent app, or through SMS, parents can stay connected with real-time location of the school bus their kids take so that they know when to drop and pick up their children at pick-up spots.

Chainway vehicle-mounted computer V600 has an on-board diagnostics (OBD) protocol, which enables it to interpret and display vehicle's fuel economy, speed, and fluid levels on the screen. Via 4G connection, such data is transmitted to the back-end server, through which administrators can locate and track the bus, and remote control the speed on a real-time basis.

If any emergency happens, drivers can press the emergency button computer to send a SOS message to the backend server. With accurate location data and real-time video feeds, administrators can determine how to respond instantly to minimize possible deadly consequences.