GPS Tracking Products for Vehicles, People, Livestock and Assets

Modern GPS tracking is no longer limited to displaying a moving point on a map. Different industries require different device structures, communication networks, positioning technologies, alarm functions and power solutions.

A livestock collar used on an open pasture cannot use the same enclosure and operating logic as a vehicle tracker. An employee safety badge needs an SOS button and indoor positioning, while a logistics electronic seal must detect unauthorized opening. Selecting the correct GPS tracking product is therefore the first step toward building a reliable tracking solution.

GPS.lora8.net introduces GPS tracking hardware and integrated IoT solutions developed by Shenzhen Jinshengchang Technology Co., Ltd. The product range covers vehicle management, personnel safety, livestock monitoring, mobile asset protection and logistics security.

In addition to finished devices, Jinshengchang provides OEM and ODM services covering hardware development, firmware, communication protocols, web platforms, Android and iOS applications, API integration and private server deployment.

1. Vehicle GPS Tracking Devices

Vehicle GPS trackers are designed for cars, motorcycles, vans, trucks, buses, rental vehicles and construction machinery.

A wired GPS tracker is normally connected to the vehicle’s power supply. It can continuously obtain vehicle location and operating information without depending entirely on an internal battery.

Depending on the project, a vehicle tracker can support:

• GPS and BeiDou positioning
• 2G, 4G or LTE network communication
• Real-time vehicle location
• Historical route playback
• Electronic geofences
• Overspeed alarms
• Ignition status detection
• ACC detection
• Main-power disconnection alarms
• Backup battery monitoring
• Vibration and movement alarms
• Vehicle parking reports
• Mileage and operating-time statistics
• Remote fuel or power cut-off
• Driver behavior analysis
• Mobile application and web-platform access

Wired GPS Trackers

Wired models are suitable for fleet vehicles and machines that can provide a stable 9–90V power supply. They are commonly installed inside the dashboard, under the seat or in another protected position.

These trackers are frequently used by:

• Fleet operators
• Logistics companies
• Taxi businesses
• Bus operators
• Car rental companies
• Motorcycle rental companies
• Construction contractors
• Agricultural machinery operators

For anti-theft applications, optional relay control can be added. When proper safety conditions are met, an authorized manager can remotely disable the vehicle’s starting circuit or fuel supply.

Magnetic GPS Trackers

A magnetic GPS tracker has an internal rechargeable battery and can be attached to a metal surface without permanent wiring.

It is suitable for temporary or concealed tracking of:

• Trailers
• Containers
• Rental equipment
• Construction machinery
• Outdoor assets
• Backup vehicles
• Mobile tools

Battery life depends on the battery capacity, positioning interval, cellular signal strength, alarm frequency and operating temperature. A device reporting once per day can operate much longer than one uploading its location every minute.

High-Precision and RTK GPS Trackers

Standard GPS accuracy is sufficient for fleet management and general asset tracking. However, some industrial applications require meter-level or even centimeter-level location data.

High-precision GNSS or RTK solutions can be developed for:

• Precision agriculture
• Engineering surveys
• Construction machinery
• Autonomous equipment
• Port operations
• High-value asset positioning
• Vehicle test projects

An RTK solution normally requires an RTK-capable receiver, correction data, a reliable data link and suitable satellite visibility. The final accuracy depends on the antenna, installation, local environment and correction service.

2. GPS Employee Badges and Personnel Safety Trackers

A GPS employee badge combines personnel identification, positioning and emergency communication in a wearable device.

Outdoor GPS alone usually cannot provide reliable room-level positioning inside a building. For this reason, an employee badge can combine several technologies:

• GPS or BeiDou for outdoor positioning
• Bluetooth beacons for indoor zone detection
• Wi-Fi-assisted positioning
• LoRa or LoRaWAN for low-power communication
• 4G for direct wide-area data transmission
• Accelerometer for motion and fall detection

Typical employee badge functions include:

• One-button SOS alarm
• Indoor and outdoor positioning
• Employee identification
• Electronic geofences
• Restricted-area entry alarms
• Fall or man-down detection
• Long-inactivity alarms
• Badge-removal alerts
• Low-battery warnings
• Offline-device notifications
• Historical movement records
• Emergency evacuation management
• Attendance and work-zone records

These products are suitable for factories, warehouses, hospitals, mines, construction sites, chemical plants, schools and industrial parks.

LoRaWAN SOS Employee Badge

A LoRaWAN employee badge is useful when long battery life and wide private-network coverage are more important than continuous high-bandwidth communication.

The badge can detect a nearby Bluetooth beacon and upload its current zone, identity, alarm and battery information through a LoRaWAN gateway. One gateway can serve multiple low-power devices, although the actual capacity depends on transmission intervals, packet size, channel utilization and network configuration.

4G GPS Employee Badge

A 4G badge can communicate directly with the cloud platform through a mobile network. It is suitable for personnel who move between multiple buildings, cities or outdoor work areas.

Compared with LoRaWAN, 4G does not require a private LoRa gateway, but it normally consumes more power and requires a SIM card and mobile data plan.

3. Livestock GPS Tracking Products

Large farms need to monitor cattle, sheep, horses and other grazing animals over wide areas. Manual inspection is time-consuming and may not quickly identify an escaped, stolen, injured or inactive animal.

Jinshengchang livestock tracking products can include:

• GPS cattle collars
• GPS sheep collars
• LoRa GPS livestock collars
• 4G livestock GPS trackers
• GPS animal ear tags
• LoRaWAN animal ear tags
• Solar-assisted livestock trackers
• Virtual-fence management systems

GPS Collars for Cattle and Sheep

A livestock GPS collar records the animal’s location and uploads it to the management platform. Farm managers can view individual animals or groups on a map through a computer or mobile application.

Available functions may include:

• Real-time or scheduled positioning
• Historical grazing routes
• Multiple virtual fences
• Fence-entry and fence-exit alarms
• Escape notifications
• Long-inactivity detection
• Abnormal-movement alarms
• Low-battery warnings
• Device-removal detection
• Group and pasture management
• Solar-assisted charging
• Activity-data analysis

The collar structure must be selected according to the animal species, neck size, weight, climate and management method. A cattle collar is normally stronger and larger than a tracker designed for sheep or goats.

LoRa GPS Livestock Collars

In remote pastures, cellular signals may be weak or mobile data costs may be too high for a large number of animals.

A LoRa livestock solution can use the following architecture:

GPS collar → LoRa gateway → 4G, Ethernet or satellite backhaul → Management platform

Each collar calculates the animal’s outdoor position and sends a small data packet to the LoRa gateway. The gateway then forwards data from multiple collars to the server.

This architecture can reduce the number of SIM cards and help extend battery life. However, LoRa coverage must be tested according to terrain, hills, vegetation, gateway height and antenna installation.

Livestock GPS Ear Tags

An animal GPS ear tag is lighter and more compact than a collar. It may be suitable for animal identification, movement monitoring and scheduled location reporting.

Before choosing an ear tag, customers should evaluate:

• Device weight and dimensions
• Ear-tag attachment method
• Battery capacity
• Reporting interval
• Waterproof performance
• Animal comfort
• Communication coverage
• Risk of loss or damage

The smallest device is not always the best choice. Battery life, antenna performance and mechanical strength must be balanced with size and weight.

4. GPS Asset Tracking Devices

Asset GPS trackers help businesses monitor equipment, containers, tools, trailers and other mobile property.

These devices are commonly used for:

• Construction equipment
• Rental machinery
• Containers
• Trailers
• Generators
• Agricultural equipment
• Mobile energy systems
• High-value tools
• Outdoor storage assets

Important functions can include:

• Scheduled GPS positioning
• Motion-triggered reporting
• Geofence alarms
• Unauthorized-movement detection
• Vibration alarms
• Long-term parking reports
• Low-battery alerts
• Device-removal detection
• Waterproof enclosure
• Magnetic or screw installation
• Solar-assisted charging

For assets that remain stationary for long periods, the tracker can enter a low-power sleep mode and wake up when movement is detected. This helps reduce unnecessary power consumption.

A suitable reporting strategy should be configured according to the application. High-value moving equipment may require frequent updates, while a stored container may only need one status report every few hours or once per day.

5. GPS Electronic Seal Locks for Logistics

A GPS electronic seal lock combines cargo security, door-status monitoring and location tracking.

It is designed for containers, trucks, customs transport, bonded logistics and high-value cargo. Compared with a conventional mechanical seal, an electronic seal can provide both an identification record and a remote alarm.

Possible functions include:

• GPS or BeiDou positioning
• 4G communication
• Lock and unlock records
• Unauthorized-opening alarms
• Seal-wire cutting detection
• Electronic geofences
• Route-deviation alarms
• Long-parking warnings
• Low-battery alerts
• Historical trip reports
• Authorized remote unlocking
• Bluetooth or RFID identification
• Platform and API integration

An electronic seal project should define who can lock or unlock the device, where unlocking is permitted and how abnormal events are handled. The platform can record the device ID, operator, time, location and alarm status for each operation.

6. Solar GPS Tracking Products

Solar GPS trackers are suitable for assets, trailers, livestock and equipment that remain outdoors for long periods.

A solar panel can help replenish the internal battery, but actual operating time still depends on:

• Solar-panel size
• Daily sunlight
• Installation angle
• Battery capacity
• Device power consumption
• Reporting interval
• Cellular or LoRa signal quality
• Temperature
• GPS acquisition time

Solar charging does not mean that the device has unlimited power. A balanced power strategy is still necessary, especially during winter, extended rain or when the solar panel is covered by dirt.

7. GPS Tracking Platform and Mobile Applications

Hardware is only one part of a GPS tracking solution. Users also need a stable platform to manage devices, maps, alarms and historical data.

The Jinshengchang tracking platform can support:

• Web-based device management
• Android applications
• iOS applications
• Real-time map display
• Historical route playback
• Multiple electronic geofences
• Device grouping
• User and role management
• Alarm notifications
• Battery and online-status monitoring
• Statistical reports
• Multilingual interfaces
• Google Maps and other map services
• API, SDK and webhook integration
• Private server deployment
• Customer logo and white-label customization

The server architecture can be designed for projects ranging from a small private fleet to a large IoT deployment with many connected devices.

8. How to Select the Right GPS Tracking Product

Before requesting a quotation, customers should prepare the following information:

Tracking Target

Specify whether the device will track:

• A vehicle
• A person
• A cow or sheep
• A container
• A trailer
• A machine
• Another mobile asset

Communication Network

Available choices may include:

• 2G
• 4G LTE
• LTE Cat 1
• NB-IoT
• LoRa
• LoRaWAN
• Wi-Fi
• Bluetooth
• Satellite backhaul

The correct network depends on local coverage, power consumption, data cost and project scale.

Positioning Method

Possible positioning methods include:

• GPS
• BeiDou
• GLONASS
• Galileo
• Bluetooth indoor positioning
• Wi-Fi positioning
• UWB
• RTK
• Hybrid indoor and outdoor positioning

Battery-Life Requirement

Customers should specify whether they require:

• Several days
• Several weeks
• Several months
• More than one year
• Vehicle-powered operation
• Replaceable batteries
• Rechargeable batteries
• Solar-assisted charging

Battery life cannot be evaluated without knowing the location and communication intervals.

Environmental Requirements

The manufacturer also needs to know:

• Operating temperature
• Waterproof level
• Outdoor or indoor use
• Vibration conditions
• Animal contact
• Chemical exposure
• Installation method
• Required certifications

Providing this information early can reduce development time and avoid selecting the wrong enclosure or battery.

9. OEM and ODM GPS Tracker Development

Different customers may require different frequencies, protocols, enclosures, sensors and platform functions. Jinshengchang provides OEM and ODM development instead of limiting customers to standard products.

Customization services can include:

• Product requirement analysis
• PCB and electronic hardware design
• GNSS and cellular module selection
• Antenna design
• Power-consumption optimization
• Enclosure and mechanical design
• Firmware development
• TCP, UDP, MQTT and HTTP protocols
• Platform protocol adaptation
• Sensor integration
• Prototype production
• Field testing
• Certification support
• Customer logo and packaging
• Android and iOS applications
• API and server integration
• Small-batch and mass production

The development process normally includes requirement confirmation, hardware selection, prototype production, firmware testing, platform integration, field verification and preparation for mass production.

Why Choose Jinshengchang?

Shenzhen Jinshengchang Technology Co., Ltd. has 13 years of experience in GPS hardware, positioning platforms and IoT product development.

Its capabilities include:

• In-house hardware and firmware development
• GPS, BeiDou, LoRa, LoRaWAN, Bluetooth, Wi-Fi and 4G integration
• Vehicle, personnel, livestock and asset tracking products
• OEM and ODM customization
• Web, Android and iOS platform development
• API and third-party system integration
• Multilingual platform support
• Private server deployment
• Prototype and mass-production support
• Technical assistance for international projects

Rather than supplying only a tracking device, Jinshengchang can provide a complete system consisting of hardware, connectivity, gateways, server software, mobile applications and integration services.

Conclusion

There is no single GPS tracker that is suitable for every application.

Vehicle tracking requires stable power input and ignition detection. Personnel safety devices need SOS and indoor-positioning functions. Livestock products require waterproof construction, long battery life and reliable pasture communication. Asset trackers need low-power operation, while electronic seal locks must detect unauthorized opening.

The best solution begins with a clear understanding of the tracking target, operating environment, positioning accuracy, communication coverage, battery-life requirement and platform functions.

For GPS vehicle trackers, employee badges, livestock collars, animal ear tags, asset trackers, electronic seal locks or customized GPS hardware, contact Shenzhen Jinshengchang Technology Co., Ltd.

Website: https://gps.lora8.net/
WhatsApp/Mobile: +86 13480881974
Additional Contact: +86 17722420256
Email: 397017470@qq.com