AI Resilience Report forLandscaping and Groundskeeping Workers

Right now, the biggest AI changes in landscaping are happening with the mowers themselves, not behind a desk. Industry experts say autonomous mowers have evolved from small, Roomba-like devices into powerful machines capable of handling larger and more complex terrains ^[1], using GPS, RTK positioning, cameras, computer vision, and LiDAR to navigate around trees, benches, and even pedestrians. Honda recently joined the field with its ProZision autonomous zero-turn riding mower, built for professional-grade commercial use and starting at $32,999 ^[2].

For facility managers, LiDAR- and AI-equipped mowers handle the repetitive cutting so groundskeepers can shift focus to trimming, edging, and landscape detailing ^[3]. AI is also helping the office side of the business — software like Bobyard now uses AI to help landscape contractors generate takeoffs and bids faster, winning more jobs ^[1]. So far, this looks much more like augmentation than replacement: the delicate work of planting flowers, decorating beds, staking trees, and pruning still needs human hands and eyes.

Adoption is picking up, but slowly and unevenly. The biggest push is a worker shortage — the National Association of Landscape Professionals reports that finding skilled labor remains one of the primary business challenges in the industry ^[4], making robots an appealing way to stretch crews. One Kress executive told Landscape Management that "the industry is starting to become more open-minded because labor is becoming more of a concern" ^[1].

On the other hand, costs slow things down: a single commercial autonomous unit can cost tens of thousands of dollars, and small landscape companies often can't pay that upfront. The work itself also resists full automation — yards are messy, uneven, and full of surprises like kids, pets, and decorative stones. That's why the U.S. Bureau of Labor Statistics still projects employment of grounds maintenance workers to grow 4 percent from 2024 to 2034, with about 171,600 openings each year ^[5].

If you're entering this field, the smart move is to learn the tech — workers who can operate, troubleshoot, and supervise robotic fleets will be more valuable than ever, while creative human skills like design, planting, and customer service stay firmly in human hands.