Agriculture Is Entering a New Golden Age of Robotics, Says CEO

Agriculture is entering what could become a new “golden age of robotics,” according to Danny Bernstein, CEO and managing partner of ag robotics incubator Reservoir. As growers face rising costs, labor shortages and increasing pressure to reduce chemical inputs, robotics companies are developing new technologies designed to improve efficiency while supporting more sustainable farming practices.

Speaking about the future of agricultural innovation, Bernstein said robotics is evolving far beyond its early limitations. As reported by AgFunderNews, modern agricultural machines are increasingly capable of performing multiple tasks across different crops and even operating in industries beyond farming.

According to Bernstein, this evolution is creating larger market opportunities and making investments in agricultural robotics more attractive than in previous years.

“The next golden age of robotics” is being driven by advances in artificial intelligence, automation and precision agriculture. Unlike earlier systems that were designed for a single crop or a single task, new robotic platforms can perform multiple functions and serve different sectors, including forestry, mining, land management and environmental restoration.

This broader applicability significantly increases the total addressable market for robotics developers and helps justify the substantial research and development costs required to bring new technologies to market.

Reservoir has positioned itself at the center of this transformation. The California-based company operates innovation campuses in Salinas Valley and Sonoma County and plans to open a third site in Central Valley. The company recently announced a three-year partnership with Western Growers that includes a $1.5 million investment to support agricultural robotics research and development.

The collaboration will provide startups with access to testing fields, grower feedback and shared infrastructure, helping entrepreneurs develop products with lower capital requirements.

As reported by AgFunderNews, Reservoir's mission focuses on technologies that improve resilience for specialty crop growers. Areas of interest include robotics, automation, precision application systems, field monitoring, data analysis and decision-support tools.

One of the industry's biggest challenges remains the cost of robotic equipment. Bernstein acknowledges that many systems are still expensive, but he views this as a temporary stage in the technology cycle.

Drawing comparisons with the electric vehicle industry, he argues that prices will fall as production scales and technologies mature. Early products often carry higher costs because companies must recover significant research and development investments before reaching mass-market adoption.

Beyond automation, Bernstein sees robotics playing a crucial role in reducing dependence on chemical crop protection products. He believes the future of farming will involve a closer relationship between regenerative agriculture and technological innovation.

Several startups operating within Reservoir's ecosystem are already pursuing alternative approaches to pest and weed management. These include the use of ultraviolet light to control pests, steam-based systems for fumigation and electricity-based weed control technologies.

According to Bernstein, companies operating in this space must simultaneously develop advanced robotic platforms and entirely new methods of crop protection.

“There are a few Reservoir companies that are classic examples of this,” he told AgFunderNews, highlighting firms such as TRIC Robotics, High Degree, BHF and Azaneo as examples of innovative solutions designed to reduce reliance on traditional chemical inputs.

As agricultural producers face growing environmental and economic pressures, robotics is increasingly being viewed not simply as a labor-saving tool but as a key component of future farm management systems.

For Bernstein, the convergence of artificial intelligence, automation and sustainable farming practices creates an opportunity to reshape how food is produced. If adoption continues to accelerate and costs continue to decline, agricultural robotics could become one of the defining technologies of modern farming over the coming decade.