classic | mobile


SA Instrumentation & Control Buyers' Guide


How does telematics actually work?
September 2017, Industrial Wireless

According to Gartner’s IT Glossary the word telematics is a merger of tele and matics – short for ‘telecommunications’ and ‘information’, and one of its core functions is to record information about vehicles and send, receive, process and store this data via telecommunications devices. This technology also allows for control of vehicles on the move.

Today and in the future, telematics technology integrates with connected cars and smart home technologies, where users can control features within their homes from their vehicles’ dashboard. Examples include US-based AT&T’s Digital Life, a home security and automation service, as well as Drive, a connected car service. Users can control devices in the home from their car, like turn the lights on, turn the thermostat up and switch on the coffee maker – demonstrating the significant role telematics and Internet-connected devices can play in the modern lifestyle.

Telematics within the consumer and fleet management space

GPS tracking, monitoring how you drive, emergency warning systems and stolen vehicle recovery are all covered by the telematics umbrella. Practical applications where telematics can help improve the efficiency of a fleet include monitoring the location, movements, status and behaviour of the vehicle via an onboard computer, and monitoring the driver through in-cab video systems.

The basic telematics system is enabled by a hardware device that is installed in the vehicle, or any asset for that matter. A SIM card and modem in the device enables communication on the cellular network. The data derived from the telematics device like the vehicle’s GPS position, the G-forces measured by the built-in accelerometer, and the speed that the vehicle is moving at, is sent in an encrypted packaged format to the data centre. Here, this message gets decoded in order for the data centre to obtain the condition and whereabouts of the vehicle. The data is turned into information by management reporting tools in conjunction with a visual display on computerised mapping software. This ultimately forms the cornerstone of vehicle tracking and stolen vehicle recovery. This information can also be accessed by the consumer directly, through the use of a mobile application or Internet tracking software, enabling the consumer to monitor their vehicle in real time and alerting them – through early warning and crash alerts – should there be any movement on their car or when their car has been in an accident.

For fleet management the telematics data being derived from the onboard computer includes operating hours, location, fuel consumed, and odometer reading. Fleet management software includes functionality for monitoring and managing driver and asset performance, controlling communication costs, reporting on fleet operating costs, active (real-time) and passive (after-the-fact) tracking of assets and drivers, location management, communication and messaging, route planning and variance reporting, trailer management, asset maintenance reporting, service reminders and much more.

Peripheral solutions

Telematics solutions include various peripherals for example an in-cab display through which drivers are able to obtain their route information, as well as driving-related events such as speeding, over revving, harsh braking, harsh acceleration and excessive idling. An advanced fleet management solution has numerous benefits including reducing fuel costs, better managing routes and delivery schedules, improving vehicle utilisation, tracking vehicles and drivers in real-time and assigning jobs accordingly, monitoring and managing poor driver behaviour and managing servicing and licensing.

With data being the new currency for businesses, telematics and the real-time usage of data is quickly moving from being optional to a requirement, and will soon become an invaluable part of a business’ operations in order to gain a competitive edge and remain one step ahead in tough economic times. While telematics was originally exclusively used by large enterprises, today nearly any type of business can utilise it and use the opportunities presented by the IoT to elevate the business, reduce costs and simplify operations.

For more information contact MiX Telematics, +27 (0)11 654 8000,

Share via email     Share via LinkedIn   Print this page

Further reading:

  • RFID technology for accurate ­production
    February 2018, SICK Automation Southern Africa, Industrial Wireless
    This enables workers at Kabel to constantly track which production step is currently being processed by a given paper batch. Since 1896, Kabel Premium Pulp & Paper has been manufacturing by the running ...
  • Wireless call for parts, service or pallet pickup
    February 2018, RET Automation Controls, Industrial Wireless
    Real-time communication between work stations and forklifts.
  • Yokogawa releases ISA100 wireless gateway module
    February 2018, Yokogawa South Africa, Industrial Wireless
    Ideal for the construction of small-scale field wireless systems.
  • Secure communication for all branches
    February 2018, Phoenix Contact, Industrial Wireless
    The industry standard for water management, recognised by the German Federal Office for Information Security (BSI) since August 2017, explains the level of technology necessary for the protection of critical ...
  • Cable-free label printing
    January 2018, RS Components SA, Industrial Wireless
    RS Components has announced the availability of the new Dymo LabelWriter Wireless, which comes with built-in Wi-Fi to enable cable-free label printing. The printer is suitable for typical general applications ...
  • WiFi and Bluetooth for CAN bus
    December 2017, ifm Electronic RSA, Industrial Wireless
    Using the latest technologies, such as WiFi supporting the 2,4 and 5 GHz frequency bands as well as Bluetooth, multiple ways of connecting to the machine via radio are possible. CANwireless allows wireless ...
  • RFID interface module with PLC capabilities
    December 2017, Industrial Wireless
    To streamline RFID integration and data processing in HF and UHF applications, Turck has introduced its TBEN-L-RFID interface module with PLC capabilities via Codesys. This compact module’s controller ...
  • Configuring secure wireless LAN access to the machine network
    November 2017, Phoenix Contact, Industrial Wireless
    The completely networked machine is at the centre of digitalisation and the concepts of Industrie 4.0. But how can such a highly communicative application be designed securely? With the wireless module ...
  • ­WirelessHART’s application potential
    November 2017, Pepperl+Fuchs, Industrial Wireless
    The open standard based on the HART 7 protocol ensures that sensors from different manufacturers can be integrated into the wireless communication platform without restriction via WirelessHART adaptors ...
  • Emerson introduces wireless gas monitor
    November 2017, Emerson Automation Solutions, Industrial Wireless
    Rosemount 928 extends toxic gas coverage for difficult-to-access applications.
  • Wireless telemetry gives better control of irrigation systems
    November 2017, Industrial Wireless
    A critical component of farm operations, irrigation systems ensure regular water distribution to crops using a system of pumps, piping and sprayers. As water becomes a more scarce resource and affects ...
  • Reaching out to remote locations
    October 2017, EOH Process Automation Solutions, Industrial Wireless
    Process knowledge is valuable, but without measurement there is no accurate knowledge, only speculation. Companies are increasingly being forced to measure process variables that are difficult to reach ...

Technews Publishing (Pty) Ltd
1st Floor, Stabilitas House
265 Kent Ave, Randburg, 2194
South Africa
Publications by Technews
Dataweek Electronics & Communications Technology
Electronic Buyers Guide (EBG)

Hi-Tech Security Solutions
Hi-Tech Security Business Directory

Motion Control in Southern Africa
Motion Control Buyers’ Guide (MCBG)

South African Instrumentation & Control
South African Instrumentation & Control Buyers’ Guide (IBG)
Terms & conditions of use, including privacy policy
PAIA Manual


    classic | mobile

Copyright © Technews Publishing (Pty) Ltd. All rights reserved.