Agricultural robotics · Bad Schwalbach, DE
Agrarobotics brings RISC-V + Rust + edge ML out of the lab and into the field — field-hardened robots that sense, decide, and act where the crop actually grows.
The stack
The same technology taught openly at riscvml.org, hardened for commercial deployment in agriculture.
400 MHz dual-core RISC-V with AI extensions and camera interfaces — inference at the sensor, not the datacenter.
Memory-safe, deterministic embedded firmware. Zero-cost abstractions where every microsecond and byte counts.
Weatherproofing, solar power, and LoRa/Wi-Fi connectivity — engineered for dust, sun, and no signal.
Solutions
Distinguish crop from weed on-device and act only where needed — less input, more yield.
SQLite3 on the edge captures every detection and action for offline analysis and audit.
Multiple field-hardened units share a map and split the work across the block.
Products
Agrarobotics also builds the tools engineers use to capture and reason about field knowledge.
Collapse a thousand-node knowledge graph to the three nodes you need now — Focus on Demand & PDA.
The educational foundation — RISC-V + Rust + ML — that this commercial work is built on.
From prototype to a hardened fleet running in your rows. Talk to us.
Agrarobotics — agrarobotics.com
Field-hardened robotics on RISC-V + Rust + edge ML. Detect, visualize, react — where it grows.