Digital technologies are transforming modern agriculture and making production more sustainable. The precision farming concept enables farmers to be more informed about all the fields and make better decisions, but it could not exist without technological breakthroughs.
The capabilities of farmers have significantly expanded thanks to monitoring, data analysis, and software. Digital technologies help detect the threats before damage is done, contributing to higher yields. In this article, you can find out how digital technologies improve farming and what benefits you can get.
Advantages of Digital Farming
Digital technologies can bring improvements to various agricultural activities. Farmers are getting more insight than ever before and making data-driven decisions. However, these are not all the benefits that the introduction of technology gives to the agricultural sector.
Assessing the condition of crops is an essential component of successful farming. Satellite images and drones are the tools that provide effective monitoring of fields and make it possible to predict soil quality. Thanks to these forecasts, it is possible to make a plan for sowing seeds and tracking the crop’s development at any stage. Moreover, farmers have a chance to identify crop disease in the field and combat other threats that can damage yields.
Digital technologies make it possible to make decisions based on the received data and track the result. In addition, technology offers new, more accurate, and efficient farm management methods. Farmers receive real-time information about crops and have a chance to take timely measures of crops protection. In addition, many platforms offer hyper-local and accurate weather forecasts and notification settings for potential crop threats.
The sensors collect soil data, allowing farmers to use valuable resources, including water and fertilizer, more accurately based on plant needs. Efficient use of resources, in turn, not only helps to reduce costs but also leads to a more sustainable future of agriculture. Farmers also gain the ability to analyze historical data, identifying patterns and factors that impacts the crops. They use this information to find new ways to secure plants and increase yield.
Increasing Production and Reducing Expenditure
Machine learning and AI technologies can make farming less expensive. In addition, the use of innovative solutions can save people from monotonous or hard work. For example, AI-controlled bots and drones make it easier to sow seeds and harvest crops. Precision technologies in agriculture provide several vital tools for production automation and data management. Innovative solutions help make farm operations more economical and less labour-intensive.
Workflow automation simplifies teamwork and communication between employees. Thanks to modern technological solutions, you can forget about manual information collection and processing. In addition, many platforms for farming offer data collection in the field and instant sending to agronomists, managers, and other business participants. It is beneficial for scouts, who can see the operation results in real-time with agronomists. Automation dramatically increases work efficiency and improves productivity.
Digital technologies facilitate the virtual integration of stakeholders. Producers can quickly and easily access agricultural inputs, commodities, financial and trade services, and more. Farmers can get accurate and reliable information about the market, prices, and buyers. In addition, various applications and platforms offer access to electronic marketplaces. With their help, farmers can find customers and new markets for products and purchase the necessary goods for production.
Digital technologies significantly expand farmers’ opportunities, enabling them to monitor crops and make data-driven decisions. With the help of satellite imagery, software, drones, AI, and machine learning technologies, farmers can achieve greater yields and reduce costs. In addition, the introduction of technology contributes to more efficient use of resources and increased sustainability of production.