Product Overview
From “Finding Cattle” to “Managing Cattle”:
A digital livestock management system designed for long-term operation on real pastures.
Smart Wearable Devices + Digital Livestock Management Platform
It is not a “single device,” but a complete solution.
What we’ve created is not simply a “cattle-tracking tool,”
but a comprehensive digital livestock asset management system.
The entire system uses smart livestock tracking collars as hardware terminals,
combined with a mobile app for herders and a PC-based big data platform for livestock supervision,
to establish an integrated digital grazing system featuring “terminal data collection—cloud-based analysis—tiered management.”
The devices collect data such as livestock location, movement trajectories,
and activity levels 24 hours a day, while the cloud automatically performs analysis and issues alerts for anomalies.
1. Precise Location Tracking + Electronic Fencing: Say Goodbye to Blindly Searching for Livestock
View the precise location and complete movement history of livestock in real time via your mobile device.
Customize electronic fences for pastures and hazardous areas; receive immediate SMS
and app alerts when livestock cross the boundaries, preventing loss and boundary disputes at the source.
2. Data-Driven Smart Grazing for Sustainable Pasture Utilization
Leverage big data from livestock movement trajectories to precisely locate herds,
enabling targeted winter supplementary feeding and treatment of sick animals.
Long-term grazing distribution data visually illustrates pasture utilization intensity,
aiding in the scientific planning of rotational grazing cycles and the conservation of grassland ecosystems.
3. Comprehensive, Proactive Protection to Safeguard Herders’ Assets
Complete tracking data can be used to trace the origin of stolen livestock and gather evidence.
During extreme weather events such as blizzards and floods,
it enables rapid location of scattered herds, reducing mass livestock deaths.
Location data for deceased livestock is synchronized with insurance providers, streamlining the claims verification process.
4. Activity Data Supports Scientific Breeding and Rearing
Daily activity curves automatically issue early warnings for injuries, illnesses, and estrus.
By analyzing trajectories of animals that have strayed from the herd
and remained in one location for an extended period,
the system predicts when female livestock will give birth,
allowing for timely on-site care and reducing the mortality rate of young livestock.
This facilitates the transition from “experience-based livestock management” to “data-driven livestock management.”
5. Data Collaboration Empowers Grassland Community Governance
Livestock boundary-crossing trajectories serve as objective evidence to quickly resolve disputes
over pasture use among neighbors. In the event of an animal disease outbreak,
regulatory authorities can retrieve the activity trajectories of all livestock across the region to precisely
delineate quarantine and control zones, thereby improving the efficiency of emergency disease response.
The smart livestock wearable system transforms the invisible status of livestock and pasture resources into a visible,
analyzable, and manageable data stream. It not only simplifies grazing labor
but also fundamentally reshapes the livestock management model in pastoral areas:
· Cost Reduction and Efficiency Improvement: Significantly reduces the labor required for herding patrols and fuel consumption,
while comprehensively improving efficiency in feeding, disease prevention, and breeding
· Risk Prevention and Control: A multi-tiered early warning mechanism reduces economic losses
caused by livestock straying, theft, and disaster-related casualties
· Stabilizing and Increasing Income: Improves livestock survival rates,
while traceability data supports premium pricing for livestock products
· Long-Term Governance: Utilizes a standardized data foundation to support grassland ecological conservation,
animal disease prevention, and grassroots community governance,
enabling the precise implementation of national strategies for rural revitalization and agricultural modernization through technology.
