Smart Agriculture & IoT

Standard Smart Agriculture Solutions

Proven configurations for open fields and greenhouses: two core modules as standard, with optional modules added to match your goals.

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Start from a proven configuration

To meet the essential goals of every farm, higher yield and quality, fewer inputs, managed risk and lower costs, the standard solutions are built around two powerful core modules: sensor-based environmental monitoring and control, and integrated water and fertilizer management. Open-field farms can add six optional modules and greenhouses four, so each project grows from a solid base to the level of automation it needs. Breeding centres and research institutes can extend this with the smart breeding resource platform. The case studies below show the results achieved on a large rice farm and at a greenhouse breeding base.

ASFAN designs, supplies and supports standard smart agriculture solutions for farms, greenhouses and breeding stations across the UAE.

Standard Configurations

Standard IoT Solution for Open-Field Farming

Boost yield, save resources and minimise risk: two core modules as standard, with six optional modules added to match production goals.

Core modules2 (environment, water & fertilizer)
Optional modules6
LayoutWeather station, soil moisture stations, fertigation head-end, drip and sprinkler zones

Features & full specifications

Key features

Core module 1, sensor-based environmental monitoring and control: continuous monitoring of temperature, humidity, soil moisture, light, rainfall and wind; intelligent regulation of irrigation, ventilation and protective measures; early warning for drought, frost, storms and other weather anomalies
Core module 2, integrated water and fertilizer management: sensor data combined with irrigation and fertilization to deliver water and nutrients where and when needed; remote and automated scheduling, zone-based application and data-driven optimisation
Goals: higher yield and crop quality, less water, fertilizer and pesticide, managed environmental risk, lower labour and operation costs
All-in-one digital farming platform, modular and scalable, adaptable to different crops and field sizes

Technical specifications

Core modules	2 (environment, water & fertilizer)
Optional modules	6
Layout	Weather station, soil moisture stations, fertigation head-end, drip and sprinkler zones

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Standard IoT Solution for Greenhouses

Precision climate, efficient input and smart control: real-time sensing, intelligent automation and full-lifecycle digital management for greenhouse operations.

Core modules2 (climate, water & fertilizer)
Optional modules4
ControlFans, heaters, curtains, vents, fertigation

Features & full specifications

Key features

Core module 1, sensor-based environmental monitoring and control: sensors and weather stations inside the greenhouse monitor temperature, humidity, CO2, soil moisture and light; linked to fans, heaters, curtains and vents for automatic regulation and disaster alerts
Core module 2, integrated water and fertilizer management: fertigation controlled from sensor data to deliver the right amount of water and nutrients to the root zone, with remote scheduling and automatic adjustment
Goals: stable and precise climate, optimised water and fertilizer use, higher yield and better quality, reduced labour, early warnings for frost, heat and humidity spikes
Four optional modules can be integrated with the core platform

Technical specifications

Core modules	2 (climate, water & fertilizer)
Optional modules	4
Control	Fans, heaters, curtains, vents, fertigation

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Smart Breeding Resource Platform

Digital infrastructure for plant breeding centres: from project proposals and hybridisation to data collection, evaluation and harvest records.

UsersBreeding centres, seed companies, research institutes
ScopeProposal to harvest records
NetworkFibre-optic and wireless

Features & full specifications

Key features

Environmental monitoring and control: smart greenhouses with climate control, shading upgrades, mist cooling and sensor-based monitoring
Digital infrastructure: high-speed fibre-optic and wireless networks across the whole base
Base data and control cloud system for temperature, humidity, light, soil moisture and pest data
Full-cycle breeding resource management that standardises breeding data
Breeding data management for parent selection, trial planning, growth observation and harvest recording
Greenhouse sensors, AI-powered phenotype and quality analysers, soil analysers and microclimate weather stations
Visualisation centre with large interactive screens showing R&D progress

Technical specifications

Users	Breeding centres, seed companies, research institutes
Scope	Proposal to harvest records
Network	Fibre-optic and wireless

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All-in-one digital farming platform

All modules share one platform, so data from sensors, fertigation, traps, cameras, drones and robots can be combined in a single view.

Modular and scalable

Start with the core modules and add others as budgets, experience and goals develop, without replacing what is installed.

Adaptable to crops and field sizes

Configurations are adapted to field crops, orchards, vegetables, greenhouses and breeding stations of any size.

Proven results

Projects in operation have recorded lower pesticide, water and labour use together with higher yield per unit area.

Open field: choose optional modules by goal

Your goal	Recommended module
Detect and prevent pest and disease outbreaks early	Pest & Disease Forecasting
Visualise crop growth and manage labour	Camera Crop Monitoring
Receive hands-free guidance in the field	AR Glasses for Farming
Increase automation of field operations	Agricultural Robots
Analyse terrain, estimate yield and track crop status by air (large fields)	Agricultural Drones
Digitise workflows and manage inputs efficiently	Farm Operations Management

Greenhouse: choose optional modules by goal

Your goal	Recommended module
Visualise plant growth and monitor staff	Camera Crop Monitoring
Get hands-free data and expert support	AR Glasses for Farming
Lower labour cost through intelligent automation	Agricultural Robots
Digitise workflows and manage materials easily	Farm Operations Management

Smart Agriculture in Action

Results from smart agriculture projects in operation (client names withheld).

A 460+ hectare smart rice farm

Empowering smart rice production through integrated IoT solutions

Pesticide usage-18%
Water usage-23%
Labour costs-60%
Crop yield per unit+12.6%

Project background

One of the largest grain producers in its region, cultivating more than 460 hectares of rice, adopted a smart agricultural IoT solution to raise operational efficiency and crop quality, achieving full-cycle digitalisation from sowing to harvest. The farm now runs a fully integrated, closed-loop smart farming model that combines sensing, AI-driven decision-making and intelligent automation, and serves as a replicable standard for cooperatives, large growers and grain-producing regions.

What was implemented

Unmanned operations: rice transplanter robots, crop protection drones and patrol robots automate transplanting, spraying and field inspection
Field monitoring devices: insect monitoring lamps, weather stations, soil moisture sensors and ear-count systems continuously collect environmental and crop data
Digital management platform: intelligent control across the entire plough, plant, manage and harvest cycle
Core modules: environmental and crop monitoring with early warning, model-driven agronomic recommendations, and task tracking with real-time machine operation analytics

Greenhouse smart breeding base of an agricultural research academy

A flagship greenhouse project empowering the future of the smart seed industry

Project background

Focused on smart breeding innovation, the base plays a key role in improving varieties, accelerating digital agriculture and building a national hub for the smart seed industry and agri-tech. By integrating IoT, cloud services and AI-driven data systems, it has transformed greenhouse breeding from traditional practice into a smart, data-driven and sustainable innovation platform.

What was implemented

Integrated smart systems: smart greenhouses with climate control, shading upgrades, mist cooling and sensor-based monitoring
Digital infrastructure: high-speed fibre-optic and wireless networks covering the entire base
Smart breeding resource platform: base data and control cloud system, full-cycle breeding resource management and breeding data management
Intelligent equipment: greenhouse sensors, AI-powered phenotype and quality analysers, soil analysers and microclimate weather stations, with a visualisation centre showing R&D progress

Outcomes

Management impact: Digitised R&D process, more efficient project execution and automated reporting
Social value: Stronger data sharing across institutions and better collaborative research
Ecological benefits: Lower pesticide and fertilizer use through precise application and reduced disaster impact

Frequently Asked Questions

What is included in the core configuration?

Sensor-based environmental monitoring and control (weather stations, sensors, platform, alerts and automatic control) and integrated water and fertilizer management (fertigation head-end, platform and zone control).

Which optional modules can be added?

For open fields: pest and disease monitoring, camera-based crop monitoring, AR glasses, agri-robotics, agricultural drones and farm operations management. For greenhouses: camera monitoring, AR glasses, agri-robotics and farm operations management.

Are the case study results guaranteed?

The figures are those recorded on the projects described. Results depend on the crop, climate, starting point and management, and ASFAN estimates the expected benefits for each project during planning.

Get a solution designed for your farm

Share your crops, area and goals. ASFAN will propose a standard configuration and the optional modules that fit.

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