What are the essential prerequisites for establishing a comprehensive agricultural Internet of Things (IoT) system?

1. Water-saving irrigation

Controlling water-saving irrigation is one of the important use cases of the Internet of Things. If your goal is to reduce water usage, produce high-quality crops, and increase profits, you should integrate network technology to help you achieve these goals.

For example, you can develop an IoT solution where smart devices execute specified prescriptions, collect real-time data, monitor soil moisture and water consumption, and transmit the information to a central system for further processing.

This precision agriculture will help you improve production efficiency, reduce waste, increase yield, achieve efficient water and energy management, and ensure better management of various agricultural operations.

2. Remote Crop Monitoring

By placing a variety of IoT devices and sensors to collect real-time data, farmers and agricultural companies can improve the quality and quantity of agricultural production.

Through the connection of water and fertilizer integrated equipment, tractors, harvesters, and other machinery, advanced information about crops and soil can be collected and transformed into direct value, including creating crop yield maps, communicating with irrigation systems, and intelligent water management.

For example, you can use a variable rate technology (VRT) to map a farmer's fields using historical data from fertile land and high-yielding crop areas.

These maps will show the presence of fertilizers, defoliants, insecticides, herbicides, and plant growth regulators so that you can manage their levels and select the desired conditions.

Greenhouse

Climate control Climate control and management is one of the widespread and important IoT applications in agriculture. By integrating multiple sensors, you can easily track and monitor information such as temperature, humidity, light intensity, and soil moisture.

The system will determine the optimal climate conditions and make changes when needed. Additionally, you can link it to a notification (alert) system and water management.

The collected data will be stored on a server or cloud system, easily accessible to farmers through smartphones (mobile application), personal computers, and tablets. Depending on the goal, they can manually manage smart devices and change climate conditions, or allow the system to automatically generate based on the processed information.

Remote Equipment Monitoring

Imagine thousands of smart devices, sensors, and machines communicating with each other: sensors tracking their "health," maintaining performance, diagnosing problems, and notifying farmers if issues arise that require repair or replacement.

Moreover, equipment monitoring in IoT solutions can also be integrated into predictive analytics. The system analyzes data, understands when certain components are likely to fail, and automatically performs maintenance.

Environmentally Safe Pesticides

Today's agricultural industry focuses on technologies that replace or reduce the use of chemical pesticides. Therefore, the discovery and implementation of successful pesticide alternatives are central. This is where the IoT can be of great help. Imagine an IoT solution representing a network of sensors and placing them among fruit trees to detect potential problems (signs of disease), predict when pest populations are too high, and send alerts to farmers. Besides risk and impact minimization on pesticides, it also enables your company to improve the quality of agricultural production. Therefore, by establishing a fully connected intelligent agriculture of machinery, equipment, crops, livestock, and water, costs can be significantly reduced, automation and management of various processes can be achieved, production efficiency can be improved, and so on.