GreenBeam. Working.
See the core capabilities behind autonomous precision weed control in action.
SEE → RECOGNIZE → TARGET → MOVE → AVOID → RETURN → CONTROL
01 · AI WEED RECOGNITION
See the plant. Recognize the target.
GreenBeam uses its onboard camera and AI compute to evaluate plants during a patrol and identify target weeds at the plant level. The recognition process helps GreenBeam decide whether a plant should be targeted or left alone.
WHAT THIS DEMONSTRATES
Onboard plant recognition and target-or-leave classification.
02 · PRECISION-LIGHT TARGETING
One weed. One precision treatment.
After GreenBeam confirms a target weed, its precision-light system directs treatment toward the plant's growth point, the meristem. The treatment is focused at the individual-plant level rather than broadly applied across the surrounding lawn.
Treat the target. Leave the surrounding lawn alone.
WHAT THIS DEMONSTRATES
Plant-level precision treatment after target confirmation.
03 · ALL-WHEEL DRIVE MOBILITY
Power at every wheel.
GreenBeam uses all-wheel drive with in-wheel motors to move across the uneven surfaces and grade changes found in residential lawns. Each wheel contributes directly to propulsion and maneuvering as GreenBeam moves through its operating area.
WHAT THIS DEMONSTRATES
Mobility and maneuvering across representative lawn terrain.
04 · LiDAR OBSTACLE AVOIDANCE
See the obstacle. Find another path.
GreenBeam uses LiDAR to sense objects and surrounding geometry while it moves. When an obstacle enters the planned path, the navigation system can use that spatial information to adjust the route and continue the mission.
WHAT THIS DEMONSTRATES
Obstacle sensing and route adjustment during autonomous operation.
05 · VIRTUAL BOUNDARY BEHAVIOR
Boundaries without buried wires.
GreenBeam's operating area is defined digitally through the GreenBeam App rather than by a buried perimeter wire. RTK positioning helps the Robot maintain awareness of its location relative to the virtual boundary as it operates within the defined lawn area.
WHAT THIS DEMONSTRATES
Digital perimeter behavior using RTK positioning awareness.
06 · AUTOMATIC DOCKING
Home base, found automatically.
GreenBeam is designed to return to the GreenBeam Garage when a mission is complete, charging is needed, or operating conditions require a return home. The Robot approaches the Garage, aligns with the dock, and begins charging without manual repositioning.
WHAT THIS DEMONSTRATES
Autonomous return, alignment, and docking.
07 · GREENBEAM APP OPERATION
Your lawn has a dashboard now.
The GreenBeam App is the control center for the GreenBeam System. This demonstration shows how a user defines the operating area, creates treatment zones, schedules a mission, follows live progress, reviews treatment activity, and configures regional weed profiles.
LAWN SETUP · TREATMENT ZONES · SCHEDULING · LIVE PROGRESS · TREATMENT HISTORY · REGIONAL WEED PROFILES
GREENBEAM · NOW LIVE ON INDIEGOGO
You've seen it work. Back it.
You've seen GreenBeam recognize plants, target individual weeds, move across lawn terrain, respond to obstacles, operate within a digital boundary, return to its Garage, and connect through the GreenBeam App. Back GreenBeam on Indiegogo to help move the system from working development hardware toward production.
Questions before you back? Read the FAQ →
