AgEmerge Podcast 190 Bonsai Robotics and Tyler Niday

Most farms struggle with dust, inefficiency, and labor shortages—but Tyler Niday of Bonsai Robotics reveals how AI-driven machinery is changing the game by transforming existing equipment into autonomous workhorses. Inspired by biology, Bonsai Robotics is making some of agriculture's toughest environments manageable. Tyler shares how autonomous orchard shakers are improving nut harvest efficiency by up to 40%, while converting shuttle trucks into multi-functional farm platforms can save growers hundreds of thousands of dollars in equipment costs. Monte and Tyler explore the industry's evolution from retrofitting machines with autonomous capabilities to developing full-platform solutions, including Bonsai's Amiga series. These adaptable systems support precision spraying, harvesting, and crop scouting. Before co-founding Bonsai Robotics, Tyler began in mechanical engineering and helped develop vision systems at Blue River Technology and gained hands-on learning at Orchard Machinery Corporation. If you've wondered what the future of practical farm automation really looks like, this episode offers a firsthand look at innovations in the field today. Visit Bonsai Robotics: https://bonsairobotics.ai/ Watch episode: https://youtu.be/Cvs7v5FLSN0 Timestamps: 00:10 - Tyler’s background and journey into ag tech 02:23 - The role of AI and perception challenges in dust environments 07:48 - Vision-only AI vs LiDAR debate and dust interference 12:04 - Scalability of perception models across crops 12:58 - Training AI models on dusty environments and data fusion 16:16 - Focus on specialty crops as a starting point for autonomy 16:45 - Collaborations with OEMs like Floria and OMC 17:30 - Managing connectivity in remote farm locations 19:07 - Starlink and cellular solutions for remote operations 21:30 - The Amiga platform's different configurations and applications 25:44 - Strategic move into precision spraying and harvest-related automation 28:28 - Future autonomous applications for open-field crops 37:44 - Autonomous nut shaker and harvesting efficiency 41:46 - Future of crop variability mapping and individual plant management 47:13 - Returning value through data management and software ecosystems 49:21 - Industry collaboration, standards, and evolving equipment 52:25 - Closing remarks and future outlook