John Deere recently announced several new precision-related product upgrades, including the MaxEmerge 5e and ExactEmerge meter upgrades. These upgrades aim to make it easier for farmers to invest in precision technology without having to purchase a completely new row unit. According to John Deere’s VP of Precision Upgrades, Than Hartsock, this allows farmers to take a “step” towards precision farming by upgrading specific components rather than the entire planter. The company also offers an “Ultimate Planter Upgrade” for older planters, which allows farmers to replace worn-out parts with new row units equipped with advanced technologies. Additionally, John Deere has announced an autonomy precision upgrade kit for select tractor models, enabling autonomy in tillage work. For more information on these updates, visit PrecisionFarmingDealer.com.

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The AgXeed is a tractor robot that operates autonomously, focused on improving labor efficiency and reducing costs. One of the highlights of the NPPL-R (Dutch National Fieldlab for Precision Farming) project, the AgXeed is being tested year-round by farmer Marijn Vermuë from Werkendam. As part of the “Robot Seeks Farmer” initiative, over 130 farmers have signed up to test 7 different robots in real-world farming conditions, in collaboration with Wageningen University. The project aims to accelerate the adoption of field robots. The AgXeed, with its 152 horsepower, is one of the robots being tested, demonstrating its potential to revolutionize farming practices.

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The integration of drone technology in Indian agriculture has transformed farming practices, offering precision, efficiency, and sustainability. Several Indian companies, such as ideaForge, Asteria Aerospace, and Garuda Aerospace, have emerged as leaders in this domain, providing specialized drone solutions for Indian agriculture. These drones assist in crop monitoring, spraying, and mapping, enabling farmers to optimize resources and enhance yields.

The adoption of drones in Indian agriculture has led to significant improvements in precision agriculture, resource optimization, labor efficiency, and data-driven decisions. However, challenges such as high costs, regulatory hurdles, and technical expertise hinder the widespread adoption of drones.

To overcome these challenges, collaborative efforts between the government, private sector, and educational institutions are necessary. Subsidies, training programs, and awareness campaigns can help make drone technology more accessible to all farmers. As technology becomes more affordable and accessible, the widespread adoption of agricultural drones is poised to enhance productivity, sustainability, and profitability in India’s farming sector.

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The Precision Farming Market is expected to experience significant growth in 2025, driven by technological advancements, shifting consumer preferences, and a focus on sustainability. The market is expected to reach a significant size, with Y-o-Y growth and CAGR forecast. The report provides an in-depth analysis of key market trends, growth drivers, competitive dynamics, and emerging opportunities.

The market is segmented by hardware, software, and services, as well as by technology, including guidance technology, remote sensing, and variable-rate technology. The report also covers key regions, including North America, Europe, Asia-Pacific, and the Middle East & Africa, and provides detailed insights into the competitive landscape, including top players and their strategic growth plans.

The report also examines the impact of adjacent markets, revenue growth of key vendors, and scenario-based analysis to provide accurate market forecasts. The study incorporates key business metrics, including Y-o-Y growth, CAGR, pricing analysis, and strategic frameworks such as Porter’s Five Forces, PESTLE, and Value Chain Analysis. The report aims to provide a comprehensive market outlook and help stakeholders identify high-growth opportunities.

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John Deere has launched its next-generation perception system, an autonomy precision upgrade kit for select tractor models, allowing for autonomous tillage work. The kit is available for model year 2022 and newer 9R and 9RX tractors, as well as model year 2020.5 and newer 8R and 8RX tractors. Select 2025 John Deere tractors will come with autonomy capabilities from the factory. The system features 16 cameras mounted on the tractor cab roof, providing a 360-degree view. It also includes additional lighting, a StarFire receiver mast, and harnessing for tillage implements. To aid in the transition, John Deere has integrated its autonomy solution with existing precision ag technologies, such as AutoPath and AutoTrac Turn Automation. This allows farmers to extend their workday without adding extra hours, increasing productivity. According to John Deere, customer feedback has praised the value of autonomy, allowing farmers to complete their work in a shorter operating window.

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Skymaps, a Czech agtech startup, has launched a drone-based prescription mapping solution called CultiWise. This solution enables farmers to generate high-precision crop health maps within hours, achieving up to 20% cost savings and a return on investment within the first season. The CultiWise drone can map 200 hectares per flight hour with centimeter-level accuracy, using multispectral or RGB cameras. This provides detailed field insights, ensuring precise application of crop inputs. The drone’s high-resolution images eliminate soil interference and offer a clearer assessment of crop health, making it ideal for early growth stages and wide-row crops where satellite data is unreliable. The CultiWise platform is available to subscribers, starting at €5 per hectare, with the drone available from €4,200. The system produces accurate prescription maps that allow farmers to adjust nozzle outputs based on crop conditions, reducing input costs and improving sustainability. With over 1,000 farm subscribers and local support in 15 countries, CultiWise is making precision farming more accessible and aligned with future regulations on pesticide and fertilizer use.

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Innoterra, a Swiss-Indian agri-tech platform, has acquired Fasal’s fresh produce distribution business, expanding its presence in Bengaluru and Chandigarh. The acquisition will double Innoterra’s distribution routes and drive a 30-35% increase in revenue. The deal gives Innoterra access to Fasal’s 85,000-acre farmer network, allowing it to tap into new markets and increase fruit distribution by up to 80%. Innoterra plans to extend its Farmlink platform to non-perishable goods like rice and spices. Fasal, on the other hand, will focus on developing its precision agriculture technologies and expanding its farmer support initiatives. The acquisition cost was not disclosed. The acquisition is expected to increase operational efficiency and financial sustainability for Innoterra. According to Avinash Kasinathan, Innoterra’s Managing Director, the company will continue to pursue strategic acquisitions to scale its business. The deal aims to enhance Innoterra’s market presence and drive growth in the agri-tech industry.

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The “Best of the Web This Week” article summarizes various articles, social media posts, podcasts, and videos that highlight innovations in the agricultural industry. This week’s top picks include:

* A podcast interview with Joe Miller of CNH on the “Future of Agriculture” discussing bringing the best possible tractors to market.
* An article on new technology that allows farmers to “steam” roll weeds and pests, reducing the need for multiple sprays and processes.
* A showcase of the John Deere tech program, where students led a tour of the facility and shared their experiences.
* A podcast on the latest trends in precision agriculture adoption, including insights on farm management platforms and drones.
* A webinar on precision technologies and trends, featuring research from Kansas State University.

The article is brought to you by Totally Tubular, a metal fabrication specialist based in Aberdeen, South Dakota, which develops ag products to improve yields.

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Robotics Plus, a New Zealand-based company that specializes in agricultural automation solutions, has been acquired by Yamaha Motor Co., Ltd. to form a new company called Yamaha Agriculture Inc. The new company will focus on developing autonomous equipment and AI-powered digital solutions to help specialty crop growers become more sustainable, profitable, and resilient in the face of climate change and resource scarcity. Robotics Plus will continue to operate from its headquarters in Tauranga, New Zealand, retaining key jobs and intellectual property. The acquisition is seen as a testament to the strong partnership between the two companies, which have been working together since 2017 to drive the development of agricultural automation technologies. The combined company will leverage Robotics Plus’ expertise in robotics and automation, as well as its new owner’s experience in the ag-tech industry, to address the challenges facing growers in the specialty crop market.

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Quectel Wireless Solutions has launched the LG680P, a new quad-band GNSS (Global Navigation Satellite System) module designed for high-precision positioning in various industries, including precision agriculture, intelligent robots, and surveying. The module can receive signals from multiple satellite systems, including GPS, GLONASS, Galileo, BeiDou, QZSS, and NavIC, ensuring exceptional accuracy and reliability. With multi-band GNSS support, it can concurrently receive L1, L2, and L5 bands, improving signal quality and precision.

The LG680P has a horizontal accuracy of up to 0.8 cm + 1 ppm and can achieve precise positioning even in challenging urban environments. It also features professional-grade anti-jamming and interference detection algorithms, ensuring signal integrity in complex environmental conditions. The module is designed for seamless integration across diverse platforms and has a low power consumption, making it ideal for battery-operated devices. Quectel offers two external GNSS antennas compatible with the LG680P, meeting the demands of industries requiring ultra-reliable and highly accurate positioning. The company will demonstrate its products, including the LG680P, at MWC Barcelona and Embedded World Munich.

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The United States AI in Agriculture Market was valued at USD 351.09 million in 2023 and is expected to reach USD 705.74 million by 2029, with a CAGR of 12.30%. The market is driven by the need for automation, labor shortages, and the adoption of precision farming. The use of AI in agriculture is gaining popularity, with farmers adopting technologies such as machine learning, computer vision, and predictive analytics to streamline farm operations and improve efficiency. The market is also driven by the need for climate-smart agriculture and the demand for automation, which is expected to continue to grow.

The market is segmented by technology, with predictive analytics being the most popular, followed by machine learning and computer vision. The adoption of AI-As-A-Service models is also gaining traction, offering unmatched scalability, flexibility, and affordability. The Midwestern region is at the forefront of the market, with farmers in states like Iowa and Illinois leading the way in adopting AI technologies. Overall, the use of AI in agriculture is expected to improve efficiency, productivity, and sustainability, leading to more crop yield, less waste, and environmental care.

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John Deere has announced a new wave of technologies and upgrades for the 2025 Commodity Classic, highlighting precision agriculture and automation. The new advancements include:

* Seed-Level Sensing and Fertilizer-Level Sensing for precision planting
* Active Vacuum Automation to prevent skips and doubles in planting
* See & Spray Select Variable Rate for optimized fungicide and desiccant use in later-season passes
* AutoTrac Turn Automation for sprayer automation
* AutoTrac Vision 2.0 for sprayer wheel centering and crop height detection
* ExactApply and Rate Control innovations, including Variable Rate with AutoSelect Pulsing and Rate Controller 3
* Automation enhancements for 2026 combines, including Predictive Ground Speed Automation, Weed Detection, and Harvest Settings Automation
* AutoTrac Turn Automation update for combine automation
* Auto-Load Camera for grain cart filling
* Grain Sensing with HarvestLab 3000 for real-time grain quality analysis

These advancements aim to enhance efficiency, reduce waste, and maximize yields, with a focus on precision farming and AI-driven insights. The new lineup is set to revolutionize modern farming, making it easier for farmers to work smarter, not harder. With over 10,000 farmers expected to attend the 2025 Commodity Classic, John Deere is positioning itself as a leader in the precision agriculture industry.

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The global smart agriculture market is rapidly growing, driven by the need to optimize food production, increasing adoption of IoT technologies, and the emphasis on sustainable agricultural practices. The market is projected to reach $29.76 billion by 2031, with a CAGR of 11.2% from 2024 to 2031. The market is driven by the convergence of factors, including the need to enhance crop yields, mitigate environmental impact, and address climate change. Smart agriculture technologies offer a comprehensive solution to enhance operational efficiency, optimize resource utilization, and increase farm productivity. The market is expected to be driven by precision farming, IoT sensors, automated irrigation systems, and data analytics. The Asia-Pacific region is expected to witness the fastest growth due to the modernization of agricultural practices, increasing government support for technology adoption, and the pressing need to enhance food production for a growing population. Key players in the market include Deere & Company, Trimble Inc., AGCO Corporation, Raven Industries, and Topcon Positioning Systems.

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The global Precision Farming Market is expected to reach USD 19.69 billion by 2031, growing at a CAGR of 10.0% from 2024 to 2031. The market is driven by the adoption of advanced technologies such as IoT, Artificial Intelligence, and machine learning in agriculture, government initiatives, and increasing awareness among farmers about the benefits of precision farming. However, limited access to advancements, high initial investment costs, and data privacy concerns are hindering the market’s growth. Additionally, the lack of skilled workers and technical expertise in implementing precision farming techniques is a challenge.

The market has several opportunities, including the integration of drones and satellite imagery for real-time monitoring, the development of affordable and user-friendly solutions for smallholder farmers, and collaborations between technology providers, agricultural machinery manufacturers, and research institutions. Key players in the market include Trimble, Deere & Company, AGCO Corporation, and Raven Industries, among others. The North American market is expected to grow with the highest CAGR, driven by government initiatives and a well-developed infrastructure.

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Robotics Plus, a New Zealand-based company specializing in agricultural automation solutions, has been acquired by Yamaha Motor to form a new company called Yamaha Agriculture, Inc. The acquisition will create a combined company focused on providing autonomous equipment and AI-powered solutions to enhance sustainability, profitability, and resilience in the specialty crop market. The new company will be based in the US and will integrate Robotics Plus’ technologies with Yamaha’s own to develop a platform that supports growers of wine grapes, apples, and other specialty crops in North America, Australia, and New Zealand. The acquisition is a result of a long-term partnership between the two companies, which dates back to 2017. The new company will be led by a team with expertise in agriculture, technology, and engineering, and will focus on providing real value to growers while maintaining high standards of quality and reliability. The goal is to reduce input costs, optimize resource usage, and elevate farm efficiency.

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A 7-day training program on “Advanced Micro Irrigation System” was held at the Department of Soil and Water Engineering, Punjab Agricultural University (PAU), under the National Committee on Precision Agriculture and Horticulture (NCPAH). The program was attended by 30 farmers and farm women from Punjab and other states. The Precision Farming Development Centre (PFDC), Ludhiana, conducted the program, which covered topics such as drip irrigation, fertigation scheduling, and soilless cultivation. The training included hands-on sessions and field visits to demonstrate system maintenance and hydroponic systems. Dr. Mahesh Kumar, Additional Director of Research (Engineering), PAU, was the chief guest and emphasized the importance of precision agricultural technologies in enhancing productivity. He encouraged farmers to learn and implement these technologies and water-saving techniques. The program aimed to equip participants with the skills to improve water management and reduce water waste, aligning with the government’s “Per Drop More Crop” initiative.

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A seven-day training program on precision agriculture technology has begun at the Punjab Agricultural University’s Department of Soil and Water Engineering, under the National Committee on Precision Agriculture and Horticulture (NCPAH). The program is being conducted by the Precision Farming Development Centre (PFDC) in Ludhiana and is open to farmers from Punjab and other states. The aim of the training is to equip farmers with skills in precision agriculture, including greenhouses management, to enhance productivity and boost yields sustainably. The chief guest, Dr. Sarbjit Singh Sooch, urged farmers to take advantage of the opportunity to learn and implement precision agricultural technologies, which have the potential to revolutionize farming practices and increase yields. The program is expected to have a positive impact on the agricultural sector, making it more efficient and sustainable.

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Weekend is a precision agriculture company that helps farmers optimize their water consumption through connected sensors and data analysis. The company’s solution allows for real-time monitoring of soil humidity, temperature, and precipitation, enabling farmers to anticipate water needs and adapt irrigation accordingly. With a network of 30,000 connected sensors, Weekend has saved 32 million cubic meters of water by 2023. The company has a hybrid business model, combining the sale of sensors with a SaaS subscription service and partners with agricultural distributors and research institutions. Weekend has expanded to 15 countries and has received €8.5 million in series C funding to accelerate its growth and research program. The company is now working on integrating AI and satellite data to provide real-time mapping of soil humidity on a square-kilometer scale, aiming to become a leading player in precision agriculture in Europe.

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Pyka, a leader in autonomous electric aviation, has announced its next-generation agricultural spray aircraft, the Pelican 2, which has been approved by the US Federal Aviation Administration (FAA) for commercial operation. The company has also secured a landmark order for 20 aircraft in Brazil, solidifying its presence in one of the world’s largest agricultural markets. The Pelican 2 features an expanded 300-liter payload and a work rate of up to 90 hectares per hour, making it the world’s largest and most productive autonomous electric agricultural aircraft. The aircraft’s design includes an upgraded four-motor electric propulsion system, a wider 18-meter swath width, dynamic droplet size adjustment, and five hot-swappable lithium-ion battery sets for continuous operation. The Pelican 2 is available for purchase starting at $550,000. Pyka has already demonstrated its capabilities on a global scale, having launched successful commercial operations with Dole in Honduras and secured a deal with SLC Agrícola in Brazil. The company’s public debut of the Pelican 2 will take place at the World Ag Expo in California in February 2025.

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Telangana’s Agriculture Minister, Tummala Nageswara Rao, has announced plans to enhance the state’s agricultural sector by introducing advanced Israeli technology. During a meeting with representatives from MDHAI and Windponics, the minister emphasized the state’s commitment to supporting farmers through modern techniques such as precision farming, artificial intelligence, sensor technology, and automation. The goal is to collaborate with universities and implement pilot projects to provide training in these advanced methods. The minister aims to make Israeli expertise available to local farmers, with plans to prepare a comprehensive project report to facilitate this collaboration. This move is expected to revolutionize the way farming is done in Telangana, making it more efficient, productive, and sustainable. By adopting these cutting-edge technologies, the state hopes to increase agricultural production and provide better livelihoods for farmers.

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The global smart agriculture market is expected to grow at a CAGR of 10.5% from 2023 to 2029, reaching a value of US$ 29.34 billion by 2029. The market is segmented by offering type, agriculture type, and farm size. The software segment is expected to experience the highest growth rate, followed by the hardware segment. Precision farming is the largest market segment, driven by the growing need for farmers to improve farm efficiency and increase crop productivity. Small-sized farms are expected to adopt farm automation and other modern technologies at the highest rate. Asia Pacific is expected to be the most promising region, driven by increasing demand for food and rising requirements to protect crops from climatic changes.

Top companies in the market include Akva, Antelliq, Afimilk, Abaco Group, and others. The report provides insights into the market, including industry forecast, current and emerging trends, segment analysis, and competitive landscape. The report is aimed at helping executives, researchers, and investors make informed business decisions. Stratview Research, a global market research firm, has launched a report on the global smart agriculture market, which provides a comprehensive outlook of the market.

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Skylark Drones, a leading startup, has launched DMO-AG, a software platform at the Krishi Darshan Expo 2025, transforming the way agricultural drones are managed and operated in India. The platform is designed to bridge a market gap, bringing together farmers, drone operators, maintenance teams, and agrochemical companies. DMO-AG aims to democratize access to drone technology, increasing adoption of precision farming, reducing input costs, and promoting sustainable practices. The platform is compliant with the Director General of Civil Aviation (DGCA) and features real-time fleet management, crop-specific recommendations, and automated health monitoring. It is compatible with major autopilot-enabled controllers, making it suitable for India’s diverse agricultural landscape. With over 10 million autonomous drone flights and 100 million processed drone images, Skylark Drones brings significant expertise to the sector. The company plans to lead the Indian agricultural drone market’s growth, which is expected to reach $1 billion by 2030 with a 25-30% CAGR. With government support and growing demand for precision farming, DMO-AG is poised to drive transformation in the industry.

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James Braid, a Melrose-based entrepreneur, is set to become the first in Scotland to offer advanced crop spraying services using a state-of-the-art, supersized drone. He received funding from the British Business Bank’s Investment Fund for Scotland to purchase the drone, which has a wingspan of over two meters and can spread up to 150kg of material per minute. Braid, the founder of Sky-Pin Drones Ltd, uses the drone to provide multispectral plant health mapping technology, which helps farmers identify areas of poor crop performance, minimize chemical use, and optimize fertilizer application. The drone technology is designed to enhance sustainability by reducing chemical usage and promoting environmentally friendly approaches. Braid is the first and only person in Scotland to be certified to operate drones in agricultural spraying and spreading, and he plans to expand his team as the business grows. The British Business Bank’s funding has helped Braid to bring this technology to Scotland for the first time, and he is excited about the potential for the drone to unlock new opportunities and drive progress in agriculture and land management.

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Indo Farm’s IPO is a significant event in the agricultural sector, marking a shift towards technology-driven farming practices. The company is leveraging AI-powered and IoT-integrated machinery to advance sustainable farming. The IPO will raise funds for research and development, boosting productivity and efficiency in precision agriculture. Smart farming solutions will provide real-time data for farmers to make informed decisions, improve yield quality, and reduce waste. The company’scommitment to environmentally-friendly innovations will significantly cut down on environmental impacts, supporting global sustainability in agriculture. The IPO is a significant milestone, and the company’s approach could fundamentally change global farming and food production methods. Investors are keen to take part in this transformative phase, which is expected to reshape the industry. With the influx of capital, Indo Farm will accelerate the adoption of AI and IoT in farming, focus on sustainability, and expand into global markets. This event could be a game-changer in farming, providing a better, more efficient, and sustainable future for agriculture worldwide.

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The National Farm Machinery Show in Louisville, Kentucky, has concluded, leaving behind a buzz of excitement and innovation in the agricultural industry. The event drew over 300,000 attendees, featuring a range of new products, solutions, and technologies to help farmers increase productivity and profitability. Here are some key highlights:

1. Strip-Till Tools: Several major players in the strip-till market showcased new offerings, including LandLuvr, Redball, and Yetter, which cater to the demands of farmers.
2. Root Architecture: A root cage at the Beck’s Hybrids booth drew attention, showcasing research on corn root architecture and how density and population affect root volume.
3. Tar Spot Solutions: Agronomist Travis Coleman presented on tar spot, an emerging fungal disease in corn, highlighting various practical solutions, including fungicide applications, plant population optimization, and scouting techniques.
4. Precision Farming: John Deere announced new planter upgrade options, while Case IH and other Original Equipment Manufacturers (OEMs) focused on precision farming, including autonomy and automation.
5. other notable products and services included Deere’s MaxEmerge 5e and ExactEmerge meter upgrades, Ag Leader’s RightPath solution for implement drift, and Martin Industries’ Kronos BA1350 Row Cleaner.

The event’s major theme was helping farmers navigate the challenging market conditions by making more with less and saving money in 2025. With a focus on precision, conservation agriculture, and innovative products, the National Farm Machinery Show provided valuable insights and solutions for farmers and industry professionals.

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The global Smart Agriculture Solution market is expected to experience significant growth from 2025 to 2032, driven by technological advancements, increasing consumer demand, and supportive regulatory policies. The market is growing rapidly as a result of increasing global food demand and the demand for more productive farming methods. Traditional agriculture has been revolutionized by innovations in AI-driven analytics, IoT-based monitoring, and precision farming, which have increased crop yields and resource efficiency. To maximize water use, minimize waste, and boost output, farmers are increasingly implementing automation, such as remote sensing, GPS-enabled equipment, and predictive analytics. The demand for data-driven decision-making has become crucial in modern farming due to the emergence of climate change issues and erratic weather patterns.

The market is driven by factors such as the increasing demand for improved food production to feed the world’s expanding population, the growing adoption of precision agriculture technologies, and the need for sustainable and cost-effective farming practices. The use of drones, automated irrigation systems, and soil sensors is becoming more widespread, increasing productivity and reducing resource waste. Governments and agricultural associations are making significant investments in digital farming technologies, encouraging smart solutions through research grants and incentives. Real-time weather and soil health monitoring has also been made possible by the integration of IoT and cloud computing into farming equipment.

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Topcon Positioning Systems and Bonsai Robotics have partnered to automate labor-intensive tasks in permanent crops, aiming to provide farmers with unparalleled efficiency and productivity. Bonsai Robotics, a company that specializes in vision-based autonomous navigation systems, will integrate its technology with Topcon Agriculture’s precision sensors and smart implement controls. This collaboration will create end-to-end systems that automate tasks, enable data-driven decision-making, and provide high-precision harvesting technology in challenging environments. The companies’ goal is to revolutionize orchard farming by providing seamless solutions that drive efficiency and sustainability. Bonsai Robotics has developed AI-based navigation systems that can operate without GPS or internet connection, making them suitable for harsh environments. The company has received $15 million in funding to further enhance its software capabilities and expand its platform. Topcon Agriculture, with over 90 years of experience in surveying, provides a range of agriculture offerings, including smart implements and data management platforms. The partnership between the two companies will expand Topcon’s capabilities to the orchard farming market, addressing pain points such as labor shortages and resource inefficiency.

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The Agventure Downunder program, supported by Mandalay Venture Partners, brings together 10 agritech startups from around the world to connect with the Australian agricultural sector. The program aims to enhance sustainable agricultural practices by showcasing innovative solutions to Australian farmers and agribusinesses. The selected startups from eight countries, including Canada, the UK, Chile, India, the Netherlands, New Zealand, and the US, offer a range of technological solutions, such as AI-powered systems, precision agriculture tools, and sustainable farming practices.

These startups will showcase their products to industry stakeholders, potentially leading to further adoption and scalability. The program’s focus is on creating value on-farm, in the supply chain, and for end-users, while reducing water use, carbon emissions, and herd disease. The event aims to leverage Australia’s expertise in agriculture and food security to address global challenges, such as food production and water conservation. The participating startups offer promising solutions, including an AI-driven mushroom harvesting robot, a nutrient fog for crop growth, and a diagnostic platform for detecting herd diseases. By connecting global innovators with the Australian agricultural sector, the Agventure Downunder program can drive growth, sustainability, and food security.

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In Koppal district, farmers are embracing artificial intelligence (AI) technology to enhance their agricultural practices. Automated weather forecasting units are being installed on farms to provide farmers with precise data on weather conditions, such as humidity, temperature, and rainfall. The technology sends this information directly to farmers’ mobile phones, enabling them to make informed decisions about their crops. The Horticulture Department offers financial assistance to farmers adopting these units, which are powered by solar energy and cost approximately ₹40,000, with a subsidy of ₹20,000. Over 10 farmers in the district have benefited from this scheme. The technology helps farmers manage their crops, preventing damage from unpredictable weather patterns. Suresh Sajjjan, a farmer, noted that the unit has helped him monitor and manage pest attacks, diseases, and water usage more efficiently. The Deputy Director of the Horticulture Department, Krishna Ukkund, highlighted the benefits of the technology, including accurate weather predictions, alerts for disease control, and efficient water management. The integration of AI and automated weather forecasting units is expected to enhance crop yields, ensure a more sustainable future for agriculture, and increase productivity and profitability for farmers.

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For centuries, agriculture has been a vital part of India’s economy, but it has faced numerous challenges such as inefficiencies, unpredictable weather, and outdated methods. However, Pune is now leading the agritech revolution, where technology is being merged with traditional farming to create a data-driven and climate-resilient agricultural landscape. A wave of agritech startups is emerging, driven by young innovators, data scientists, and agricultural experts who are bridging the gap between modern technology and grassroots farming. These companies are using innovative technologies such as AI-driven analytics and IoT-based precision farming to transform India’s farmlands into smart, sustainable, and profitable ventures. The result is a new era of agricultural innovation in India, where farming is becoming more efficient, productive, and sustainable.

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The agriculture sector is on the cusp of a revolution with emerging technologies set to transform the industry. Advanced technologies like AI and machine learning will enable near-perfect crop monitoring, while robotics and automation will take on up to 78% of traditional farming tasks. Drones will be equipped with precision field mapping capabilities, and vertical farming will increase crop yields by 85%, conserving water and land resources. Furthermore, blockchain will enhance supply chain efficiency, and satellite systems will monitor large agricultural areas. The future of agriculture will be both productive and environmentally friendly. In his work, Thirumal Raju Pambala showcases the importance of integrating advanced technologies, such as AI, IoT, and blockchain, to increase efficiency, sustainability, and profitability of agricultural operations. His research highlights the transformative potential of digital solutions in farming, paving the way for a brighter and more sustainable agricultural future. The integration of emerging technologies will be crucial for the growth and prosperity of the agriculture sector, making it more efficient, productive, and environmentally friendly.

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The Precision Farming Software Industry report provides insights into the market, including trends, drivers, restraints, and opportunities. The report profiles key players such as Conservis Corporation, Raven Industries, AG Leader Technology, and others. The market size is expected to reach USD Million by 2032, with a CAGR of 14.00% during the forecast period.

The report highlights the increasing demand for precision farming software, driven by the need for efficient and sustainable agricultural practices. The adoption of greenhouse technology and government support are also contributing to the growth of the market. However, factors such as farm labor shortages and unfavorable climatic conditions are restraining the market.

The report provides an in-depth analysis of the market, including segmentations by application, type, and region. It also includes a competitive landscape, market dynamics, and a detailed analysis of the leading manufacturers. The report is a valuable resource for individuals and companies looking to gain insights into the precision farming software industry.

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The article discusses the trends and innovations in the agriculture industry, specifically in the areas of robotics, digitalization, and vertical and precision agriculture. The industry is facing challenges such as climate change, a growing global population, and resource scarcity, and is turning to technology to improve yields and efficiency. The article highlights the potential of precision farming, which uses digital technologies and data analysis to optimize production processes, and the benefits of using robots, which can work efficiently and precisely, even in unpredictable conditions. The article also discusses the importance of digitalization, which is enabling the collection and analysis of data, and the need for uniform communications standards to ensure seamless integration of different systems. The article also mentions vertical farming, which is being used to cultivate crops in tight spaces, such as urban areas, and agrivoltaics, which uses solar panels to generate energy while also producing crops.

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The article tells the story of Paige Browning, a Nebraska rancher who uses drones to spray fungicide on her family’s cornfield. Browning started flying agricultural drones two years ago with her father and uncle. She describes the process as “dirty work” and notes that it requires a lot of planning and attention to detail. The article highlights the importance of precision agriculture and how drones can help farmers increase efficiency and reduce waste.

The article also mentions the benefits of using drones in agriculture, including reduced labor costs, improved crop yields, and reduced environmental impact. Browning notes that drones can also help farmers detect issues with their crops earlier, allowing them to take action before problems become severe.

The article concludes by highlighting the potential for drones to revolutionize the agricultural industry and improve food production.

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John Deere’s new Precision Essentials kits are add-ons that can be used with a wide range of machinery, regardless of brand or paint color. These kits aim to help farmers and growers boost in-field productivity, reduce input costs, and adopt sustainable farming practices. The kit includes a G5 or G5Plus universal display, StarFire 7500 receiver, and JDLink M or R modem. It is designed to provide data-driven insights and enable farmers to view machine location, eliminate overlaps among machines, and prevent input overapplication. The kit requires an annual license, with four options available, including AutoTrac control, Precision Essentials, AutoTracSection Control, and Advanced. After the first year, customers can renew their license or add the latest versions of the program. The Precision Essentials kit is designed to be accessible and affordable, with a focus on financial flexibility and the opportunity to recognize benefits immediately.

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Paul Nugent has been named the Whitney and Elizabeth MacMillan Endowed Chair in Precision Agriculture at Michigan State University (MSU) and joined the faculty in 2022. The endowed chair was made possible by a $10 million gift to MSU, with $5 million designated for the chair. The gift also supported 4-H youth development programs through MSU Extension and a scholarship fund for students in the Dan Scott Ranch Management Program. The precision agriculture program, which Nugent is part of, was launched with new faculty, courses, and an eventual minor. The program is an interdisciplinary effort that combines agricultural sciences, technology, and engineering to improve agricultural productivity and sustainability. Nugent’s appointment marks a significant step forward for the program and reflects MSU’s commitment to innovative agricultural research and education.

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Precision agriculture mapping, a technology that has been around since the 1990s, is gaining popularity among farmers in the US. According to the USDA, more farmers are using this technology to improve crop yields and reduce costs. Agronomist Jodie Boe of GK Technology notes that while farmers have historically focused on water management and drainage, they are now more interested in understanding the variability of their fields, especially as seasons change. This is due to increased rainfall intensity and fewer storms throughout the growing season. GK Technology uses satellite imagery to collect data on fields, creating maps that help growers optimize crop placement and maximize growth. The company is based in Minnesota and provides this technology to farmers across the country. Those interested in learning more can visit their website.

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The Philippines’ agricultural sector is undergoing a significant transformation with the help of technology. The government has launched several initiatives, including the Smart Plant Production in Controlled Environments (SPICE) project, which uses LED lights to grow leafy greens without soil. The project is a showcase of the country’s agricultural evolution. The Philippine Rice Information System (PRiSM) and the Philippine Rural Development Project (PRDP) are also making a significant impact on farming. PRiSM provides farmers with accurate planting and harvesting guidance, while PRDP has constructed farm-to-market roads, reduced fertilizer and water consumption, and improved crop yields. The Precision and Digital Agriculture Center (PreDiC) uses advanced tools and data to help farmers make informed decisions. The article highlights various innovations, including precision agriculture, adaptive farming, and digital tools, which are driving progress in the sector. These efforts have resulted in significant improvements in productivity, sustainability, and food security. The agricultural sector is not only adapting to technological change but actively driving innovation, providing a pathway to ensure food security, economic stability, and environmental sustainability for future generations.

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Precision Farming Dealer editors have curated a selection of articles, social media posts, podcasts, and videos that highlight various aspects of the agricultural industry. This week’s “Best of the Web” features include:

* A poll by AgWeb showing that many farmers are likely to slow down technology upgrades in 2025, with 60% of respondents planning to do so.
* A report on the Precision Planting Winter Conference, where dealers and farmers gathered to learn about new spraying and planting technology, autonomy, and data management strategies.
* A discussion on 5 ag tech companies to watch in 2025, featuring experts from the industry.
* A preview of the 2nd annual High Plains Ag Expo and Clinic, where attendees can learn about the latest precision ag technology.
* A case study on a dairy operation that is implementing an autonomous irrigation and nutrient application system.
* A shoutout to Totally Tubular, a metal fabrication specialist that develops ag products to improve crop yields.

These articles and videos offer insights into the latest trends and innovations in precision farming, as well as practical tips and advice from industry experts.

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Agco Corp has won an appeal against Deere & Co, with a US Court of Appeals ruling that Agco’s Precision Planting’s high-speed planting system does not infringe on Deere’s intellectual property. The case centered around Precision Planting’s SpeedTube product, a seed delivery system that Deere claimed infringed on its patents for its ExactEmerge precision technology. Agco argued that its products operated differently, projecting and accelerating seeds rather than capturing them. A jury previously found in favor of Agco, and the appellate court has now upheld that ruling. Agco celebrated the decision, stating that it validates their commitment to innovation and product integrity. The company is focused on advancing its technology and delivering high-quality solutions to customers. Deere’s ExactEmerge system, which allows farmers to retrofit equipment, is also a key part of the precision agriculture market. The ruling is seen as a significant win for Agco, which is looking to transform into a leader in retrofit precision technologies as farmers upgrade their older equipment.

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Top performers in the precision agriculture dealer network, according to OEMs such as CNH, Claas, and Trimble, prioritized intimacy with growers, sales and service training, and customer experience. To separate themselves, top dealers offered consultative sales approaches, rather than just showcasing products. Additionally, they prioritized service support and customer adoption by training dealerships to thoroughly understand how to set up and use technology effectively. Training and in-field demonstration programs, both online and on-site, have also become increasingly important for training dealers. Experts highlighted the value of certifications for precision agriculture in sales, service, and maintenance. These expertly trained teams focus on total farm operations to provide holistic solutions. In doing so, the dealers demonstrate understanding and knowledge in precision farming techniques.

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The author attended the 2025 Precision Planting Winter Conference in Wisconsin Dells, where they joined over 100 farmers and dealers to watch a live stream of the program from Tremont, Illinois. The event featured presentations on improving farming operations, new technologies, and research findings. Some key takeaways included:

* Aaron Herrmann’s presentation on weed management, which emphasized the importance of precise spraying and the long-term consequences of poor weed control.
* Mike Schlitt’s session on the agronomic priorities of the planter pass, which highlighted the impact of planting depth and soil type on corn growth.
* The importance of precision planting, with Schlitt noting that 1.5 inches deep and 30% moisture level are good starting points, with the SmartFirmer product helping farmers adjust planting depth based on soil type.
* Data management strategies, autonomy, and cutting-edge soil sampling technology from Radicle Agronomics were also covered.

Overall, the event was an educational experience that provided valuable insights and new ideas for improving farming operations. The author highly recommends checking out the presentation on the Precision Planting YouTube channel and exploring the topics further before planting season.

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V. Samikannu, a farmer from Molayanur Village, has successfully adopted precision farming techniques on his 4.6-acre farm, achieving impressive yields. He began farming 42 years ago, initially producing vegetables and tuber crops, but struggled with limited market access. In 2003, he adopted precision farming techniques from Tamil Nadu Agricultural University, which revolutionized his farming practices.

Samikannu’s farm now produces a wide range of horticultural and agricultural crops, including tomatoes, brinjal, snake gourd, and more. He has achieved remarkable yields, with banana production reaching 12 tonnes per acre, drumstick production reaching 16 tonnes per acre, and more. His success has earned him several awards, including the MFOI award and a 5-lakh rupee reward from the Indian Council of Agricultural Research.

Samikannu plans to expand his farming operations, including contract farming, forming a contract farmers association, and expanding his market reach. He urges fellow farmers to adopt new technologies and innovations developed by agricultural scientists, believing that this can lead to success and the growth of the agricultural sector. His story demonstrates the transformative power of precision farming, showcasing that even traditional farmers can become pioneers of modern agriculture with the right tools and knowledge.

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Precision Farming Dealer editors curated a selection of top articles, social media posts, podcasts, and videos from the past week, featuring insights and news from the agricultural industry. The “Best of the Web This Week” roundup includes articles on precision farming, technology, and innovation. Featured content includes:

* 5 messages farmers want to hear from precision salespeople
* An analysis of John Deere’s patent portfolio and its potential impact on precision agriculture
* How AI is poised to change the game in agriculture
* An interview with RDO Equipment’s Tony Kramer and Stephen Frahm of RDO Equipment Australia on precision technology in dryland operations
* The story of Morry Taylor, chairman of Titan International, who spoke at the Precision Farming Dealer Summit

The content is brought to you by Totally Tubular, a metal fabrication specialist that develops ag products to improve crop yields. The “Best of the Web This Week” series is a weekly recap of the most interesting and thought-provoking articles, posts, and videos from the precision farming industry.

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The global smart agriculture market is expected to reach $18.34 billion by 2025, growing at a CAGR of 12.8%. The market is driven by factors such as a growing global population, climate change concerns, government initiatives, farm labor shortages, and water scarcity concerns. Key players in the market include Deere & Company, AG Leader Technology Inc., Trimble Inc., and others. The market is segmented by offering, farm size, and application, with precision farming and precision agriculture being key trends. The report also highlights the importance of IoT sensors, farm management software, and blockchain for supply chain transparency.

The North America region was the largest in the smart agriculture market in 2024, but Asia-Pacific is expected to be the fastest-growing region during the forecast period. The report provides a comprehensive analysis of the market, including market size analysis, market segmentation analysis, key player focus, growth trends analysis, market contribution, growth drivers, industry challenges, and competitive developments. The report also provides customization options and contact information for further inquiry.

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The next wave of agricultural innovation is poised to bring significant changes to the industry, transforming it into a high-tech enterprise. Quantum computing can revolutionize long-term weather predictions, while 5G and 6G networks will enable real-time connectivity and seamless data exchange for autonomous farming systems. Additionally, renewable energy, precision irrigation, and biological pest control can reduce the environmental impact of farming, increasing profitability by up to 25%. This fusion of cloud computing and smart technologies is transforming agriculture, addressing global food security and environmental challenges. The agricultural sector is stepping towards a sustainable and resilient future, with innovations that are more than just tools, but transformative forces for change. As Somaning Turwale notes, this technological evolution is revolutionizing agriculture, shedding light on a brighter, more sustainable future for the industry.

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The soil moisture sensor market is expected to grow at a CAGR of 14.33% from 2024 to 2032, driven by the increasing need for sustainable agricultural practices and water conservation. The market was valued at $337 million in 2023 and is expected to reach $1124.30 million by 2032. The adoption of soil moisture sensors is driven by the agriculture sector, which accounts for over 60% of the market demand. The sensors are used to optimize water usage, reduce wastage, and promote sustainable farming practices.

The report highlights the key players in the market, including METER Group, Inc., The Toro Company, Campbell Scientific, Inc., and others. The report also provides information on the different types of sensors and connectivity options available, including capacitance sensors, probes, and wireless connectivity.

The report also notes that the Asia Pacific region is poised for rapid growth, driven by government initiatives promoting sustainable farming and growing awareness of climate change impacts. The affordable and advanced soil moisture sensors are driving the adoption, with countries like India and China seeing a 20% increase in farmers using advanced irrigation technologies.

The report also mentions recent news, including the launch of a new product by The Plant Bot, which uses an ESP32-C3 soil sensor and pump driver to revolutionize indoor plant care, and a new study on the development of a compact soil moisture sensor for smart agriculture.

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The Centre for Dryland Agriculture (CDA) at Bayero University Kano has partnered with KanoTec Solutions, a UK-based tech company, and York St John University to promote precision agriculture in Nigeria. The partnership aims to enhance productivity and sustainability in dryland regions. KanoTec’s Data Platform for Precision Agriculture (DPA) integrates IoT, artificial intelligence, and cloud computing to provide farmers with real-time data and insights to make informed decisions. The DPA technology provides a comprehensive view of factors affecting crop growth, including soil and environmental conditions, weather data, and GPS mapping. The platform empowers farmers to optimize resource utilization, reduce costs, and adopt environmentally friendly practices. CDA’s director, Professor Jibrin Mohammed Jibrin, expressed delight with the partnership, stating that it aligns with the centre’s mission to improve livelihoods and sustainable natural resource use in African drylands. The collaboration is expected to be a transformative step in advancing agricultural productivity and sustainability in Nigeria.

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Classiq, a leading quantum software company, and Florence Quantum Labs, a leader in quantum-enhanced precision agriculture, have partnered to develop quantum computing solutions for precision agriculture. The collaboration aims to create solutions for optimizing ecosystem modeling, soil health monitoring, and nutrient management using quantum-enhanced biosensors and AI-quantum hybrid algorithms. The partnership will promote sustainable farming practices, reduce environmental impacts, and enhance agricultural resilience. The companies will use Classiq’s quantum development platform to simplify the creation of advanced quantum programs and Florence Quantum Labs’ expertise in precision agriculture to develop scalable AI-quantum hybrid algorithms. The goal is to address global food security while reducing the environmental impact of agriculture. The partnership is a major step forward in the development of quantum computing solutions for agriculture, which can help mitigate the effects of climate change and ensure global food security.

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A new agricultural platform has achieved remarkable environmental benefits, revolutionizing sustainable farming practices. The platform’s smart resource management saves 2.5 million gallons of groundwater per year per farm, enriches soil quality with 15% organic matter, and increases biodiversity. Pollinator activity has increased by 22%, and microorganism diversity in soils has increased by 25%. This platform demonstrates how digital innovation can balance agricultural production with environmental conservation. Rohit Sharma highlights the platform’s success in balancing productivity gains with environmental stewardship, showcasing the potential of technology to address global agricultural challenges. The platform combines AI and IoT to create a more sustainable and productive farming future, with proven results and an ambitious development roadmap. It serves as a testament to how technology can transform traditional farming practices while promoting environmental stewardship.

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Frontier Precision, an employee-owned company, was founded in 1988 in Bismarck, North Dakota, and has since expanded to 17 offices across the US. The company provides solutions and consulting services to various industries, including surveyors, GIS technicians, engineers, contractors, and law enforcement. In recent years, Frontier Precision has expanded into new markets, including agricultural, construction, and unmanned (UAS) divisions.

The company has also explored the use of artificial intelligence (AI) in its operations, particularly in data management. AI is being used to automate the processing of large volumes of data, such as LIDAR data, to reduce the need for manual handling. The company has also noted the growing trend of integration between GIS and land surveying, with the two fields requiring increased collaboration and education for surveyors and GIS professionals.

Despite the emphasis on technology, Frontier Precision still values personal service, emphasizing the importance of one-on-one contact with customers. The company believes that personal relationships built over the years have been crucial to its success and will continue to prioritize this aspect of its business.

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AgriCarm is a new farming app that aims to democratize agricultural expertise by providing farmers with precision agriculture tools. The app, founded by agronomist Francisco Velasquez, will launch in 2025 and offers a free basic version for small and medium-sized farms. The app’s plant counting feature uses advanced image recognition to check plant density and evenness during early growth, helping farmers identify low germination areas and make data-driven decisions. Additionally, the app provides GPS features and soil data mapping, allowing farmers to make digital field maps, fine-tune input, and reduce waste and environmental harm. The app also offers in-app learning modules and online courses led by industry experts, covering topics such as soil analysis, crop monitoring, and nutrient management. AgriCarm’s goal is to provide every farmer, regardless of farm size, with the tools and knowledge needed to thrive in the agriculture industry. Velasquez believes that “every farmer, no matter their operation’s size, should use precision agriculture,” and AgriCarm is working to make that a reality.

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According to a new report from Berg Insight, the global market for precision agriculture solutions is expected to grow from €5.5 billion in 2023 to €9.5 billion in 2028, at a CAGR of 11.6%. Precision farming practices involve using various technologies to manage variations in the field, maximize yield, increase productivity, and reduce input consumption. While solutions like auto-guidance and machine monitoring are widely adopted, technologies like farm equipment telematics and variable rate technology are not yet widely used, due to interoperability challenges. Major players in the market include Deere & Company, AGCO, CNH Industrial, Topcon Positioning Systems, and Hexagon. The agricultural drone market is growing rapidly, led by DJI, with an installed base of over 300,000 drones. The in-field sensor market is divided into environmental, pest, and water management segments, with Semios being the largest vendor. Autonomous technology is becoming increasingly important in farming, with major players like Deere & Company and AGCO aiming to deliver fully autonomous solutions by 2026 and 2030 respectively. Autonomous tractors, combine harvesters, and feed pushers are also being developed, with Kubota and Lely being recent examples. According to Berg Insight, autonomy will play a significant role in the future of farming.

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AGCO Corporation, a global leader in agricultural machinery and precision ag technology, has announced that its fourth-quarter 2024 earnings release conference call will take place on Thursday, February 6 at 10 a.m. ET. The conference call will include a presentation that interested persons can access via AGCO’s website, located under the “Investors” section. The webcast will also be archived for 12 months immediately following the conference call.

AGCO is a global company that designs, manufactures, and distributes agricultural machinery and precision ag technology. Its branded portfolio includes Fendt, Massey Ferguson, PTx, and Valtra. AGCO’s equipment, smart farming solutions, and services help farmers sustainably produce food for a growing world. Founded in 1990, AGCO has a strong financial presence, with net sales of approximately $14.4 billion in 2023. To learn more, visit AGCO’s website at www.agcocorp.com.

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Daedong, a South Korean farm machinery company, is revolutionizing agriculture with its innovative smart farming solutions. The company’s latest product, the AI Plant Box, is a home-farming appliance that uses AI-driven automated environmental control, integrated plant monitoring, and energy-efficient engineering to optimize growth conditions. The system is designed for simplicity, with users only needing to add water and a nutrient solution. The AI Plant Box is currently in its pre-sale phase, with the company collecting user feedback to refine the product further.

Daedong’s commitment to smart farming extends beyond home appliances, with the company developing commercial-scale solutions for schools, cafeterias, restaurants, and camps. The company’s smart farming innovations have already garnered attention, including an information award for their advanced technologies. Daedong also plans to integrate robotics into its smart farming solutions, with mobility robots designed for large-scale farms to handle tasks such as fruit collection. The company aims to expand globally, targeting markets in regions facing labor shortages. With its innovative solutions, Daedong is transforming traditional agriculture into a more innovative and resilient industry.

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The article discusses the increasing frequency of extreme El Niño events due to greenhouse warming, which can have devastating effects on global food security. To address this issue, the authors highlight the importance of sustainable food production, precision agriculture, and the use of sensors and nanotechnology to monitor plant health and detect stress signals.

The article also discusses the development of plant-specific volatile organic compound (VOC) sensors, which can detect changes in plant physiology and stress signals. These sensors can be used to monitor plant health and detect early signs of stress, allowing for timely intervention and improved crop yields.

Additionally, the article discusses the use of nanotechnology in agriculture, including the development of nanomaterials that can be used to deliver pesticides and fertilizers more efficiently, as well as sensors that can detect changes in plant physiology and stress signals.

The article concludes by highlighting the need for continued research and development in the field of precision agriculture and plant sensing, as well as the importance of addressing the impacts of climate change on global food security.

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Farmtech, a precision agriculture company, is using technology to help farmers manage their crops and livestock more efficiently. The company’s owner, Doug Weist, is a Choteau native who has developed a platform called FarmIQ that uses soil imagery and crop health data to optimize farming operations. Weist recently hired a programmer, David Cimbalista, who had no prior experience in agriculture. Cimbalista’s lack of knowledge was a challenge, but his love of puzzle-solving and willingness to learn made him a great fit for the job. Together, Weist and Cimbalista have made significant progress in developing an online platform for farmers in the area. They hope to serve over one million acres in the next few years, which would have a significant impact on the lives of farmers and the food they produce. The partnership between Weist and Cimbalista is a unique example of how technology and tradition can come together to benefit the agriculture industry.

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The agricultural industry is undergoing significant changes with the rise of vertical farming and hydroponics. These innovative methods aim to maximize space and reduce environmental impact by growing crops in vertically stacked layers or using nutrient-rich solutions instead of soil. Companies like AeroFarms and Zero Carbon Farms are leaders in this field, leveraging advanced technology to produce pesticides-free and nutrient-rich crops. The benefits of these methods include water conservation, reduced carbon footprint, and increased crop yields. The market is growing, with the US hydroponics market projected to nearly double by 2033 and the global vertical farming market expected to reach $36.8 billion by 2033. Companies like Hydrofarm Holdings Group, Inc. are crucial in shaping the future of sustainable food production.

Despite challenges such as high initial costs and the need for technical expertise, these innovations have the potential to transform the agricultural industry. As the market grows and technology advances, it is likely that these methods will become more accessible and widespread. Integration with smart technologies like IoT and AI could further enhance efficiency, and emerging economies may adopt these solutions to address food security challenges. Overall, vertical farming and hydroponics hold the key to a more sustainable and environmentally conscious food system, and their potential is expected to shape the future of agriculture.

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Here is a summary of the top 10 guest articles from AgFunderNews in 2024, condensed to 200 words:

The most popular guest articles covered topics such as GLP-1, regenerative agriculture, plant-based meats, and AI. The articles came from a variety of sources, including startup founders, investors, academics, and farmers. Some highlights include:

• A discussion on the impact of GLP-1 drugs on the food system and its potential to change the way companies approach food production.
• A critique of the current ag robotics model, which is seen as not being effective in scaling up farm automation.
• A perspective on the investor’s view of scaling up foodtech, with a focus on the need for a more practical approach.
• A warning about the potential risks associated with relying too heavily on technology in regenerative agriculture.
• A discussion on the legal risks of using AI in precision agriculture.
• A criticism of the use of the GWP* metric, which is seen as undermining efforts to reduce methane emissions.
• A review of the potential of plant-based meats and the need for government support.
• A look at the implications of the EU Deforestation Regulation on data standards in agriculture.
• A call for proper measurement of methane emissions to mitigate its impact on agriculture.
• A spotlight on the green biology innovation in South Korean agriculture, driven by a synergy between startups and established companies.

These articles offer insights into the key issues and trends in the agrifood industry, highlighting the need for innovation and cooperation to address its challenges.

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The Goa government is set to implement the Namo Drone Didi scheme next month, aiming to revolutionize agricultural practices in the state. The scheme will provide drones to 10 women self-help groups (SHGs) at a cost of around Rs 8 lakh, fully funded by the central government. However, the initiative faces several hurdles, including restricted flying zones and farmers’ hesitancy to adopt the new technology. The state’s small landholdings and extensive red zones, which cover 30% of Goa’s land, pose significant challenges. Experts also point to the lack of standardization in spray concentrations, absence of drone training facilities, and need for more demonstration trials. Despite these challenges, agriculture experts see potential in drone usage, particularly for coconut and areca nut cultivation. The community-based approach of the Namo Drone Didi scheme, which provides training and drone pilot licenses to women’s SHGs, may help address some of these concerns. The success of the scheme will determine the future of farm mechanization in the state, but authorities must address the fundamental challenges to make progress.

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Agri Spray Drones, a distributor of agricultural spray drone technology, has partnered with EAVision, a company that specializes in advanced drone technology, to bring the EAVision J100 spray drone to the US market. The J100 features built-in lidar technology, allowing it to accurately navigate diverse terrains and is equipped with mist nozzles, enabling control over droplet size and spray patterns. The drone is suitable for use in various crops, including grains, potatoes, onions, and vegetables. This partnership aims to enhance efficiency and precision in open-field farming and contribute to the growth of the agricultural sector. The partnership is seen as a significant step in fostering innovation and building a sustainable future for agriculture in the US. The EAVision J100 will be priced at $25,000 (€23,000), and Agri Spray Drones’ existing product line will be complemented by this new offering.

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Farmers are struggling with herbicide-resistant weeds, which can be controlled with cover crops. However, more tools are needed to support farmer success. The USDA’s Natural Resources Conservation Service (NRCS) Conservation Innovation Grant (CIG) partners, North Carolina State University (NCSU), Texas A&M University, and Iowa State University, are developing technology to help. They are using 3D computer imagery to map cover crops and weeds with precision, allowing farmers to make informed decisions on how to control weeds. The technology can lead to improved herbicide resistance management, reduced herbicide use, better soil health, and improved water quality. The project began in 2021 and uses a hand-held GoPro camera to take aerial videos of cover crops, which are then analyzed using 3D imaging. The resulting map shows cover-crop biomass throughout the field, helping farmers predict expected weed suppression levels. The project has focused on cereal rye, a widely used cover crop, and aims to test the accuracy of the method in predicting late-season weed escapes.

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AGCO is positioning itself as the global leader in mixed fleet smart farming and autonomy solutions, with a focus on innovation, accelerated product rollouts, and strategic partnerships. The company’s PTx brand is driving growth by launching 3-5 new products annually, expanding its connected cloud strategy, and growing its distribution network. AGCO is also increasing its offerings to original equipment manufacturers (OEMs) and engaging with new OEMs, including its own brands such as Fendt, Massey Ferguson, and Valtra. According to J.P. Morgan analyst Tami Zakaria, AGCO’s research and development spending in precision agriculture is expected to remain around 4% of sales over the next year, with a focus on opportunistic growth through inorganic means. The company remains committed to its “retrofit-first, brand-agnostic” strategy, emphasizing the importance of mixed fleet solutions. Overall, AGCO’s management remains confident in its growth trajectory, with strong potential for recovery and continued market leadership.

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Lawyers Siegmar Pohl and Jordan Glassman from Kilpatrick recently presented a talk at the 45th Annual Symposium of the American Agricultural Law Association in Memphis, Tennessee. The topic was “AI in Precision Agriculture: Legal Risks and Mitigation.” The presentation showcased the firm’s expertise in AI-related law and its ability to advise on the adoption of AI technologies in the agricultural industry. The speakers highlighted the legal risks associated with the use of AI in precision agriculture and discussed ways to mitigate these risks.

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The Asia Smart Farming & Food Security 2024 (ASF 2024) conference and exhibition showcased innovations in agriculture, aiming to promote pesticide-free farming practices for a healthier nation. The event, organized by ABS Greentech, attracted 26 countries and featured delegates and speakers from various sectors. Industry players presented solutions for better practices among Malaysian farmers, including DNA and Integrated Pest Management (IPM) technology, which are innovative solutions for controlling crop pests without relying on harmful chemicals.

The event also included the signing of memoranda of understanding (MOUs) between local and global companies to benefit local businesses and facilitate technology exchange. These collaborations aim to enhance food security, sustainable use of energy, and green technology in the region. The organizers plan to roll out regional exhibitions across Malaysia, including in Sabah, Sarawak, and both the northern and southern regions.

The Malaysian Technology Development Corp (MTDC) plays a crucial role in advancing the nation’s agricultural sector by supporting businesses to optimize productivity, enhance sustainability, and strengthen export potential. The Ministry of Agriculture and Food Security is committed to promoting sustainable practices, such as pesticide-free farming, while boosting productivity and export capabilities.

The event also highlighted the importance of attracting young people into the agricultural sector and the need to address food security in the nation. ABS Greentech and its partners are working together to offer training programs focused on modern farming practices, including the use of precision agriculture technologies and IPM without harmful chemicals.

Other highlights of the event included the unveiling of the Ranger1S prototype, the first multifunctional agricultural machine developed by Malaysian company ViTrox Agritech Sdn Bhd. The machine is designed to revolutionize the local agricultural industry with its affordable price for local farmers and plans for international distribution after being patented next year. Western Power Clean Energy Sdn Bhd also showcased their renewable energy solutions for smart farming in Malaysia.

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