LoRaWAN Cattle Containment Collar

The LoRaWAN Cattle Containment Collar is a smart livestock-management device designed for virtual pasture control, cattle location monitoring and rotational grazing. It combines GPS and BeiDou positioning with long-range LoRaWAN communication, audio warnings and controlled electric pulse guidance.

Ranchers can draw virtual grazing boundaries through a mobile app or web platform without installing a complete physical fence. When cattle approach a configured boundary, the collar first provides an audio warning. If the animal continues moving beyond the boundary, an authorized controlled electric pulse can be activated according to the configured guidance sequence.

The system allows ranch managers to monitor animal locations, review historical movement, receive alerts and remotely update grazing areas.

Virtual Cattle Containment Without Continuous Physical Fencing

Traditional fencing requires posts, wire, labor and continuous maintenance. It can also be difficult to move when pasture allocation changes.

The LoRaWAN cattle containment collar allows ranchers to create and update digital boundaries on a map. Grazing areas can be adjusted remotely according to grass availability, water access, animal groups and seasonal pasture plans.

Physical perimeter fencing may still be required depending on local regulations, animal welfare requirements, road conditions and ranch risk levels. The virtual containment system is designed to improve flexible grazing management rather than automatically replace every physical safety barrier.

Progressive Audio and Electric Pulse Guidance

The collar uses a progressive guidance process. When an animal approaches a virtual boundary, the system first generates an audio cue. This gives the animal an opportunity to stop or change direction before any pulse is delivered.

If the animal continues crossing the configured boundary, the collar can provide a controlled electric pulse under authorized settings. The intensity, duration, trigger logic and safety limits should be configured according to the product specification, local regulations and professional animal-welfare guidance.

The system should not use continuous or uncontrolled stimulation. Initial animal training and gradual familiarization are essential for effective operation.

GPS and BeiDou Positioning

The collar supports GPS and BeiDou satellite positioning to determine the location of each animal. Position data is transmitted to the ranch management platform through the LoRaWAN network.

Users can view the latest cattle position, positioning time, movement status, device status and battery level. Reporting intervals can be adjusted according to the required tracking frequency and battery-life target.

Long-Range LoRaWAN Communication

LoRaWAN is suitable for large ranches because it provides long-range, low-power communication without requiring a SIM card in every collar. Each collar communicates with one or more LoRaWAN gateways installed across the grazing area.

Under open, line-of-sight conditions, a gateway may provide coverage of up to approximately 15 kilometres. Actual range depends on terrain, antenna height, vegetation, buildings, weather, gateway configuration and radio-frequency regulations.

Additional gateways can be deployed to improve coverage in valleys, mountains, forests or other areas with signal obstruction.

Gateway and Network Architecture

The complete system consists of cattle collars, LoRaWAN gateways, gateway antennas, network connectivity, a server platform and mobile applications.

The collar sends positioning and status data to the LoRaWAN gateway. The gateway forwards the data to the server through 4G LTE or Ethernet. The server processes the information and displays it through the web platform and mobile app.

Remote commands can be sent from the platform through the gateway to the collars, allowing authorized users to update reporting settings, virtual boundaries and other supported parameters.

Rotational Grazing Management

Ranchers can divide a large pasture into several digital grazing zones. Cattle can be moved between zones according to a planned schedule without rebuilding physical internal fences for every rotation.

This helps managers control grazing pressure, reduce overgrazing and allow previously used areas time to recover. Virtual boundaries can also be configured around crops, roads, dangerous terrain or restricted water sources.

Cattle Location and Movement History

The platform stores historical positioning records for authorized users. Ranch managers can review animal routes, stop locations, movement patterns and time spent in different grazing areas.

Movement history can help locate missing animals, investigate boundary events, review pasture utilization and identify unusual activity that may require manual inspection.

The collar provides management data but does not replace professional veterinary diagnosis.

Activity and Abnormal-Movement Monitoring

The collar can collect movement and activity information using its integrated sensors. The platform may identify prolonged inactivity, unusual movement or unexpected location changes according to configured rules.

When an abnormal event occurs, the system can generate an alert for ranch personnel. Workers can then inspect the animal and determine whether it is resting, separated from the herd, trapped, injured or experiencing another issue.

IP68 Waterproof Outdoor Design

The enclosure is designed for long-term outdoor livestock use. Its IP68 waterproof structure helps protect the internal electronics against rain, mud, dust and temporary water exposure.

The collar, strap, charging interface and enclosure should be inspected regularly for damage caused by animal movement, impact or long-term environmental exposure.

Long Battery Life and Optional Solar Charging

The collar uses a low-power communication architecture and intelligent sleep strategy to reduce energy consumption. Battery life depends on positioning frequency, LoRaWAN reporting interval, gateway signal strength, ambient temperature and guidance activity.

An optional solar-charging configuration can extend operating time in suitable outdoor environments. The solar panel should remain exposed to sunlight and should not be covered by the animal’s body, mud or vegetation.

Mobile App and Web Platform

The livestock management system supports Android and iOS applications as well as a browser-based web platform.

Available platform functions can include:

REAL-TIME CATTLE LOCATION

HERD AND ANIMAL MANAGEMENT

VIRTUAL BOUNDARY CONFIGURATION

HISTORICAL ROUTE PLAYBACK

BATTERY STATUS MONITORING

COLLAR ONLINE STATUS

GEO-FENCE ALERT RECORDS

REMOVAL AND TAMPER ALERTS

ACTIVITY INFORMATION

REMOTE PARAMETER CONFIGURATION

MULTIPLE RANCH MANAGEMENT

USER AND ROLE MANAGEMENT

API and Private Server Deployment

The system can provide API integration for approved OEM projects. Positioning data, alarm records, device status and livestock information can be connected to an existing farm-management platform.

Private server deployment is available for customers requiring independent data management, local system integration or customized security policies.

The server architecture can be configured according to the number of collars, data-reporting frequency, storage requirements and expected system concurrency.

LoRaWAN Regional Frequency Options

Different countries use different LoRaWAN frequency plans. Available options can include:

CN470 FOR CHINA

IN865 FOR INDIA

EU868 FOR EUROPE

RU864 FOR RUSSIA

US915 FOR THE UNITED STATES

AU915 FOR AUSTRALIA AND SELECTED LATIN AMERICAN MARKETS

KR920 FOR SOUTH KOREA

AS923 VARIANTS FOR MULTIPLE ASIAN MARKETS

The correct frequency must be confirmed before production and deployment. Customers should follow the applicable radio-frequency regulations in the destination country.

Animal Training and Welfare

Cattle should be introduced to the system gradually in a controlled environment. Training usually begins with clear audio cues and visible supervision so that animals can learn how to respond to the warning.

Electric pulse guidance must be configured within approved safety limits and used only when necessary. Ranch operators are responsible for following local animal-welfare laws, veterinary recommendations and pasture-management regulations.

Young, sick, injured or otherwise unsuitable animals should not use pulse guidance without professional evaluation.

OEM and ODM Customization

Shenzhen Jinshengchang Technology Co., Ltd. provides OEM and ODM development for LoRaWAN livestock collars and complete smart-ranch systems.

Customization services include:

CUSTOM PRODUCT LOGO

CUSTOM COLLAR STRAP

CUSTOM ENCLOSURE COLOR

BATTERY CAPACITY CUSTOMIZATION

SOLAR CHARGING OPTIONS

PCB AND ANTENNA DEVELOPMENT

FIRMWARE DEVELOPMENT

LORAWAN FREQUENCY CONFIGURATION

AUDIO GUIDANCE LOGIC

ELECTRIC PULSE CONTROL LOGIC

COMMUNICATION PROTOCOL INTEGRATION

ANDROID AND IOS APP CUSTOMIZATION

WEB PLATFORM CUSTOMIZATION

MULTILINGUAL SOFTWARE

API INTEGRATION

PRIVATE SERVER DEPLOYMENT

Our engineering team can support projects from requirement analysis and prototype development to ranch testing, gateway planning and mass production.

Frequently Asked Questions

Does every collar require a SIM card?

No. The LoRaWAN collar communicates directly with a LoRaWAN gateway and normally does not require an individual SIM card. The gateway may use a 4G SIM card for server backhaul.

How far can one gateway cover?

Under open and elevated line-of-sight conditions, the coverage may reach approximately 15 kilometres. Hills, trees, buildings and antenna height can significantly affect the actual range.

Can multiple gateways be installed?

Yes. Multiple gateways can be deployed across a large ranch to improve network coverage, redundancy and data reception.

Can the virtual boundary be changed remotely?

Yes. Authorized users can update supported virtual boundary settings through the management platform and send the configuration to the collar through the LoRaWAN network.

Does the collar immediately deliver an electric pulse?

No. The intended guidance sequence begins with an audio warning. A controlled pulse is used only if the animal continues beyond the configured boundary and the function has been authorized and enabled.

Is solar charging available?

Yes. Solar-assisted charging can be provided as an optional configuration according to the collar structure and project requirements.

Can the system connect to an existing platform?

Yes. API and communication-protocol integration are available for qualified OEM projects.