Meet the GreenBeam System.

Robot. Garage. App. Designed to work as one.

The GreenBeam System

One system. Three connected parts.

Each part of GreenBeam has a different job. Together, the Robot, Garage, and App create one continuous workflow from lawn setup to autonomous weed treatment and recharging.

GreenBeam Robot product view
01 · GREENBEAM ROBOT

See. Decide. Treat.

The work happens here.

The GreenBeam Robot works within the lawn you define. Its onboard camera and AI evaluate individual plants, while RTK positioning, LiDAR, onboard sensors, and all-wheel drive support autonomous navigation. When a plant is confirmed as a target weed, GreenBeam directs precision light at the plant.

Computer vision · Onboard AI · RTK · LiDAR · AWD · Precision light
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GreenBeam Garage with integrated solar charging
02 · GREENBEAM GARAGE

Return. Recharge. Ready.

Home base for every mission.

The GreenBeam Garage is the Robot's automatic docking and charging station. GreenBeam is designed to return when a mission is complete, charging is required, or operating conditions require it to return home.

Automatic docking · Solar charging · Outlet charging
Explore the Garage ↓
GreenBeam App home dashboard on smartphone
03 · GREENBEAM APP

GreenBeam outside. Control inside.

Your lawn, mapped and managed.

The GreenBeam App is the control interface for the system. Define the lawn perimeter, create treatment zones, schedule missions, follow progress, review treatment activity, and configure regional weed settings.

Map · Zones · Schedule · Live progress · History · Regional weeds
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One Connected Workflow

From lawn map to treated weed.

GreenBeam connects planning, autonomous navigation, plant recognition, precision treatment, and charging in one repeatable operating cycle.

01
Map

Define the lawn.

The GreenBeam App establishes the digital operating perimeter and treatment zones.

02
Schedule

Choose when it works.

Select operating days, times, and the lawn zones GreenBeam should cover.

03
Patrol

Navigate the lawn.

The Robot works its way through the mapped area, across open turf and into the beds, checking every plant it passes.

04
Recognize

Evaluate plants individually.

The camera captures plant imagery and onboard AI determines whether each plant is a target weed.

05
Treat

Act on the target.

GreenBeam directs precision light at confirmed target weeds and leaves non-target plants untreated.

06
Return

Dock. Recharge. Repeat.

When the mission is complete or charging is required, GreenBeam returns to the Garage.

GreenBeam Robot

Intelligence where the work happens.

GreenBeam brings perception, positioning, decision-making, mobility, and precision treatment together onboard the Robot. Computer vision evaluates plants individually. RTK positioning supports precise location awareness. LiDAR and onboard sensors provide information about the Robot's immediate surroundings. All-wheel drive supports movement across residential lawn terrain. When GreenBeam confirms a target weed, its treatment system directs precision light at that plant.

Camera Onboard AI RTK LiDAR All-wheel drive Precision treatment
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GreenBeam autonomous weed-control robot on a lawn
Perceive Position Decide Move Treat
GreenBeam Garage with solar panels and electrical charging connection
GreenBeam Garage

More than a place to park.

The Garage is an integral part of the GreenBeam System. It gives the Robot a known home location for automatic return, docking, charging, and preparation for the next mission.

01 · Solar

Integrated roof solar panels can supply energy to the GreenBeam charging system during daylight hours.

02 · Outlet

The Garage can also connect to standard household electrical power for charging.

03 · Position

The Garage is also GreenBeam's fixed reference point. That is what lets you draw your lawn in the app instead of burying a wire in it, and what lets GreenBeam find the same plant in the same place, week after week.

Returning → Docked → Charging → Ready
GreenBeam App

Your lawn has a dashboard.

Map your lawn. Choose treatment zones. Schedule GreenBeam. Follow a mission live. Review treatment activity. Configure GreenBeam for the weeds relevant to your region.

Perimeter
Treatment zones
Schedule
Live progress
History
Regional weeds
Explore the GreenBeam App →
GreenBeam App dashboard
Connected by Design

The handoffs happen as one workflow.

GreenBeam is designed as a connected system, so planning, autonomous operation, recovery, and reporting work as parts of the same experience.

01
App → Robot

Plan

Your lawn boundary, active zones, and mission schedule define where and when GreenBeam operates.

02
Robot

Work

Onboard sensing and AI support navigation, plant evaluation, and treatment decisions while GreenBeam is operating.

03
Robot → Garage

Recover

The Robot returns to its home base for docking and charging when required.

04
Robot → App

Report

Mission progress and treatment activity are presented through the GreenBeam App.

The Robot, Garage, and App are not separate GreenBeam products assembled around one another. They are designed as parts of one connected weed-control system.

System Overview

GreenBeam at a glance.

Purpose
Autonomous precision weed control
System components
GreenBeam Robot · GreenBeam Garage · GreenBeam App
Plant evaluation
Onboard camera, computer vision, and AI
Treatment approach
Precision light directed at confirmed target weeds
Positioning
RTK positioning, with the reference station built into the GreenBeam Garage
Obstacle awareness
LiDAR and onboard sensors
Operating boundary
Drawn in the GreenBeam App. Include your turf and your planting beds, and exclude anything you want left alone.
Mobility
All-wheel drive
Charging
Automatic docking with solar or standard electrical charging
Lawn control
Perimeter, zones, scheduling, live progress, and treatment history
From Prototype to Production

GreenBeam is built. Now we're building what comes next.

GreenBeam has demonstrated its core concept in a working physical prototype. The next stages focus on product engineering, expanded testing and validation, manufacturing preparation, and production.

Completed Working prototype
Next Product engineering
Planned Validation + manufacturing
Goal Customer delivery