Aug 27, 2026
By Transpire Insight
Description
According to a research report published by Transpire Insight, the agriculture IoT market size is projected to grow from USD 11.23 billion in 2026 to USD 20.45 billion by 2035, at a CAGR of 8.23% during the forecast period 2026-2035. The drivers of smart farming practices are the increasing food demand, the lack of enough water, and climate variability. LPWAN and satellite connectivity tech is quickly progressing, with governments providing support for digital agriculture, driving sensor deployment and real-time process automation.
Introduction
Agriculture IoT is experiencing swift transformation into a smart, data-centric farming ecosystem worldwide. Smart farming is a system that uses connected soil sensors, automated irrigation systems, drone imaging, and AI-driven field analysis to enhance resource efficiency and boost yields. Agricultural IoT is able to help reduce the impact of climate change, improve operational efficiency, and minimise labour dependencies by integrating real-time environmental data with predictive management platforms. With the world's food demand rising, precision technologies and connectivity are increasingly important components of sustainable and scalable modern farming globally.
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Agriculture IoT Market Size & Statistics
Regional Growth and Demand Analysis by Transpire Insight
North America is the highest agricultural IoT platform market. Public policies, tech-enabled farming practices, and partnerships among innovation companies and large farms are helping farmers in North America to accelerate the use of smart devices in the field. Their producers use the tools of networks, driven by the precision of their planting techniques, improved harvests, and environmental stewardship, to reduce costs and increase yields, while adapting to changing climate conditions. Economically, the area is expected to maintain its current leadership position and continue to trend upward in the farm-based Internet systems landscape over the next few years, due to the path that this region is on. The region's agriculture sector is also continuing to lead the way with investments in GPS-controlled machinery, soil sensor networks, and farm management systems in the cloud.
Agriculture IoT platforms will see the highest growth during the forecast period in Asia Pacific. Asia Pacific Agriculture IoT market is expected to witness the highest growth rate across the world during the forecast period, with a CAGR of 27.02% from 2026 to 2035. Asia Pacific Agriculture IoT market is expected to witness the highest growth rate across the world during the forecast period, with a CAGR of 27.02% from 2026 to 2035. The surge is spurred by the rapid modernization of agricultural techniques, steadily mounting food-security pressures stemming from the increasing population, and the government-backed digital agriculture initiatives in China, India, and Southeast Asian countries. This expansion is fueled by fast modernization in agricultural sectors of countries, such as China, India, and Australia, rising government backing for smart farming projects, and the development of digital infrastructure. Rising smartphone coverage and the availability of affordable IoT sensors have driven the growth of the use of precision farming technology at small and medium-sized farms in this area, making it more accessible for smallholders who once didn't have access to these technologies. The IoT is being adapted to the wide range of crops and climates found in the area, and local and foreign companies are developing IoT applications that could enable larger commercial farms and more numerous smallholder farms to adopt the technology.
Top 15 Trends in the Agriculture IoT Market
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Advanced IoT solutions such as sensors, drones, and data analytics platforms enable real-time monitoring and automation in farming operations, letting farmers target inputs precisely per field zone.
Edge AI is accelerating adoption, with 2025 agriculture IoT trends highlighting growth in autonomous equipment and sensor density, helping farmers forecast yields and detect crop issues earlier.
Edge AI, satellite-augmented coverage, private LTE or 5G on farms, and interoperable data standards are accelerating adoption, allowing devices to analyze data on-site without constant cloud dependency.
John Deere's See & Spray system uses onboard cameras and sensors to detect weeds and apply herbicides only where needed, showing hardware-driven automation reducing chemical use and labor.
Connected devices cut water, fertilizer, and energy use by timing inputs precisely and detecting issues early, optimizing water resources while reducing waste across large and small farm operations.
Sustainability reporting and tighter supply-chain traceability are also driving investment in IoT, as buyers and regulators demand verified, transparent, climate-smart farming practices.
List of Top 25 Companies Leading the Agriculture IoT Market
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1. Deere & Company (John Deere)
leader integrating autonomous tractors, sensor networks, and connected equipment telemetry.
Founded: 1837 | HQ: Moline, Illinois, USA.
Why It Ranks: Dominates smart machinery through end-to-end connected IoT hardware and cloud platforms.
Regional Dominance: Strongest footprint across North America, Latin America, and Western European markets.
Product Line: See & Spray systems, Operations Center, autonomous tractors, and telematics modules.
2. Trimble Inc.
Pioneer in positioning systems, variable rate controls, and farm management software integration.
Founded: 1978 | HQ: Westminster, Colorado, USA.
Why It Ranks: Provides unmatched high-precision GNSS guidance, telemetry, and multi-brand interoperability solutions.
Regional Dominance: Major market presence across North America, Europe, and Asia-Pacific regions.
Product Line: Connected Farm, GFX displays, automated guidance systems, and soil mapping sensors.
3. AGCO Corporation
Innovator in smart farming hardware, precision planting, and automated telemetry networks.
Founded: 1990 | HQ: Duluth, Georgia, USA.
Why It Ranks: Offers comprehensive precision technologies across major equipment brands like Fendt and Valtra.
Regional Dominance: Commands significant market share in Europe, North America, and South America.
Product Line: Fuse Smart Farming, Precision Planting sensors, telemetry units, and auto-guidance systems.
4. Topcon Positioning Systems
Specialist in IoT-driven precision land leveling, automated steering, and crop sensing technologies.
Founded: 1932 | HQ: Livermore, California, USA.
Why It Ranks: Delivers essential sensor hardware and connectivity modules for OEM machinery integrations.
Regional Dominance: Strong leadership across Asia-Pacific, North America, and European agricultural sectors.
Product Line: CropSpec crop sensors, console displays, water management systems, and GNSS receivers.
5. CNH Industrial
heavy equipment giant advancing field-level connectivity, guidance, and fleet management.
Founded: 2013 | HQ: Basildon, United Kingdom.
Why It Ranks: Integrates advanced Raven technology into Case IH and New Holland machinery ecosystems.
Regional Dominance: Dominates agricultural operations across North America, Europe, and Latin America.
Product Line: AFS Connect, PLM Intelligence, autonomous steering, and field monitoring sensors.
6. Climate LLC (Bayer)
Digital ag tech pioneer delivering micro-climate analytics and yield prediction modeling.
Founded: 2006 | HQ: San Francisco, California, USA.
Why It Ranks: Operates the industry-leading FieldView software connecting data across multi-vendor equipment platforms.
Regional Dominance: Deep market penetration across North America, South America, and Europe.
Product Line: Climate FieldView Drive, field health scripts, weather monitoring, and yield analysis.
7. Farmers Edge
Leader in field-centric weather stations, soil moisture probes, and predictive risk platforms.
Founded: 2005 | HQ: Winnipeg, Manitoba, Canada.
Why It Ranks: Combines high-resolution satellite imagery with localized IoT hardware for real-time risk alerts.
Regional Dominance: Strong presence in North America, South America, and Eastern Europe.
Product Line: FarmCommand platform, weather stations, soil probes, and high-res daily satellite imaging.
8. Raven Industries
Premier provider of driverless agricultural tech, automated boom controls, and field logistics.
Founded: 1956 | HQ: Sioux Falls, South Dakota, USA.
Why It Ranks: Sets the industry standard for precision application systems and autonomous farming modules.
Regional Dominance: Leading presence in North America, Australia, and key South American regions.
Product Line: OMNiDRIVE autonomous platforms, Hawkeye nozzle controls, and field computer displays.
9. TELUS Agriculture Solutions
Digital innovator offering supply chain tracking, farm management software, and sensor platforms.
Founded: 2020 | HQ: Vancouver, British Columbia, Canada.
Why It Ranks: Connects on-farm IoT data directly with food production and supply chains.
Regional Dominance: Rapidly expanding footprint in North America, Europe, and Asia-Pacific.
Product Line: AgExpert management software, supply chain tracking solutions, and farm sensor IoT networks.
10. Sencrop
Ag-tech specialist producing connected ag-weather stations and micro-climate monitoring networks.
Founded: 2016 | HQ: Lille, France.
Why It Ranks: Leads localized European ultra-precise weather and soil sensing data for disease prevention.
Regional Dominance: Widely deployed across Western Europe, the United Kingdom, and expanding regions.
Product Line: Raincrop rain gauges, Windcrop anemometers, Leafcrop sensors, and connected mobile application.
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Conclusion
Agriculture IoT is a key enabler in the current landscape of food security, revolutionizing the traditional farm environment into a predictive and automated environment. As leaders constantly create new ways to create autonomous machines, high-precision sensors, and cloud telemetry, connectivity gaps are slowly disappearing. Although capital costs and hardware compatibility are also obstacles, the long-term growth will come from the increased adoption of LPWAN and AI. The introduction of the Internet of Things (IoT) will transform sustainable agricultural production for generations and generations, while precision practices will play an increasingly key role to ensure climate resilience.
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