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Smart Oil Crops Market Overview
Introduction of Smart Oil Crops Market
The smart oil crops market has been gaining significant traction as agricultural technologies evolve to address challenges such as climate change, resource scarcity, and the need for higher productivity. Since 2024, there has been an increasing adoption of precision agriculture and automation, which has significantly boosted crop yields and reduced input costs. For instance, in early 2025, Deere & Company launched a new line of smart tractors with the John Deere 2025 9RX Series, equipped with AI and GPS technology, enabling farmers to optimize planting, irrigation, and harvesting based on real-time data. Similarly, AGCO Corporation unveiled advanced smart irrigation systems and the AGCO Momentum 30-Foot Planter, which utilize IoT to deliver precise water amounts, thereby helping to reduce water waste in regions facing drought. These innovations are driven by a growing emphasis on sustainable farming practices, with companies like Corteva integrating AI-powered crop management solutions that help improve decision-making. As smart farming systems continue to expand across diverse regions, including the U.S., Brazil, India, and China, they are expected to play a pivotal role in meeting global food security needs and reducing environmental impact, marking a shift toward more efficient and resilient oil crop cultivation.
Market Introduction
The smart oil crops market has been steadily gaining traction as advancements in agricultural technologies continue to reshape the landscape of oilseed production. With growing concerns over climate change, resource scarcity, and the need for enhanced productivity, governments worldwide have been implementing supportive initiatives to drive the growth of this market. In India, the government launched the National Mission on Edible Oils – Oilseeds (NMEO-Oilseeds) in 2024, with a budget of $121.58 million, aimed at increasing domestic oilseed production. This initiative focuses on boosting yields of key crops, including rapeseed-mustard, soybeans, groundnuts, sunflowers, and sesame, with production targets set to increase from 39 million tons in 2022-23 to 69.7 million tons by 2030-31. The mission emphasizes the use of high-yield seed varieties, digital tools for seed quality management, and the development of seed hubs and storage units to ensure sustainability and reduce reliance on imports. Similarly, in Canada, the government announced a five-year plan investing nearly $3.7 million to develop new technologies and crop varieties to address challenges such as climate change and improve the resilience of oilseeds. In the U.S., the USDA has projected a slight increase in oilseed production for the 2025/26 marketing year, driven by a shift from wheat to rapeseed cultivation. The USDA is also focusing on precision farming to enhance productivity and ensure sustainable growth. These government-led initiatives, alongside the growing adoption of smart farming tools, are expected to position the smart oil crops market as a key enabler of food security and a critical component in reducing dependence on imported edible oils.
Market Snapshot
Industrial Impact
The smart oil crops market has been experiencing steady growth, driven by increasing demand for sustainable, high-yield oilseeds to meet global food and biofuel needs. With the pressure to reduce reliance on imported edible oils and ensure food security, smart oil crops offer a compelling solution by integrating precision farming technologies to optimize yield and resource use. Advances in seed genetics, digital tools for crop management, and smart irrigation systems are improving productivity, sustainability, and resilience to climate challenges, making these crops increasingly suitable for diverse agricultural applications. The market is further supported by growing investments from governments and private sector players, alongside national initiatives aimed at strengthening food security and reducing environmental impact. As efforts to promote self-sufficiency and sustainable agriculture gain momentum globally, the smart oil crops market is expected to expand significantly, playing a crucial role in increasing domestic oilseed production and ensuring long-term food and biofuel security.
Market Segmentation:
Segmentation 1: by Application
• Soybean
• Sunflower
• Rapeseed (Canola)
• Others
Soybean to Lead the Market (by Application)
Soybean leads the global smart oil crops market due to its versatility, high yield, and adaptability to precision agriculture technologies. The crop is increasingly in demand for food, animal feed, biodiesel, and industrial uses. The global adoption of AI, IoT, and smart machinery has accelerated, with smart tractors, autonomous planters, drone mapping, and smart irrigation systems gaining traction across regions such as the U.S., Brazil, the EU, India, and China. In 2024, major projects such as Farmonaut’s Precision Agriculture Platform, World Bank Climate-Smart Agriculture Implementation Projects, India’s National Mission on Edible Oils (NMEO-Oilseeds) digital transformation, large-scale Precision Agriculture Technology Uptake surveys, and India's drone application programs have collectively revealed that up to 60% of farmers have adopted new agri-tech tools to enhance productivity and sustainability in oil crop production.
Segmentation 2: by Equipment
• Tractors
• Planters
• Sprayers
• Harvesters
Segmentation 3: by Systems
• Navigation and Guidance Systems
• Field Sensing and Harvest Monitoring Systems
• Smart Irrigation Systems
Segmentation 4: by Software
• Farm Management and Decision Support Software
• Remote Sensing and Prescription Software
Segmentation 5: by Region
• North America
• Europe
• Asia-Pacific
• Rest-of-the-World
North America to Lead the Market (by Region)
In North America, soybean dominates the U.S. oilseed market, while Canada's canola industry benefits from AI and automation to enhance efficiency. The region leads in precision agriculture, with large U.S. farms adopting advanced technologies for higher productivity and sustainability. However, small farms, which make up over 85%, are slower to adopt these innovations. To support this shift, the USDA has invested $160 million in the National Center for Resilient and Regenerative Precision Agriculture. Meanwhile, in the Caribbean, the Caribbean Community Climate Change Centre (CCCCC) promotes climate-smart agriculture, with a focus on oilseed and biofuel crops for climate adaptation. The United Nations Development Programme (UNDP) collaborates to improve sustainability, utilizing AI technologies for crop monitoring, yield optimization, and waste reduction.
Recent Developments in the Smart Oil Crops Market
• In April 2024, Agremo deployed its plant counting and crop monitoring solutions with Black Gold Farms in the U.S. This deployment leveraged drone-based data combined with Agremo’s AI analytics to enhance crop emergence assessment and input management for oilseed production, resulting in significant improvements in productivity and sustainability for Black Gold Farms.
• In 2024, the USDA invested $3.1 billion in 141 projects across 15+ states to promote climate-smart agriculture practices, including precision digital tools for crops such as soybeans. Major partners included Archer-Daniels-Midland Company (ADM), farmers' networks, and agritech firms, with a focus on sustainability and reducing greenhouse gas emissions through the use of advanced AI and remote sensing technology.
• During 2024–2025, John Deere advanced smart oil crop production with AI-integrated tractors, combines, and sprayers, featuring embedded sensors, machine vision, and real-time analytics for soil, crop, weather, and machine monitoring. Its autonomous field operations, powered by GPS, LIDAR, and cameras, enabled 24/7 planting and harvesting. New precision implements, automated planters, and IoT tools such as GreenSystem Link and JDLink provided remote monitoring and multi-machine coordination. For 2026 combines, John Deere introduced Harvest Automation Updates, optimizing harvesting with predictive speed, stereo cameras, and weed detection, reinforcing its leadership in AI-driven precision agriculture.
Analyst’s Thoughts
According to Haritha Surendran, Lead Analyst at BIS Research, “Smart technology in oil crop production is no longer a futuristic concept; it’s becoming a competitive necessity. From precision planting and satellite-based crop monitoring to automated irrigation and AI-driven pest management, these tools are transforming how farmers plan, plant, and protect their crops. The shift is driven by the need to maximize yield and quality while controlling input costs, addressing labor shortages, and adapting to unpredictable weather patterns. With global demand for vegetable oils on the rise, the real advantage lies in leveraging data and automation to turn every hectare into a high-performance, sustainable asset.”
Smart Oil Crops Market - A Global and Regional Analysis
Focus on Application, Product, and Regional Analysis - Analysis and Forecast, 2025-2035
Frequently Asked Questions
Smart oil crop products refer to technologies designed to optimize the production of oilseeds, including soybean, sunflower, rapeseed, and others. These products are segmented into three key categories, namely, equipment, such as tractors, planters, sprayers, and harvesters, which automate tasks and improve farming efficiency; systems, including navigation and guidance systems, field sensing and harvest monitoring systems, and smart irrigation systems, which enhance resource management and crop monitoring; and software, such as farm management and decision support software, along with remote sensing and prescription software, which provide data analytics to help farmers make informed decisions. These innovations are developed to increase yield, reduce costs, and ensure sustainability in oilseed farming.
Companies in the smart oil crops industry are enhancing their competitiveness by integrating advanced technologies, forming strategic partnerships, and aligning with sustainability initiatives. The adoption of precision agriculture tools, including AI-powered drones and IoT sensors, enables real-time monitoring of crop health and efficient resource utilization, leading to increased yields and reduced environmental impact. Strategic collaborations with technology developers and agricultural firms facilitate the deployment of innovative solutions and expansion into new markets. Additionally, aligning with climate-smart agricultural practices, such as reducing tillage and adopting cover crops, not only improves soil health but also qualifies producers for environmental incentives, supporting long-term sustainability goals. These multifaceted strategies collectively position companies to lead in the evolving smart oil crops sector.
For a new company entering the smart oil crops market, integrating advanced technologies and sustainable practices is essential to remain competitive. Implementing precision agriculture tools such as AI-driven analytics, IoT sensors, and drones can optimize resource use and enhance crop yields. For instance, AI-powered drones are utilized for early disease detection and precision pesticide application, enabling timely interventions and reducing resource usage. Additionally, adopting climate-smart agricultural practices such as reduced tillage, cover cropping, and efficient nutrient management can improve soil health and qualify producers for environmental incentives, aligning with sustainability goals. Furthermore, integrating blockchain technology into the supply chain ensures traceability and transparency, building consumer trust and meeting regulatory requirements. By focusing on these areas, a new company can effectively position itself in the evolving smart oil crops sector.
The smart oil crops market was valued at $872.1 million in 2024 and is expected to grow at a CAGR of 10.80%, reaching $2,681.2 million by 2035.
Major trends in the smart oil crops industry include the development of real-time root-to-oil intelligence through advanced sensing technologies, enabling the precise management of crop development and the optimization of oil yield. Additionally, swarm robotics and micro-dosing are redefining agronomy in oilseed farming, enhancing input efficiency and reducing waste. Drivers in the industry include the growing pressure to increase yield per input, which is fueling the adoption of data-first strategies powered by AI and IoT for better decision-making. Biofuel and export demands are also accelerating the adoption of smart oilseed technologies to meet global market needs. Furthermore, sustainability mandates are transforming data into a compliance tool, with regulations such as the EU Deforestation Regulation driving traceability and sustainable practices throughout the oil crops supply chain.
Despite its promise, the smart oil crops market faces several challenges. These include ROI uncertainty among mid-sized growers, who are cautious about investing in expensive technologies without guaranteed financial returns. Scaling challenges also hinder broader adoption, as the cost and complexity of implementing precision agriculture tools and swarm robotics at scale remain significant barriers, especially for smaller operations. Additionally, high initial investment costs for advanced technologies and infrastructure pose a challenge for growers with limited access to capital. The slow adoption of these technologies is further compounded by the lack of standardized regulations, which complicates the development of universal best practices. Overcoming these challenges will require targeted financial support, industry collaboration, and the establishment of clear regulatory frameworks to facilitate the wider adoption and growth of these technologies.
The smart oil crops market presents strong growth opportunities, particularly in the development of specialized precision toolkits tailored for non-row oil crops and intercropping systems. These innovations enable more efficient and targeted cultivation practices, which could significantly improve yields and resource utilization. Additionally, the rise of Edge-AI crop intelligence hubs offers a promising solution for remote and smallholder oil crop farms, enabling them to access advanced, data-driven insights and optimize their farming practices without requiring extensive infrastructure. Governments and organizations focused on supporting smallholder farmers are expected to provide regulatory and financial support to foster these technologies, which could help bridge the gap between traditional farming practices and modern, precision agriculture. Strategic collaborations, technology innovation, and the development of localized support systems will be key to unlocking growth potential, particularly in emerging markets with a high concentration of smallholder oil crop farms.
The report’s unique selling propositions (USPs) lie in its comprehensive exploration of smart technologies being employed in the production of oil crops, such as precision agriculture, AI-driven crop monitoring, and IoT-based farming solutions. It delves into the segmentation of the smart oil crops market by application, equipment, systems, software, and geographical region. The report provides a comprehensive analysis of key trends, market drivers, and challenges, highlighting how these innovations are transforming crop yield, sustainability, and efficiency. Key regions, including North America, Europe, and Asia-Pacific, are covered, along with country-level forecasts and policy insights. The study also features detailed profiles of leading companies and emerging startups specializing in smart agriculture technologies, supported by expert analysis highlighting innovation hubs and untapped revenue opportunities. Furthermore, it offers strategic guidance to help organizations enhance their competitive positioning and navigate the rapidly evolving smart agriculture landscape.
Stakeholders, including oil crop producers, agribusinesses, technology providers, precision farming equipment manufacturers, and investors, should consider this report. It is particularly valuable for those looking to understand the role of smart technologies in oil crop production, including innovations such as AI-driven crop management, IoT-based monitoring systems, and swarm robotics. The report will help stakeholders identify opportunities to improve efficiency, increase yields, and reduce costs through the adoption of smart farming solutions, as well as explore areas for investment and strategic partnerships in the evolving smart oil crops sector.