EVE-01 — autonomous harvesting at commercial speed.
A dual-arm robotic platform for greenhouse strawberry harvesting. It sees, reaches, picks and places — 1,200+ times an hour — with millimetre-accurate 3D vision and surgical-grade end-effectors. Edge-first: no cloud dependency, works where the WiFi doesn't reach.
EVE-01 carries two independent manipulator arms, each with its own cable-driven, Da Vinci-inspired gripper with an integrated cutting blade. The arms work in parallel across the plant, doubling throughput without doubling footprint.
600 picks per arm per hour — sustained, not peak
Da Vinci-style cable-driven grippers with integrated cutting blade
Redundant operation: arm B keeps working if arm A is mid-recovery
IP65 enclosure — runs in the humid, splashy greenhouse all day
02 Perception & vision
Millimetre-accurate 3D. Every frame, on device.
OAK 4D stereo cameras deliver dense 3D depth; a YOLO-based detector identifies ripe fruit by colour, size and occlusion state, and hands a list of candidate picks to the planner — all at 14 ms per frame on-device.
OAK 4D stereo cameras with on-board depth at 30 FPS
YOLO-family ripeness detection tuned on grower-specific datasets
Occlusion handling: plans around leaves and adjacent fruit
Self-calibration on start-up; no manual reprojection needed
03 Edge AI · local-first
All inference on the robot. Zero cloud required.
Every inference — perception, planning, control — runs on an NVIDIA Jetson module on the robot itself. No cloud dependency means no latency from the field, no outage when the farm's 4G drops, and no data-residency questions for growers.
NVIDIA Jetson edge compute — perception + planning local
ROS 2 native middleware with real-time QoS profiles
Offline-first fleet telemetry with resilient sync
Grower-controlled data — imagery never leaves the farm unless opted in
