A Low-Power Tracking and Smart Ranch Management Solution

Managing cattle across large ranches, mountains and remote grazing areas can be difficult. Manual patrols require considerable time, while weak cellular coverage can limit the reliability of conventional 4G trackers. A LoRa cattle collar provides a practical alternative by combining GNSS positioning, low-power wireless communication, geofencing and a centralized livestock management platform.

Shenzhen Jinshengchang Technology Co., Ltd. has 13 years of experience in GPS and IoT product development. The company provides LoRa cattle collars, gateways, firmware, the lora8 platform, mobile applications, API integration, OEM/ODM development and mass-production services.

How Does a LoRa Cattle Collar Work?

The collar uses GPS, BeiDou, GLONASS or another GNSS configuration to determine the animal’s location. Position, battery and alarm data are transmitted over LoRa or LoRaWAN to a nearby gateway.

The gateway forwards the information to a server through 4G, Ethernet or Wi-Fi. Ranch managers can then view cattle locations, historical routes, geofence events and device status from a computer or mobile phone.

Typical data flow:

Cattle collar → LoRa communication → LoRa gateway → Internet backhaul → lora8 platform → Web or mobile application

Core Technical Features

Multi-Constellation GNSS Positioning

The device can support GPS, BeiDou, GLONASS and multi-constellation positioning. Reporting intervals can be configured according to the operating scenario.

A longer interval helps extend battery life during normal grazing. When an animal crosses a boundary, begins moving abnormally or is manually queried, the device can temporarily increase its positioning and reporting frequency.

LoRa and LoRaWAN Communication

LoRa is suitable for transmitting compact data packets such as coordinates, battery level, motion status and alarms. With properly positioned gateways and antennas, it can cover extensive grazing areas while keeping collar power consumption low.

Actual range depends on terrain, hills, vegetation, buildings, antenna height, frequency, transmit power and local regulations. A field survey and signal test should therefore be completed before full deployment.

Frequency options may include EU868, US915, AU915, AS923 and CN470. The selected band must comply with local radio regulations.

Low-Power and Solar Options

Jinshengchang can develop collars with:

• High-capacity primary batteries;
• Rechargeable lithium batteries;
• Solar-assisted charging;
• Scheduled wake-up and deep-sleep modes;
• Motion-triggered positioning;
• Faster reporting after a geofence event;
• Low-battery alerts.

Battery life is affected by more than battery capacity. Positioning interval, reporting frequency, GNSS acquisition time, temperature, LoRa signal quality and animal activity must all be evaluated.

Geofencing and Escape Alerts

Managers can define circular or polygonal zones on the platform. When an animal leaves an authorized grazing area or enters a dangerous zone, the system generates an alert.

Geofencing supports ranch-boundary monitoring, rotational grazing, road and crop protection, separation of cattle groups and faster recovery of missing animals.

Motion and Device Status Monitoring

Depending on the selected hardware, the collar can include an accelerometer, removal detection and temperature sensing. The system may identify prolonged inactivity, unusual movement, collar removal, low battery and extended offline status.

Motion information is intended as an operational warning. Disease diagnosis, estrus detection and rumination analysis require dedicated sensors, validated samples and specialized algorithms.

Rugged IP67/IP68 Design

A livestock collar must withstand rain, mud, sunlight, temperature changes, impact and pulling. Product development therefore considers:

• IP67 or IP68 sealing;
• UV-resistant housing;
• Corrosion-resistant materials;
• Strong straps and buckles;
• Antenna position;
• Balanced weight and wearing comfort;
• Protection of charging or solar components.

Housing, strap size, color, logo and packaging can be customized for OEM and private-label projects.

The lora8 Livestock Management Platform

The lora8 IoT platform developed by Jinshengchang supports large-scale device access and multi-ranch management. Its functions can include:

• Current cattle locations;
• Historical route playback;
• Circular and polygonal geofences;
• Escape, offline and low-battery alerts;
• Association of collar IDs with cattle records;
• Gateway and device status;
• Herd grouping and role-based permissions;
• Multilingual interfaces;
• API and webhook integration;
• Private server deployment.

Customers operating multiple ranches can organize data by country, region, ranch, herd and user role.

Project Case: Tracking Cattle on a Remote Ranch

A large overseas ranch had unstable cellular coverage in several grazing zones. Workers previously relied on vehicle patrols, and locating cattle that had moved beyond the main grazing area could take hours.

Jinshengchang analyzed the ranch map, terrain, cattle movement range and available backhaul connections. LoRa gateways were installed at elevated and strategically important locations, while low-power GNSS collars were fitted to the cattle.

The project included:

1. Terrain and coverage analysis;
2. On-site LoRa signal testing;
3. Gateway, antenna and backup-power planning;
4. Different reporting rules for normal, boundary-crossing and emergency conditions;
5. Geofence configuration for ranch boundaries and dangerous areas;
6. Device, cattle and user-account registration;
7. A small pilot deployment before phased expansion.

After deployment, managers could view the general distribution of the herd and prioritize animals that had crossed a boundary, remained inactive or gone offline. The system reduced unnecessary patrols and provided useful data for cattle recovery, rotational grazing and device maintenance.

Results depend on terrain, gateway density and reporting strategy. A pilot test is recommended before finalizing a large project.

Why Work with Jinshengchang Technology?

• 13 years of GPS and IoT development experience;
• LoRa, LoRaWAN, 4G and multi-GNSS capabilities;
• Integrated collars, gateways, platform and API solution;
• Experience in LoRa network planning for large ranches;
• ISO 9001 quality management;
• lora8 platform designed for large-scale concurrent device access;
• Cooperation with more than 200 overseas ranches and industry customers;
• PCB, firmware, housing, strap, logo, packaging and platform customization;
• API, SDK, communication protocol and private-deployment support;
• Sample testing, pilot production and mass manufacturing.

Information Required Before Deployment

A professional solution should consider ranch size, terrain, cattle quantity, legal frequency band, positioning interval, solar requirements, gateway backhaul, geofence rules, platform hosting, API integration, waterproof level and strap dimensions.

Conclusion

A LoRa cattle collar is more than a GPS tracker. It is part of a complete system comprising animal-worn devices, a LoRa network, gateways, servers, management software and deployment services.

Jinshengchang Technology can design a balanced solution according to ranch size, terrain, herd quantity, battery-life targets and management requirements.

Manufacturer: Shenzhen Jinshengchang Technology Co., Ltd.
Contact: Ms. Hu
Phone/WhatsApp: +86 17722420256
Services: LoRa cattle collars, livestock GPS trackers, LoRa gateways, lora8 platform and OEM/ODM development