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Smart Agriculture Market Growth, Trends, Absolute Opportunity and Value Chain 2022-2030

The global smart agriculture market was valued at USD 15,390.2 million in 2020 to USD 29,234.6 million by 2027, at a CAGR of 9.7% from 2021 to 2027. Agriculture is one of the most important activities in most countries across the globe. It has evolved from a manual to a technology-based occupation in every aspect.

Moreover, smart agriculture services for farmers and land managers enable them better to manage the risks and impacts of climate change and undertake actions. Moreover, smart agriculture services help farmers decide the next steps to take with their farm operation and how technology provides data for better crop production at a low cost. Furthermore, services like consulting, support & maintenance, and others provide accuracy and precision, which are essential aspects of agriculture.

Thus, increased benefits for farmers and land managers to mitigate the risks and provide better crop production technology further boost the market’s growth.

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John Deere 500R Sprayer | Next-Generation Booms for Ultimate Precision

Video: John Deere 500R Sprayer | Next-Generation Booms for Ultimate Precision


Experience the next level of precision spraying with the John Deere 500R sprayer and its new generation boom. Designed for modern farming operations and professional contractors, the 500R combines exceptional boom stability, accurate application and high productivity even at spraying speeds of up to 30 km/h.

The new boom generation features a compact 2.55 m transport width for safe and easy road travel across Europe, while unfolding in the field to working widths of up to 48 meters. A lightweight yet extremely rigid structure, combined with BoomTrac Pro 2, Active Boom Yaw Control and active roll damping, keeps the boom correctly positioned for consistent coverage and reduced drift.

Advanced spraying technologies such as ExactApply with 6-nozzles switchable from the cab, or single nozzle INC Pro using pulse width modulation ensure precise droplet control, minimized overlaps and optimized input efficiency. The result: higher accuracy, lower chemical usage and improved agronomic outcomes even in challenging field conditions.