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  • Precision Growing Methods
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  • Aspects of precision farming
    According to precision farming experts, one of the first steps in the transition to variable-rate inputs is to identify the precise factors that cause yield variations. How variable rate farming works and how it can benefit cereal growers. Key points:
  • Introduction to Livestock Behavior Monitoring
    Understanding the Significance of Livestock Behavior Monitoring In the realm of modern agriculture, the integration of technology has ushered in a new era of precision farming and animal management. One groundbreaking aspect of this advancement is livestock behavior monitoring, a practice that holds immense…
  • Data analysis of precision planting
    Imagine a world where farmers possess the power to unlock the secrets hidden within their fields, harnessing cutting-edge technologies to cultivate crops like never before. Welcome to the realm of precision planting – a game-changer in modern agriculture thats revolutionizing the way farmers grow…
  • The Importance of Nutrition in Animal Health
    As a farmer, ensuring the health and well-being of your animals is of utmost importance. One of the key factors that significantly impacts animal health is nutrition. Proper nutrition is not only essential for growth and development but also plays a critical role in…
  • Weather Monitoring and Pest Management
    For farmers, managing pests is an ongoing challenge that directly impacts crop health and yield. Pest infestations can be triggered or exacerbated by various factors, including weather conditions. Understanding the connection between weather patterns and pest populations is crucial for effective pest management. In…
  • The Benefits of Precision Crop Protection for Sustainable Farming
    In an era where sustainable farming practices are gaining increasing importance, precision crop protection has emerged as a powerful tool for farmers seeking to balance productivity with environmental stewardship. By leveraging advanced technologies and data-driven approaches, precision crop protection enables farmers to minimize chemical…
  • Precision Harvesting for Small-Scale Farmers
    Precision harvesting technology has transformed the way farmers approach the harvest process, enabling greater efficiency, productivity, and profitability. While precision harvesting is often associated with large-scale commercial operations, small-scale farmers can also benefit immensely from adopting these innovative technologies. In this comprehensive blog post,…
  • Artificial Intelligence Applications in Precision Planting: Revolutionizing Agriculture
    Welcome to AgroWebSystem.com, your premier destination for cutting-edge insights on precision agriculture. In this blog post, we will explore the transformative potential of artificial intelligence (AI) in precision planting. Discover how AI-driven technologies are revolutionizing the agricultural landscape and empowering farmers to achieve optimal…
  • Precision Planting and Weed Management
    Precision Planting and Weed Management: Reducing Herbicide Dependency Welcome to AgroWebSystem.com, your go-to source for all things related to precision agriculture. In this blog post, we will delve into the topic of precision planting and its role in weed management. Well explore how precision…
  • Precision Fertilization vs. Conventional Methods
    Introduction Precision Fertilization, or more precisely, precision fertilization, is a revolutionary method in agriculture that offers a much more efficient and environmentally friendly approach compared to conventional fertilization methods. In this article, we’ll go into more detail about why you should choose Precision Fertilization…
  • The Science Behind Precision Planting
    Precision planting has become a game-changer in modern agriculture, revolutionizing the way farmers approach seed placement and crop establishment. At the core of precision planting lies a deep understanding of the scientific principles that govern seed depth, spacing, and population. By leveraging this knowledge,…

Research – Development

We are engaged in the development of research for economic applications, covering Machine Vision, Artificial Intelligence, Image Processing. If you have a good research topic or a problem related to this topic, feel free to contact us.

Image Processing in Agriculture

  • Autonomous 24/7 field monitoring
    MY AUTONOMOUS GROWING TECHNOLOGY PROVIDES 24/7 FIELD MONITORING, AND IT’S JUST THE BEGINNING. Format: Mark Moore Autonomous growing technology provides 24/7 field monitoring, and it’s just the beginning. Courtesy of Valley Irrigation, Matt Friend has 45 centre pivot irrigation systems to keep 45,500 hectares…
  • Highlighting ROI for strawberries
    One of the concepts in image processing is ROI. This is nothing more than the areas of the image that are of interest to us. ROI – Region Of Interest. It’s no different in agricultural image processing. We have our pictures: in our case,…
  • Detecting tomatoes 2.
    In the previous section we detected red tomatoes and counted how many ripe tomatoes are in the image. Unfortunately we ended up with the result that if several tomatoes are touching or partially obscuring each other, the previous system detects 1 large tomato, which…
  • Tomato detection 1.
    Detecting crops is quite important in agricultural image processing. It’s important to recognize fruits and vegetables. One of the main tasks is to detect disease on the fruit, the other is to detect the ripening fruit. Today we will detect tomatoes. Ripe tomatoes are…

Agriculture HighTech news

  • Robots and autonomous supertractors are one important solution.
    Crammed with cameras and sensors, the metal crab slowly works its way through the cornfield. By scanning its environment, the little electronic harvest helper cunningly avoids heaps of earth and plant stems. Sowing, fertilizing, planting, bringing out herbicides or picking fruits: Dozens of these…
  • A multipurpose solution that agriculture needs now
    From cultivating the land to harvesting the crop, PeK Automotive’s fully autonomous robot covers the entire agricultural cycle, saving farmers time, effort and a lot of money.Agriculture is undoubtedly one of the hardest jobs in the world. As well as being physically demanding and labour intensive, farming requires a high level of knowledge and expertise. Farmers have to take into account the different soil types…
  • From harvesting tomatoes to grafting fish, agricultural robots show the future of farming
    The focus was on weeding robots, vertical farming robots, strawberry picking robots, underwater inspection robots, fish vaccination robots and disinfection robots.The competition, jointly organised by the Chinese Society of Artificial Intelligence, the National Agricultural Information Engineering Research Center, the South China Agricultural University and Pinduoduo, aimed to bring together academic researchers from…
  • Technology, agriculture’s friend in the sustainable economies of the future
    How can European agriculture become more environmentally friendly and ensure healthy, profitable production?The answer lies in innovative production methods and high-tech, such as the one developed in the Netherlands

Artificial Intelligence in Agriculture

  • Artificial Intelligence Applications in Precision Planting: Revolutionizing Agriculture
    Welcome to AgroWebSystem.com, your premier destination for cutting-edge insights on precision agriculture. In this blog post, we will explore the transformative potential of artificial intelligence (AI) in precision planting. Discover how AI-driven technologies are revolutionizing the agricultural landscape and empowering farmers to achieve optimal…
  • Autonomous and new technologies in agriculture
    Tell us about Fieldin, including our recent acquisition of Midnight Robotics.Fieldin is a next-generation smart farming platform that helps high-value crop growers manage and optimize their farms through a first-of-its-kind platform that combines sensor-based operational monitoring and insights with autonomous driving technologies.Fieldin’s platform provides real-time farm data…
  • Artificial intelligence technology allows farmers to target crop pests
    Protein Industries Canada has announced the development of a new technology that targets pests during field spraying, increasing efficiency and providing economic benefits for farmers.The technology uses artificial intelligence (AI) to detect weeds and other crop pests as it passes over the field. It is estimated to reduce pesticide use by up to 95%, while…
  • 7 ways GIS eliminates guesswork in agriculture
    The application of artificial intelligence in agriculture has been facilitated by the general development of technology in recent decades.The application of artificial intelligence in agriculture is about analysing land, displaying field data on maps and putting that data to work. With the help of artificial intelligence, precision farming enables informed decisions and actions that allow farmers to make the most of every hectare of land,…

Agricultural rovers

  • The robot revolution that will help farmers all over the world
    – Professor Salah Sukkarieh and his team at the Australian Centre for Field Robotics have developed smaller, cheaper robots to help farmers work more productively, efficiently and sustainably.– The robots, such as SwagBot, RIPPA, and Digital Farmhand, can assist with tasks like monitoring and…
  • 25 million USD for Advanced Farm Technologies and its autonomous robotic fruit harvester
    California-based Advanced Farm Technologies, the first US company to commercialise a robotic strawberry harvester, has closed a $25 million Series B financing round. The funds will be used to support the company’s growth in strawberry harvesting and to apply its technology to apple harvesting.The Advanced Farm TX robotic strawberry harvester is designed to work alongside manual harvesting crews and…
  • Kompano, a leading technology company in horticultural robotics
    Priva and the Belgian Octinion K and FD group are combining their horticultural robotics activities under the Kompano banner. The formalities will be finalised in the coming weeks. By combining their expertise and technology, they will create a strong and pioneering technology company focused on innovation in horticultural robotics in a fast-growing international market. The management team is led by Tom Coen…
  • Will the fundamental changes be enough for Abundant Robots?
    When Abundant Robotics, an agricultural robotics company, closed in mid-2021, it cited a lack of funding and market traction as its two main challenges. But that did not deter product development incubator Wavemaker Labs, which bought Abundant Robotics’ intellectual property (IP) for an undisclosed sum in October 2021.Wavemaker Labs has now relaunched as Abundant Robots…

Agriculture Drones, planes

  • Revolutionize Your Farming: Drone Crop Monitoring
    As a farmer, you know how important it is to keep track of your crops and their health throughout the growing season. One way to do this is through drone-based crop monitoring, a cutting-edge technology that uses unmanned aerial vehicles (UAVs) equipped with specialized…
  • Benefits of agricultural drones on the farm
    Drones have become a normal part of our world today. Over the past decade, they have gone from being expensive toys for the rich to affordable objects that many of us have the opportunity to experience. They are used for photography and delivery, and have even become the subject of their own competitions. But drones also play an important role in the public sector. This is not necessarily limited to their military applications. Governments and…
  • Robotics in agriculture
    It’s no wonder that more and more agricultural robotics applications are emerging, including biomorphic drones that model bee behaviour. Robots and drones can have a big impact on agricultural efficiency. From drones that monitor and analyse crops to automated tractors capable of sowing, fertilising and harvesting, developments in agricultural robotics all mean that human labour can now be…
  • Drones in the orchards
    Drones have been used for years to help grain farmers improve the efficiency of their operations. Research is underway to enable orchard owners to do the same by applying drone technology to fruit trees. Olga Walsh of the University of Idaho, an agronomy expert in crop production systems, says they are still in the experimental stage. The first fruit growers in Idaho…