Sowbot is an open-source agricultural robotics platform designed to support research, farming, agroecology, and startups by providing reproducible and lightweight robotic solutions. The platform aims to address the challenges of scaling regenerative agriculture through accessible open hardware and software, reducing labor and environmental impact while avoiding proprietary dependencies.
The Sowbot ecosystem includes a reference hardware design and a production-ready software stack. Its open-hardware robot compute unit is based on a stackable 10 cm × 10 cm module standard, featuring two Avaota A1 single board computers connected via a single ethernet cable. Board A is dedicated to control and safety, running tasks such as ROS 2 navigation, topological mapping, and EKF localization, with real-time motor control and emergency stop logic managed via a direct serial link to an ESP32 microcontroller. Board B handles perception and AI, including camera drivers, image pre-processing, and neural network inference, with a focus on high-bandwidth data processing. The system supports native CAN bus communication and dual GNSS RTK receivers for centimeter-scale positioning.
All schematics, PCB layouts, and firmware are released under open licenses, making the platform fully open-source. The hardware is housed in a rugged, waterproof aluminum enclosure with M12 connectors, designed for long-term outdoor use. The reference platform integrates high-performance motors, precise control, long-lasting sodium-ion battery packs, and modular chassis components for flexibility and rapid reconfiguration. The platform is suitable for both full-scale field deployment and scaled-down development versions such as Sowbot Mini and Sowbot Pico, which are intended for testing and validation.
Sowbot is intended for researchers seeking a stable and repeatable experimental environment, as well as startups looking to accelerate development by leveraging a ready-made robotics stack. The system enables sharing of experiments across labs via Docker images and provides standardized hardware to reduce the need for extensive R&D on core infrastructure. Pricing for certain hardware components is mentioned, with some modules available for purchase, but the overall platform is distributed under open licenses.
In the Other infrastructure space, sowbot takes a focused approach. It focuses on reducing labor and environmental impact in agriculture through open, reproducible robotics solutions. It is built as an open-source project for agricultural researchers and robotics developers. sowbot is open source under the MIT license. sowbot is available on the command line, and it can be self-hosted.
Sowbot Project builds and maintains sowbot, and the product first shipped in 2025. Development happens publicly on GitHub with 84 stars and 509 commits in the last 90 days. Key capabilities include open hardware, reference design, and docker deployment.
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