Top Agricultural Technology Trends To Watch In 2023
Agriculture is a field that is constantly innovating and progressing. Farmers and innovators are ultimately trying to answer the same question: how do we feed the world? More specifically, how do we feed the world in a way that ensures we have enough resources to do so indefinitely? Agri-food companies, governments, and farmers are increasingly embracing technology to shape the future of food systems to address issues such as climate change, supply chain disruptions, geopolitical tensions, and rising food prices. It is critical to keep an eye on the following industry technology trends in 2023 to understand the constantly changing and developing realm of agriculture.
Agriculture is a field that is constantly innovating and progressing. Farmers and innovators are ultimately trying to answer the same question: how do we feed the world? More specifically, how do we feed the world in a way that ensures we have enough resources to do so indefinitely? Agri-food companies, governments, and farmers are increasingly embracing technology to shape the future of food systems to address issues such as climate change, supply chain disruptions, geopolitical tensions, and rising food prices. It is critical to keep an eye on the following industry technology trends in 2023 to understand the constantly changing and developing realm of agriculture.
Agritech Advances Are Fueled By Satellite Data
Satellite data has grown in popularity, efficiency, and cost-effectiveness. The use of hyperspectral satellites enables higher-resolution images of farms, providing detailed information about each pixel while reducing the need for costly sensors. Sensors can be useful in some situations, but they are expensive to maintain and should be more easily scalable. Farmers can access a variety of information from satellite data, such as atmospheric and soil temperature, soil nutrients, carbon emissions, moisture levels, and local weather conditions, making crop cultivation more reliable and efficient.
AI
Artificial intelligence, or AI, supplements IoT systems. AI improves the data collected by your various sensors and can assist you in making more informed decisions about resource use, such as water. AI can also improve energy efficiency and make your operations smarter by integrating with drones and robots. Based on prior experiences, machine learning allows AI systems to tailor decisions and recommendations to your operational needs.
Drones
Nothing beats a bird's eye view of your fields for gaining a complete picture of your operations. Drones are increasingly being used by farmers to monitor plant health, analyze soil conditions, and manage livestock. Unmanned ground vehicles can get a better look than aerial vehicles and help you understand your fields completely.
Robots
Agriculture robots can help with data collection and connect with your IoT-enabled systems in addition to performing manual labor in your fields. As a result, robots can perform tasks faster and with greater precision and less error than humans. For example, you could use robotics in your steering systems, and some agricultural industries use robots for precise harvesting.
The agri-integration ecosystem's
The agriculture ecosystem is complex, with many stakeholders, including seed companies, farming, and food processing companies, technology providers, and governments. These stakeholders frequently operate in silos, which limits innovation and collaboration. There is, however, a trend toward agri-digitization to address issues such as food insecurity, climate risk, and supply chain disruptions. As a result, there will be greater collaboration among value-chain stakeholders in 2023. Agritech firms will facilitate collaboration and information sharing and will be critical enablers in the agri-ecosystem.
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Role of Artificial intelligence in Agriculture
