Farmland Environment Automatic Monitoring System

The Farmland Environmental Automatic Monitoring System is based on agricultural IoT and sensor technology. It utilizes advanced sensor nodes such as meteorological, water level, soil moisture, and flow sensors to form a monitoring network, enabling real-time monitoring of farmland environmental elements.

Service Products

Meteorological and Soil Moisture Monitoring Station

Flow Monitoring Station

Rainfall and Water Level Monitoring Station

Video Monitoring Station

Pest Situation Monitoring Station

Seedling Situation Monitoring Station

Intelligent Spore Catcher

Automatic Irrigation Control System

Farmland Environmental Automatic Monitoring and Management Platform

Service Items

Meteorological and Soil Moisture Monitoring

Flow Monitoring

Rainfall and Water Level Monitoring

Video Monitoring

Pest Situation Monitoring

Seedling Situation Monitoring

Automatic Irrigation Control

Farmland Environmental Automatic Monitoring and Management Platform

Service Standards

Specification for site selection and monitoring of farmland information monitoring points (GB/T 37802-2019)

Core Metadata of Agricultural Information Resource Dataset (DB11/T 836-2011)

Basic Parameters and General Technical Conditions for Hydrological Instruments (GB/T 15966-2017)

Technical Specification for Automatic System of Hydrologic Data Acquisition, Transmission and Process (SL 61-2015)

General Technical Conditions for Equipment of Automatic System of Hydrologic Data Acquisition, Transmission and Processing (GB/T 27994-2011)

Code of practice for information security management (GB/T 19716-2008)

Management of computer software reliability and maintainability (GB/T 14394-2008)

Security technical requirements for database management system of information security technology (GB/T 20273-2006)

Operating system security evaluation criteria for information security technology (GB/T 20008-2005)

Service Advantages

The company, with its mission of “Delivering Trust, Serving Development,” fully leverages digital technology to drive the modernization and development of agriculture. At the same time, it concentrates on key elements such as talent, capital, and technology, strengthens resource integration and collaboration with research institutions and universities, utilizes the successful experience of applying digital technology in the water conservancy informationization industry, deepens research on key information technology issues such as telemetry product systems, information control systems, sensor systems, and AI model simulation, strengthens the construction of a smart application system encompassing thorough perception, intelligent analysis, and smart applications, committed to building sustainable, growing, and robust endogenous growth forces for digital transformation. It deeply integrates the testing industry with digital industries, promotes the diversified development of the information industry, and continuously deepens the integration of digital technology with the development of Chinese-style modernization.

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