Custom LoRa Device Manufacturer – Complete LoRaWAN Hardware, Firmware and IoT Platform Solutions

Shenzhen Jinshengchang Technology Co., Ltd. is a professional LoRa device manufacturer specializing in LoRaWAN tracking devices, smart livestock products, personnel safety badges, asset trackers, IoT sensors, LoRaWAN gateways and integrated device management platforms.

With more than 13 years of experience in GPS and IoT product development, Jinshengchang provides complete OEM and ODM services—from product requirement analysis, electronic circuit design and custom PCB development to embedded firmware, prototype manufacturing, mobile applications, cloud platforms and mass production.

Our LoRa product series can be customized for smart ranches, agriculture, industrial safety, personnel tracking, asset management, logistics, environmental monitoring and smart city applications.

Jinshengchang LoRa Device Product Series

1. LoRa GPS Cattle Collar

The LoRa GPS cattle collar is designed for cattle tracking across large ranches, farms and remote grazing areas. It combines satellite positioning with long-range, low-power LoRaWAN communication.

Main features include:

  • GPS, BDS, GLONASS and Galileo positioning;
  • Long-range LoRaWAN communication;
  • Real-time cattle location;
  • Historical movement routes;
  • Multiple virtual fences;
  • Boundary-crossing alerts;
  • Livestock activity monitoring;
  • Collar removal detection;
  • Low-battery alerts;
  • Waterproof and dust-resistant enclosure;
  • Optional solar charging;
  • Remote configuration of tracking parameters.

The collar can enter a low-power sleep mode when the animal remains inactive and wake automatically when movement is detected. Location and reporting intervals can be adjusted according to battery-life and ranch-management requirements.

For areas covered by LoRaWAN gateways, the device can transmit location and alarm data without requiring a SIM card in every collar. This helps ranch operators reduce connectivity costs while improving livestock visibility.

2. LoRa GPS Collar for Sheep and Goats

The LoRa GPS sheep and goat collar is smaller and lighter than a standard cattle collar. Its mechanical structure can be customized according to the animal’s size and the environmental conditions of the farm.

The system can display:

  • Current animal location;
  • Herd distribution;
  • Historical routes;
  • Virtual-fence alerts;
  • Abnormal inactivity alerts;
  • Device battery status;
  • Online and offline status;
  • Last communication time.

The enclosure, strap, battery capacity, positioning interval and LoRaWAN transmission settings can be customized for different breeds and operating environments.

3. LoRaWAN Livestock Ear Tag

A LoRaWAN livestock ear tag combines animal identification, movement monitoring and wireless data communication in a compact device.

Typical applications include:

  • Electronic identification of cattle, sheep and goats;
  • Linking animal IDs to management records;
  • Livestock activity monitoring;
  • Herd inventory management;
  • Location-assisted loss prevention;
  • Breeding and health-management data integration;
  • Farm platform integration.

Jinshengchang can develop LoRaWAN-only versions as well as hybrid LoRaWAN and cellular versions. GPS, motion sensors and customized payload protocols can be integrated according to project requirements.

4. LoRaWAN Employee Tracking Badge

The LoRaWAN employee tracking badge is designed for factories, mines, warehouses, construction sites, industrial parks, hospitals and other environments where personnel location and safety are important.

Optional functions include:

  • Outdoor GPS positioning;
  • Bluetooth or Wi-Fi-assisted indoor positioning;
  • SOS emergency button;
  • Fall detection;
  • Man-down and prolonged inactivity alerts;
  • Hazardous-area geofencing;
  • Real-time employee location;
  • Historical movement routes;
  • Low-battery alerts;
  • Audible and vibration reminders;
  • Remote parameter configuration.

When an employee experiences an emergency, pressing the SOS button sends an alert to the management platform. The system can display the employee’s identity, device number, location, alert time and response status.

5. LoRaWAN GPS Asset Tracker

The LoRaWAN GPS asset tracker can be installed on containers, trailers, pallets, industrial equipment, machinery, tools and other valuable assets.

Main functions include:

  • GPS location tracking;
  • Motion and vibration detection;
  • Unauthorized movement alerts;
  • Geofence alerts;
  • Long battery life;
  • Intelligent sleep and wake-up modes;
  • Historical location records;
  • Optional IP67 enclosure;
  • Optional magnetic installation;
  • LoRaWAN and 4G hybrid communication.

The device can remain in a low-power state while the asset is stationary. When motion or vibration is detected, it wakes automatically and transmits updated status information.

6. LoRaWAN SOS Device

A LoRaWAN SOS device is suitable for lone workers, security personnel, miners, maintenance teams, elderly-care applications and emergency-response projects.

Available features include:

  • Large SOS button;
  • LED, sound or vibration confirmation;
  • Real-time emergency location;
  • Fall detection;
  • Man-down detection;
  • Battery status monitoring;
  • Restricted-area alarms;
  • Alerts delivered to a Web platform and mobile app;
  • Complete event and response records.

The product is particularly suitable for environments where cellular coverage is limited but a private LoRaWAN network can be deployed.

7. LoRaWAN Sensors and Monitoring Devices

Jinshengchang can develop custom LoRaWAN sensor devices according to the customer’s application and data requirements.

Available sensor integrations include:

  • Temperature;
  • Humidity;
  • Soil moisture;
  • Water level;
  • Pressure;
  • Light intensity;
  • Vibration;
  • Door status;
  • Motion;
  • Gas concentration;
  • Accelerometer;
  • Gyroscope.

These products can be used in smart agriculture, industrial monitoring, warehouses, cold-chain logistics, water management and environmental monitoring.

8. LoRaWAN Smart Water Valve

The LoRaWAN smart water valve enables remote water control for farms, gardens, irrigation systems, greenhouses and municipal water-management projects.

System functions can include:

  • Remote opening and closing;
  • Scheduled valve control;
  • Soil-moisture-based automation;
  • Water-usage records;
  • Abnormal operation alerts;
  • Manual backup operation;
  • Optional solar power supply;
  • Management of multiple valves from one platform.

The valve controller can communicate through LoRaWAN and work with soil sensors, weather data or customized irrigation rules.

LoRaWAN Gateway Products

Jinshengchang supplies indoor and outdoor LoRaWAN gateways that receive data from LoRa devices and forward it to the network server or cloud platform.

Available gateway solutions include:

  • IP67 outdoor LoRaWAN gateways;
  • Compact indoor gateways;
  • 4G LoRaWAN gateways;
  • Ethernet and Wi-Fi gateways;
  • Solar-powered gateways;
  • Eight-channel LoRaWAN gateways;
  • Milesight UG67, UG63, UG56 and SG50 models.

Supported packet-forwarding and network-server options may include Semtech UDP Packet Forwarder, Basic Station, ChirpStack, embedded network servers and third-party LoRaWAN platforms.

Gateway quantity, installation height, antenna type and network layout should be planned according to terrain, buildings, communication range, vegetation and the number of connected devices.

Global LoRaWAN Frequency Support

Jinshengchang can manufacture LoRa devices for different regional LoRaWAN frequency plans, including:

  • CN470;
  • IN865;
  • EU868;
  • RU864;
  • US915;
  • AU915;
  • KR920;
  • AS923-1;
  • AS923-2;
  • AS923-3;
  • AS923-4.

The destination country must be confirmed before hardware production. Our engineering team can then select the appropriate RF components, antenna design, firmware configuration and LoRaWAN parameters.

For example, EU868 is commonly required for European projects, while US915 is generally used for deployments in the United States. Selecting the correct frequency plan is essential for regulatory compliance and stable network operation.

Custom LoRa Hardware Development

In addition to supplying existing products, Jinshengchang can develop a new LoRa device from the initial product concept.

Our custom hardware development services include:

  • Product requirement analysis;
  • Electronic schematic design;
  • LoRa and LoRaWAN chipset selection;
  • Microcontroller selection;
  • GPS and positioning module integration;
  • Custom PCB design;
  • RF circuit development;
  • Antenna design and optimization;
  • Power-management design;
  • Battery and charging circuits;
  • Sensor integration;
  • Prototype manufacturing;
  • Power-consumption testing;
  • RF communication-range testing;
  • EMC and ESD protection;
  • Design optimization for mass production.

For battery-powered products, we carefully optimize GPS activation time, sensor sampling frequency, LoRaWAN reporting intervals and sleep-mode current.

PCB dimensions, mounting holes, connectors, battery capacity and enclosure structure can also be customized.

Custom LoRaWAN Firmware Development

Our engineering team develops embedded LoRaWAN firmware in C for different microcontrollers and product applications.

Firmware functions can include:

  • OTAA and ABP activation;
  • LoRaWAN Class A, Class B and Class C;
  • Adaptive Data Rate;
  • Uplink and downlink communication;
  • GPS data processing;
  • Sensor data acquisition;
  • Virtual-fence calculations;
  • SOS event processing;
  • Low-power sleep modes;
  • Motion-triggered wake-up;
  • Offline data storage;
  • Automatic retransmission after network recovery;
  • Remote parameter configuration;
  • Device diagnostics;
  • OTA firmware updates when supported.

If the device must connect to the customer’s own server, we can develop the required payload format, data protocol and API integration.

lora8 IoT Management Platform

The independently developed lora8 platform supports centralized management of LoRaWAN and 4G devices.

Main platform functions include:

  • Real-time device location;
  • Google Maps and other map services;
  • Historical route playback;
  • Multiple geofences;
  • SOS and boundary-crossing alerts;
  • Device battery information;
  • Livestock and personnel profiles;
  • Device group management;
  • User accounts and access permissions;
  • Sensor data charts;
  • Reports and data export;
  • Android application;
  • iOS application;
  • Web-based management system;
  • API integration;
  • Private server deployment;
  • More than 25 interface languages;
  • OEM branding, domain and logo customization.

The server platform can be built using Linux, PostgreSQL, Redis and ClickHouse to support large numbers of devices and high-volume location or sensor data.

LoRaWAN and 4G Hybrid Communication

Some applications require communication beyond the coverage area of a private LoRaWAN network. For these projects, Jinshengchang can develop hybrid LoRaWAN and 4G products.

LoRaWAN can be used within farms, industrial parks or private network areas to provide long-range, low-power communication. The cellular network can provide backup connectivity when the device leaves the gateway coverage area.

Hybrid communication is suitable for:

  • Large cattle ranches;
  • Cross-region livestock transport;
  • Vehicle and trailer tracking;
  • Container and logistics monitoring;
  • Remote worker safety;
  • Construction equipment management;
  • Mining operations;
  • Port and industrial asset tracking.

The firmware can automatically select or switch communication methods according to network availability and project rules.

OEM and ODM LoRa Device Manufacturing

Jinshengchang provides OEM and ODM manufacturing services covering prototypes, pilot production and mass production.

Customization options include:

  • Product appearance and dimensions;
  • Enclosure color;
  • Customer logo;
  • Custom PCB;
  • Battery capacity;
  • Sensors;
  • Connectors;
  • Antenna;
  • LoRaWAN frequency;
  • Firmware functions;
  • Communication protocol;
  • Android and iOS apps;
  • Web platform;
  • Customer domain;
  • Interface languages;
  • Product packaging.

Manufacturing services can include:

  • Component sourcing;
  • PCB fabrication;
  • SMT assembly;
  • Firmware programming;
  • Product assembly;
  • Functional testing;
  • LoRaWAN communication testing;
  • Frequency configuration;
  • Serial-number assignment;
  • QR-code generation;
  • Device-to-platform binding;
  • Packaging;
  • Quality inspection;
  • Shipment preparation.

Our production and quality-control processes are managed according to ISO 9001 quality-management principles.

Why Choose Jinshengchang as Your LoRa Device Manufacturer?

Jinshengchang combines hardware, embedded firmware, wireless communication, GPS positioning, cloud software and manufacturing capabilities within one development team.

Our main advantages include:

  • More than 13 years of GPS and IoT development experience;
  • In-house hardware and software engineering;
  • A complete series of LoRa tracking products;
  • Custom PCB and RF development;
  • Embedded LoRaWAN firmware development;
  • Android, iOS and Web platforms;
  • LoRaWAN and 4G hybrid solutions;
  • Support for global frequency plans;
  • Functional prototypes and pilot production;
  • OEM and ODM mass production;
  • API and private-server integration;
  • Long-term technical support.

Customers can start with an existing LoRa product and customize selected functions, or ask our team to develop an entirely new device from the beginning.

LoRa Device Application Industries

Jinshengchang LoRa products and solutions can be used in:

  • Smart livestock farming;
  • Cattle, sheep and goat tracking;
  • Virtual fencing and rotational grazing;
  • Mine worker safety;
  • Factory personnel tracking;
  • Lone-worker SOS protection;
  • Container and logistics monitoring;
  • Machinery and equipment tracking;
  • Smart agriculture;
  • Irrigation management;
  • Warehouse monitoring;
  • Smart city projects;
  • Environmental monitoring;
  • Industrial IoT systems.

Custom LoRa Device Development Process

A typical LoRa development project includes:

  1. Confirming product and application requirements;
  2. Confirming the destination country and LoRaWAN frequency;
  3. Defining the technical architecture and functions;
  4. Developing the schematic and PCB;
  5. Developing the embedded firmware;
  6. Manufacturing functional prototypes;
  7. Testing communication, power consumption and functions;
  8. Integrating the device with the app and platform;
  9. Correcting issues and optimizing performance;
  10. Conducting pilot production;
  11. Completing quality inspection;
  12. Starting mass production and delivery.

The development schedule depends on hardware complexity, enclosure design, sensors, firmware functions and software integration. A detailed requirement document helps shorten development time and reduce unnecessary modifications.

Start Your Custom LoRa Device Project

If you need a LoRa GPS livestock collar, LoRaWAN employee badge, SOS device, asset tracker, smart sensor, water valve, LoRaWAN gateway or another custom IoT product, Jinshengchang can provide complete hardware, firmware, software and manufacturing services.

To receive a suitable technical proposal, please provide the required functions, destination country, LoRaWAN frequency, expected communication range, sensors, battery-life target, waterproof rating, software requirements and estimated order quantity.

Company: Shenzhen Jinshengchang Technology Co., Ltd.
Core products: LoRa and LoRaWAN devices, GPS trackers, livestock collars, personnel badges, asset trackers, gateways and IoT platforms
Contact: Wang Tao
Phone / WhatsApp: +86 13480881974
Contact: Ms. Hu
Phone / WhatsApp: +86 17722420256
Email: jietainana@gmail.com
Website: www.lora8.net