Plug-and-play installation vehicle tracking device featuring a backup battery for tax logbook, real-time fleet management, driver safety and behavior monitoring, theft recovery, and more.
TG Tracking's wildlife tracking division has pioneered the design of innovative sleek user friendly wildlife GPS tracking devices to live track and pinpoint your prized live stock or rare game with the ease of your smartphone. This is best used for anti-poaching and farm management.
KEY FEATURES
Live Tracking
Periodic locations with the option to turn GPS in to live mode.
Daily Movement
Behavior monitoring and daily movement reporting with history stored up to 5 years.
No Go Zones
Mark no go zones on the map and receive alerts when they are breached.
Points Of Interest
Allocate points of interest to areas such as drinking or feeding areas.
TG ONLINE & TG MOBILE
TG Tracking’s GPS tracking software makes sense of the data that matters most to you by displaying it in a simplistic manner.
Wildlife Tracking Devices
Next generation of our best-selling Oyster series – Ultra-rugged and robust GPS asset tracking device featuring 10+ years battery life.
Long-life and ultra-rugger battery-powered GPS and Bluetooth gateway for global asset tracking and condition monitoring applications.
Compact and ultra-rugged battery-powered GPS asset tracker featuring 10+ years battery life.
Device Features
Remote Worker Monitoring
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.
Global Roaming
Our 4G device range supports either LTE-M or NB-IoT connectivity, but not both concurrently – Learn more about LTE-M vs NB-IoT here.
Bluetooth® in Fleet Management
Designed for short-range communication, this technology can also be applied in fleet management to gather real-time and actionable data from vehicle components, enhancing data collection, diagnostics, and preventative maintenance strategies and accuracy.
Movement-Based Tracking
Running the accelerometer in a low power state is far less energy-intensive than constantly running a GPS module.