Lately, conversations are dominated by the latest gadgets and cutting-edge tech trends. Questions like, ‘Did you get the new iPhone?’ or ‘When are you getting an EV?’ have become standard in our daily conversations. While these innovations undeniably shape our modern world, we rarely turn our attention to the technological breakthroughs that sustain us – figuratively and literally. The technological advancements that revolutionize how we grow and harvest the food that nourishes society often go unnoticed.
For centuries, farmers and agricultural pioneers have relentlessly pushed the boundaries of progress in pest control and harvest technology. In the 1600s, early farmers relied on methods like tobacco infusions, herbs and arsenic to combat pests.
By the 1800s, the arrival of the Colorado potato beetle spurred the development of more sophisticated pest control solutions, leading to the creation of Paris Green, a mixture of arsenic and copper sulfate. These early growers laid the foundation for what would eventually become the field of Integrated Pest Management (IPM), which did not see widespread momentum until the 1970s and 1980s. Meanwhile, the introduction of horse-powered combines in the Pacific Coast wheat fields in the late 1800s revolutionized the harvesting process, paving the way for gas-powered tractors two decades later.
John Deere has become a major player in the ag tech space, particularly within high-value crop (HVC) industries that have yet to experience a full technological revolution. In partnership with GUSS, a leader in HVC autonomy with over 40 years of commercial spraying expertise, John Deere is bringing autonomous solutions to growers worldwide. GUSS sprayers operate fully autonomously and are under constant supervision, reducing the need for multiple tractor operators and support personnel during spray jobs. This innovative technology enables growers to optimize labor management, upskill their employees and improve overall worker safety.
GUSS technology allows operators who are adept at tractor driving to develop skills of field mapping, configuring sprayers for specific tasks and assigning routes to the machine. Having sprayed over 2.2 million acres, GUSS has firmly established itself as a global leader in agricultural autonomy. John Deere complements this with its rigorous engineering and testing processes, ensuring that their partnership continually improves and redefines the ag tech space.
Growers using the John Deere and GUSS partnership to their advantage report promising outcomes, including a 98 percent retention rate and a 65 percent re-order rate.
Looking ahead, John Deere envisions a future where data-driven precision spraying will further enhance safety, efficiency and sustainability in agriculture. With grower margins perpetually under pressure, precision technology and automation provide growers with the tools to control costs without compromising on yield or quality. This technology streamlines the entire process, ensuring no missed or double rows and eliminating human error from the equation.
“GUSS sprayers are fully autonomous, and while under constant supervision, alleviate the need to have dozens of tractor operators and support personnel in the orchard while the spray job is being completed,” says Sean Sundberg, HVC Business Integration Manager at John Deere. “By reducing the number of employees in or near the orchard or vineyard during the spray job, you inherently improve worker safety. Think overnight tractor operation, row after row in the dark, spraying material to protect crops. It is an incredibly important function, but it is difficult to find those that want to do that kind of work.”
One operation embracing this shift toward precision agriculture is Dutton Ranch, a family-run wine grape operation in Sonoma County. Since adopting advanced technology in April 2024, Steve Dutton, a fifth-generation grower, has witnessed firsthand the transformative impact on his operations. The technology, SmartApply® Intelligent Spray Control System from John Deere, significantly reduces spray drift by precisely opening and closing nozzles to target the vines, in turn using less material per acre and extending the lifespan of each tank. Fewer refills and reduced operator exposure to crop protection material have improved both efficiency and safety, minimizing direct contact with potentially harmful agents.
Dutton shares that his team, who uses the technology daily, has consistently provided positive feedback. “Their feedback is that it is working well. There is a user-friendliness to the technology that allows us to work through any potential hiccups. They all like the way the technology is working and really appreciate the information that it gives back to us,” he notes.
One of the most significant advantages Dutton has observed is the reduction in material usage, directly translating to cost savings per acre. For a medium-sized grower like Dutton, controlling costs is critical to maintaining profitability. He emphasizes that reducing material use is one of the most effective, if not the only, ways to boost margins in today’s agricultural landscape.
“The price of production materials will never go down,” Dutton adds. “But if growers can use less while still protecting their crops, they’ll be successful.”
The ability to do more with less is the key to why precision agriculture and advanced technology are so vital to the future of farming, especially for the fresh produce industry. Beyond improving worker safety, these advancements offer substantial cost savings by allowing farmers to cover more land with fewer resources. Dutton remains optimistic, confident that these machines will only continue to become smarter and more resilient as they continue to be integrated into farming operations over time.
He encourages small and mid-sized growers to embrace these advancements, sharing his belief that, “There is no need to fear this technology. You get out of it what you put into it.”
The message is clear: adopting these innovations will not only streamline farming operations but transform how we feed the nation, ensuring a future full of affordable and accessible fruits and vegetables.