In Vehicle Monitoring Systems

Our GPS devices for IVMS use high-quality GPS receivers with low noise amplifiers (LNAs) to boost the signal.

In Vehicle Monitoring Systems (IVMS)

In-Vehicle Monitoring Systems (IVMS) is a system whereby from a central place of management, vehicle usage, driver ID and driver behaviors can be monitored for compliance. Depending on the industry, the required implementation and specifications may differ.

Common Key Features for IVMS

High-quality GPS/GNSS receivers to determine position, speed, and heading
Connectivity (even when out of cellular coverage) to send IVMS data in real-time for live monitoring
Driver Behavior Monitoring – Accelerometers to detect accidents, rollovers, and harsh driving events
Driver ID – via multiple methods such as Dallas iButton®, RFID cards and more
Driver Safety Monitoring – Digital Inputs for monitoring the status of seatbelts, 4WD, etc, or connecting duress buttons for lone and remote worker monitoring

Real-Time Location & Easy Installation

Our GPS devices for IVMS use high-quality GPS receivers with low noise amplifiers (LNAs) to boost the signal. No fiddly external antennas – simply install in a convenient location in the vehicle and receive instant location updates and history.

Driver ID

Our devices support Multiple Driver ID Options, including iButton®, RFID cards, and Wiegand Readers. In many cases, the current cards in use on a worksite can also be configured with our devices. Smart firmware features like the ability to “buzz on start” until a valid ID is scanned or immobilize the vehicle without a valid ID ensures that drivers tag on.

Accident, Rollover and Harsh Event Detection

The 3-Axis accelerometer used in our devices enables accelerometer-based monitoring and alerts such as accident, harsh acceleration, harsh braking, and harsh cornering. Real-time feedback can also be provided to drivers via a buzzer. Real-time notifications can be configured to be sent via email, SMS, or app push notifications so key personnel are immediately notified if there is an incident.

Speed Monitoring

All devices track and report speed using their GPS modules and comprehensive speeding reports by the driver are available for download.
“Speed by road” is also available using posted speed limits to determine speeding events.
In-vehicle speeding alerts (buzzing) with different speed limits based on Geofences are also possible.
Geofences can be downloaded to the device so the device has knowledge of which speed it should buzz at, depending on its location.

Speed Monitoring by Groupings

Panic/Duress and In-Vehicle Event Monitoring

The digital inputs on several of our GPS devices allow for a customizable range of in-vehicle monitoring.Lone Worker Alerts – In Vehicle Monitoring Systems Connect a panic button/switch to a digital input – Wireless or in-vehicle buttons can be sourced and fitted.

Digital inputs can also be connected to other on/off vehicle features such as seatbelts, doors, 4WD, or handbrakes.

Reports, alerts, and in-vehicle feedback can be generated for various events such as vehicle movement without a seatbelt, 4WD, door open/close, and more.

Driver Fatigue Monitoring

Real-time in-vehicle alerts can be set up for when a driver has been driving for a configurable period of time as warning that they must pull over and take a break. Reports on the length of trip time are readily available and can be scheduled to monitor driver’s adherence to these guidelines.

Out-Of-Coverage Location Reports

Most IVMS requirements call for real-time reporting on vehicle tracking and driver behaviors. This can be a challenge if vehicles and staff are active on worksites that do not have adequate cellular coverage, or assets frequently roam in-and-out of coverage.
The G120 is a hybrid 4G LTE-M / NB-IoT GPS tracking device that can also be fitted with an Iridium Edge® Module for tracking assets even when they move out of GPS coverage – Learn more about Out-of-Coverage Tracking.
When the G120 is within coverage it uses the cellular modem, which is much more affordable than Iridium airtime.
When the device can no longer join the cellular network, it switches to the Iridium Network.
The use of concurrent GPS/GNSS, Cellular, and Iridium ensures assets are tracked anywhere in the world, even when the asset roams in and out of GPS coverage.

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