LoRaWAN End-to-End Development Company – From Hardware and Firmware to IoT Platform Deployment
Building a commercial LoRaWAN product requires much more than selecting a LoRa module. Hardware design, embedded firmware, gateway configuration, network servers, positioning algorithms, cloud platforms, mobile applications and mass-production testing must work together as one reliable system.
Shenzhen Jinshengchang Technology Co., Ltd. provides end-to-end LoRaWAN development services for livestock tracking, personnel safety, asset monitoring, indoor positioning and customized industrial IoT projects. With 13 years of GPS product development experience, our team can support customers from the initial concept and prototype to mass production and global deployment.
What Can Jinshengchang Develop?
1. Product Planning and Technical Evaluation
Before hardware development begins, our engineers analyze the customer’s application environment, communication distance, positioning accuracy, battery-life target, installation method and local LoRaWAN frequency band.
We can help define:
Product functions and system architecture
LoRaWAN or private LoRa communication
GNSS, Bluetooth, Wi-Fi or hybrid positioning
Battery capacity and power-consumption targets
Sensor, SOS and tamper-detection requirements
IP-rated enclosure and installation structure
Gateway density and network coverage
Platform, API and application requirements
Target cost and mass-production plan
This early evaluation reduces repeated PCB modifications and avoids choosing an unsuitable communication or positioning solution.
2. Customized LoRaWAN Hardware Development
Jinshengchang can provide customized PCB and complete-device development for different LoRaWAN applications, including:
LoRaWAN livestock GPS collars
LoRaWAN cattle and sheep ear tags
Employee tracking badges with SOS
Lone-worker safety devices
LoRaWAN asset GPS trackers
Magnetic asset trackers
Indoor positioning badges
Industrial sensor terminals
Electronic fencing and grazing-management devices
Hardware customization can cover MCU selection, LoRa RF circuits, GNSS modules, Bluetooth, Wi-Fi scanning, accelerometers, temperature sensors, SOS buttons, charging circuits, solar power, antennas and waterproof enclosures.
We support major regional LoRaWAN frequency plans, including CN470, EU868, IN865, RU864, US915, AU915, KR920 and AS923 variants.
3. Embedded Firmware Development
Firmware determines the battery life, stability and communication efficiency of a LoRaWAN device. Our team can develop and optimize embedded firmware in C according to the application.
Key firmware capabilities include:
LoRaWAN Class A, Class B and Class C
OTAA and ABP activation
Adaptive Data Rate
Configurable reporting intervals
GNSS acquisition and intelligent sleep control
Bluetooth and Wi-Fi-assisted indoor positioning
Motion-based wake-up
Geofence and escape alerts
SOS emergency reporting
Device-removal and tamper detection
Low-battery warning
Sensor-data collection
Downlink command control
Remote parameter configuration
Firmware upgrade mechanisms
Data retransmission after network recovery
For battery-powered products, we optimize the working states of the MCU, GNSS, LoRa radio and sensors to balance tracking frequency with operating life.
4. Gateway and LoRaWAN Network Deployment
A complete LoRaWAN solution also depends on proper gateway planning. Jinshengchang can assist with indoor and outdoor gateway selection, frequency configuration, antenna installation and network coverage planning.
Our solutions can support:
Outdoor IP67 LoRaWAN gateways
Indoor compact gateways
4G, Ethernet and Wi-Fi backhaul
Eight-channel LoRaWAN reception
Multi-gateway roaming coverage
Semtech UDP Packet Forwarder
LoRa Basics Station
ChirpStack integration
Embedded network servers
Private or cloud-based deployment
For farms, factories, mines, warehouses and industrial parks, we can design gateway placement according to terrain, building structure, device density and required data-reporting frequency.
5. lora8 IoT Platform and Application Development
Jinshengchang has developed the lora8 IoT platform for device management, location monitoring and alarm processing. The system supports web access as well as Android and iOS applications.
Platform functions can include:
Real-time device location
Historical route playback
Multiple electronic fences
Entry and exit alerts
Livestock escape notifications
SOS alarm management
Low-battery alarms
Offline-device warnings
Activity and motion analysis
Device grouping and batch management
User and permission management
Multi-language interfaces
Google Maps and Amap integration
API access for third-party platforms
Customer branding and white-label deployment
The platform architecture can use PostgreSQL, Redis and ClickHouse on Linux servers. It is designed for high-concurrency device access and can be adapted for private deployment, customer cloud environments or overseas servers.
Our End-to-End Development Process
Requirement analysis and feasibility evaluation
System architecture and component selection
Schematic and PCB design
Antenna and RF optimization
Enclosure and structural development
Prototype production
Embedded firmware development
Gateway and network-server integration
Platform, APP and API development
Field testing and power-consumption optimization
Pilot production and reliability testing
Mass production, delivery and technical support
Why Choose Jinshengchang?
13 Years of GPS Development Experience
Our team understands GNSS positioning, wireless communication, low-power design and IoT platform integration. This experience helps us solve practical problems such as slow positioning, high standby consumption, unstable data transmission and inaccurate historical routes.
Integrated Hardware and Software Team
Customers do not need to coordinate several unrelated suppliers. We can develop the terminal hardware, firmware, gateway connection, cloud platform, mobile application and API within one technical architecture.
Experience in Large-Farm LoRa Deployment
Jinshengchang has experience in planning and deploying LoRa-based solutions for large livestock farms. We consider terrain, hills, vegetation, barns, gateway height, antenna selection and animal movement when designing coverage.
Low-Power Optimization
For livestock collars, ear tags and asset trackers, battery life is a core requirement. We optimize GNSS positioning cycles, motion detection, LoRa transmission, sleep current and alarm strategies according to the real operating scenario.
OEM, ODM and White-Label Support
Customers can customize:
Product appearance and enclosure
PCB and hardware functions
Device firmware and communication protocol
Logo, packaging and labels
Platform domain and interface
Android and iOS applications
Server deployment
API and third-party system integration
Production and Quality Management
Jinshengchang supports prototype production, small-batch trial orders and mass production. With ISO 9001 quality-management experience, we can establish testing procedures for RF performance, positioning, waterproofing, charging, battery consumption and communication stability.
Typical Applications
Our LoRaWAN end-to-end development services are suitable for:
Cattle and sheep tracking
Livestock loss prevention
Virtual fencing and rotational grazing
Farm asset management
Factory personnel positioning
Miner and lone-worker safety
Warehouse asset tracking
Construction-equipment monitoring
Industrial park positioning
Emergency SOS systems
Customized LoRaWAN sensor networks
Conclusion
A successful LoRaWAN project requires coordinated development across devices, communications, gateways, servers and applications. Jinshengchang provides a complete technical route—from product definition and PCB development to firmware, the lora8 platform, mobile applications, field deployment and mass production.
Contact Jinshengchang
Wang Tao: +86 134 8088 1974 — WhatsApp/Phone
Ms. Hu: +86 177 2242 0256 — WhatsApp/Phone
Email: jietainana@gmail.com