Agriculture is rapidly changing due to technological innovations. Precision farming using Artificial Intelligence (AI) and machine learning or a drone as an agricultural assistant. Smart systems are everywhere these days; from the high-tech buildings, automation to automatically playing your favorite morning tune with Amazon smart speakers. One of the fastest-changing sectors due to technical innovation is arguably the agriculture sector. If you are interested visit this site LA Century Law.

Fewer resources, more potatoes

The time of the small (local) farmers who produce for self-sufficiency is over. Many small subsistence farmers have been transformed into large professional farms with optimized production processes. Technology adoption in agriculture has made this possible. This transition is partly due to the need to get the most results with as few resources as possible. On the other hand, there is an increasing need for sustainable production processes on a global scale. The sustainable debate is open, consumers are increasingly concerned about the use of pesticides and sustainable use of scarce raw materials is high on the agenda. Agriculture had to evaluate.

Technology and Agriculture

Technical innovation in agriculture: smart farming

Farming teams around the world are experiencing a growing interest in agricultural technology. Wageningen has now established itself as one of the most innovative and renowned agricultural universities in the world. The government, agribusiness, and knowledge institutions have joined forces to enable technological innovation in agriculture.


is one of the spearheads when we talk about technology innovation in agriculture. Farmers are now making full use of automated milking and feeding systems, saving people and resources in this way. Together with the IoT (which we will talk about in a moment), automation enables energy savings and optimal growth of crops and livestock by delivering exactly the right raw materials or care at exactly the right time.


more than a quarter of the Dutch dairy milking robots. There are thousands of them worldwide, often of Dutch descent. Robots help farmers with milking, but also with cleaning up manure. It is estimated that by 2026 the industry will be worth about $ 8.5 billion. In addition to milking robots, there are now robots that can recognize crops, hoe weeds, and analyze plants in order to take a specific action.

IoT (Internet of Things)

Where self-driving cars are on the way, this also applies to autonomous tractors. Self-driving tractors, unmanned helicopters, sensor technology, and autonomous drones help farmers organize the production process more efficiently and collect important data. Smart sensors are used to measure soil and air quality and then act on this by, for example, automatic spraying. IoT and machine learning make precision agriculture possible ( also known as; smart agriculture). This is a form of agriculture in which plants and animals receive exactly the right treatment by means of sensor technology. These sensors collect data on soil and crop behavior, animal behavior, machine status, storage tanks, and climate, and other environment-related measurements. This information is forwarded to the cloud. The use of sensor technology has been used in other sectors for some time, for example with the building automation app that we developed for Vandlanden.

Data management & mobile applications

is in an emerging gear in agriculture. According to experts, data management may soon be even more important than robotics itself and this is where the major opportunities lie for the agricultural sector. More and more often, for example, the Netherlands monitors customers in another continent by means of computer-controlled control techniques. Mobile applications are also increasingly being developed for agriculture and farmers. An example of this is a mobile app in Myanmar for local farmers. The app provides farmers with up-to-date information about market prices and they can order products with their mobile. Another good example is John Deere, a company that manufactures farm equipment. John Deere saw opportunities in the market by offering big data services. For example, they are adding smart sensors that provide all kinds of information via an app. Not only does it offer a unique and huge dataset, but John Deere also has a completely new source of income.

Technical innovation in agriculture

A sustainable future through smart farming using complex digital assets
Receive a text message when it is just the right time to harvest, a drone that flies over the land collecting data, and a robot that then harvests it in the most efficient way. By deploying smart technologies, the full potential of agriculture can be exploited. This includes sufficient sustainable food, employment, and the development of stable economies for less developed countries. As an innovative app developer,