Why Smart Mobility Needs IoT GPS Trackers？
I believe many of you get to know that smart mobility continues to grow around the world,more vehicles are becoming connected through IoT technoloy,including two-wheelers,three-wheelers,four-wheelers.No matter the types of vehicles,no matter the vehicles are for sales,short-time sharing and longer-time rental business,no matter it's delivery motorcycles and fleet management systems,all those vehicles can not be in smart abilities with a smart device,that we usually call it IoT GPS tracker.
You must still have some questions.
How does an IoT GPS tracker actually send telemetry data?
What information can be collected?
And why is telemetry becoming so important for smart mobility businesses?
I would love to break down telemetry technology in a simple and practical way,so you can unerstand how IoT GPS tracker works for vehicles and how IoT GPS tracker communicate with cloud platform and management systems in real time.
Firstly,let's see what is telemetry data.
Telemetry refers to the automatic collection and transmission of data from remote devices to a central system.Telemetry data usually includes real-time gps location,vehicle speed,battery voltage,riding status,lock/unlock information,charging status,mileage records,geofence alerts,vehicle movement,vibration detection,temperature or environmental information.
We can make sence as following:telemetry allows vehicles and IoT devices to“talk”to cloud platforms remotely.
Through an IoT GPS tracker,operators can monitor thousands of devices in real time through software dashboards,mobile apps,or backend management systems,instead of manually checking a vehicle's condition.This is one of the core technologies behind smart mobility ecosystems today.
How Does an IoT GPS Tracker Collect Data?
An IoT GPS tracker is much more than a positioning device.Inside the tracker are multiple communication modules,sensors,and processing units that continuously gather information from the vehicle.
Depending on the system design,the IoT GPS tracker connects with GPS modules,vehicle controllers,battery management systems,smart lock functions,accelerometers,motor systems,wireless charging systems,Bluetooth modules.
The communication between these components usually happens through interfaces such as UART,CAN BUS,RS485,Bluetooth Low Energy(BLE).
For example,when an e-bike starts moving,the IoT GPS tracker can immediately detect the vehicles's speed changes,vehicle direction,battery consumption,riding duration,abnormal vibrations.Therefore,we can not only track the vehicles,but also prevent the vehicles being theft and tamper-evident.
If suspicious movement is detected while parked,we can receive anti-theft alarms,push notifications,remote lock commands,Geofence warnings.
All of this information becomes telemetry data.