Startup uses AI and drones for precise agrochemical application, cutting use by up to 80%

Tambagro, an agricultural technology startup, is revolutionizing crop management with its innovative use of artificial intelligence and drones. The company's system allows for highly precise application of agrochemicals, potentially reducing their use by up to 80%. Instead of uniform spraying across entire fields, Tambagro's technology analyzes aerial images to generate detailed maps pinpointing precisely where treatments are needed.

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We found that with what was available, we could make developments to improve the market.

This targeted approach not only significantly cuts down on the volume of agrochemicals used but also lowers costs for producers and minimizes environmental impact without compromising crop yields. "We found that with what was available, we could make developments to improve the market," stated Juan Pablo Torras, founder of Tambagro. He explained that their unique drones, specifically designed by the company, are key to this precision.

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Instead of pulverizing the entire field uniformly, with Tambagro's technology, aerial images are analyzed and maps are generated that indicate exactly where to apply and where not to.

The system is designed for large-scale adoption, even in areas with limited connectivity, by processing information directly in the field. Tambagro's technology integrates with existing agricultural machinery and drones, facilitating easy implementation. The project has already been successfully validated in fields across Brazil, Mexico, the USA, and Argentina.

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This allows for a significant reduction in the use of agrochemicals, lower costs, and decreased environmental impact without compromising yield.

Tambagro's development is bolstered by its team, including Brazilian partner Gustavo Martinelli, an expert in high-capacity hardware and flying equipment, and Mexican partners Isaac Valdivia and Uriel Badillo, specialists in mechatronics and artificial intelligence, respectively. Recent field tests in Mato Grosso, Brazil, demonstrated a 50-70% reduction in herbicide use with excellent weed control. The company has also secured funding through awards from Start-Up Chile, NVIDIA, and a German-Mexican innovation initiative focused on climate issues.

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We investigated what we could do to improve what was available in terms of agrochemical applications and identified a great opportunity, thinking about large-scale farms in South America.