GPS and GLONASS positioning systems are used simultaneously with a 72 channel high sensitivity receiver (-167dBm) for enhanced accuracy and faster fixes.
IP67 rated housing ensures devices can withstand fine dust, high-pressure spray, submersion for 30 minutes in 1m of water, and extreme temperatures.
Powered by the off-the-shelf batteries with built-in battery life management for monitoring use and remaining life predictions.
Receive location updates regularly throughout the day or only when movement occurs with smart adaptive tracking technology.
Switch to Recovery Mode in the case of theft or loss to activate live-tracking at 30-second intervals for livestock retrieval.
Stationary devices enter sleep mode, switching the update rate to only once per day until movement occurs to conserve battery life and optimize data usage.
Create custom geofences and alerts if livestock enters or leaves specific locations. Geofences can also be downloaded directly to the device for enhanced location-based behaviors.
Configure alerts if livestock stops moving for a specific amount of time.
Multiple installation options for covertly securing devices to assets with screws, bolts, cable ties, rivets, and more.
One year manufacturer’s warranty on all livestock tracking devices.
Configure device parameters such as heartbeat rate, movement and accelerometer settings, and more to fit any tracking application.
Cellular (2G, 4G LTE-M / NB-IoT), LoRaWAN®, Sigfox and Bluetooth® Tracking Solutions.
TG Tracking’s GPS tracking software makes sense of the data that matters most to you by displaying it in a simplistic manner.
The AI Dashcam is a compact 4G LTE camera system that stays connected through its built in modem. It provides live visibility of your vehicles, saves video to both the memory card and the cloud, and includes a tamper proof design with low voltage protection. Its forward and inward Full High Definition cameras and simple installation make it ideal for reliable telematics video recording across any fleet.
More information coming soon
Given the power draw of the accelerometer, this is unfeasible to successfully execute on a battery-powered device – so it is limited to the hardwired device range.
A key feature critical to tracking is the ability to effectively detect the start and endpoints of a trip, while still conserving valuable battery life.
Recovery mode uses Jostle Tracking to start and stop trips, using the device’s accelerometer to detect movement.
Typically, lone worker tracking involves monitoring employees or assets in areas that do not have cellular coverage and often require some form of duress or “man-down” alerting.
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