Digital Infrastructure for Modern Agriculture

Empowering large-scale farms and greenhouses with Environmental Perception, Automatic Control, Spatial Positioning, and Data-Driven Operations.

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Revolutionizing Agriculture Operations

Designed for large greenhouse complexes, agricultural groups, and modern farming zones.

Large Greenhouse Groups

Centralized management for extensive greenhouse clusters, optimizing labor allocation and climate control across multiple zones.

Agricultural Industrial Parks

Integrated spatial and data infrastructure for demonstration parks and high-tech farming research centers.

Modern Digital Farms

End-to-end digitalization for farms seeking ESG compliance and high-efficiency operational models.

Bridging the Gap in Traditional Farming

Modern agriculture demands more than just basic automation. We address the core operational bottlenecks that hinder scalability.

Labor Management Chaos

Difficult to track worker efficiency and task completion in large-scale environments.
Fragmented Data Silos

Sensors, controllers, and management platforms operating independently without synergy.
Security & Asset Loss

Blind spots in tracking expensive mobile assets, equipment, and personnel safety.

A Holistic 6-Layer Architecture

From environmental sensing to AI-driven operational intelligence.

1. Environmental Layer

Real-time perception of Air/Soil Temp, Humidity, CO2, Light intensity, PH/EC/NPK levels.

2. Control Layer

Automated execution of irrigation, ventilation, fogging, shading, and lighting systems.

3. Spatial Layer (Core differentiator)

Centimeter-level UWB positioning for personnel, equipment, and mobile assets.

4. Data & AI Layer

Cloud-based storage, AI trend analysis, efficiency auditing, and predictive maintenance.

5. Visualization Layer

3D greenhouse maps, worker heatmaps, and real-time monitoring dashboard.

Advanced Spatial Digitalization

UWB-based tracking transforms the greenhouse into a manageable digital grid.

Worker Efficiency

Real-time location, trajectory playback, and automated labor hour statistics for efficiency analysis.

Asset Management

Track carts, AGVs, and expensive tools to prevent loss and optimize equipment utilization.

Safety & Geofencing

Instant alerts for unauthorized access to dangerous zones and SOS triggers for emergency response.

Industrial-Grade Infrastructure

Robust hardware and intelligent software built for agricultural resilience.

IoT Sensor Network

High-precision sensors for multi-dimensional environmental monitoring (Temp, Hum, CO2, Light, Soil).

Automated Controllers

IoT gateways and smart controllers for seamless integration from edge to cloud.

UWB Spatial Kit

Industrial UWB anchors and tags providing centimeter-level positioning accuracy.

WES-AIOT Platform

Comprehensive management software with AI analytics and 3D visualization.

Unlocking Strategic Value

Driving profitability through digitalization and precision management.

30%+

Labor Efficiency

Reduce manual oversight through automated control and optimized labor management.

15%+

Yield Increase

Ensure 24/7 optimal growing conditions via AI-driven environmental precision.

20%+

Energy Saving

Smart linkage between environment and actuators reduces unnecessary power consumption.

Success Stories

Proven results in modern agricultural operations.

50,000 m² Greenhouse Digital Transformation

Client Type: Modern Agricultural Group

Challenge: Fragmented management of environment and high labor turnover across 10 greenhouse zones.

Solution: Full-stack deployment of IoT environment sensors, UWB personnel positioning, and automated climate control systems.

Real-time tracking of 50+ workers.
Automated shading and irrigation linked to soil/light sensors.
Centralized 3D Monitoring Dashboard.

Results:

25% Labor cost reduction | 15% Quality improvement | 100% Asset visibility

FAQ

What is the advantage of UWB over GPS/Wi-Fi positioning?

UWB provides centimeter-level accuracy (<30cm) and is highly resistant to multipath interference, making it ideal for indoor greenhouse environments where Wi-Fi or GPS signals are weak or imprecise.

Can the system integrate with my existing ventilation and pumps?

Yes. Our IoT controllers support standard industrial protocols (RS485, Modbus) and various I/O expansion modules, allowing for integration with most existing greenhouse actuators.

How does the AI layer provide operational advice?

The AI engine analyzes historical environment data against yield results to suggest optimal setpoints, predicts equipment failure before it happens, and identifies labor bottlenecks through trajectory heatmaps.