Aerial view of AI-managed orchard rows at golden sunset

AI-Powered Orchard Intelligence

From Bloom to Bin
to Bank, Automated.

Humanoid robots pick your fruit, deploy your drones, and ride in your pickup truck. AI agents diagnose disease in milliseconds. The brain is the platform — the robots are commodity. OrchardBrain AI™ is the autonomous operating system for orchards of every size.

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AI Decision Intelligence Agents
50K+ Disease Images in RAG Pipeline
Mesh Self-Healing Robot WiFi Grid
3D Voxel Digital Twin per Tree

The Intelligence Layer

An AI brain for every acre.

OrchardBrain AI™ deploys edge AI, autonomous robotics, drone fleets, and computer vision across your entire operation, online or offline.

Edge AI: The Orchard Node

A ruggedized, solar-powered NVIDIA Jetson server at your equipment shed. Processes drone video, robot telemetry, and sensor data locally, with no internet required.

3D Digital Twin

Every tree GPS-indexed in a voxel-based 3D map. Click any tree to see yield history, pruning status, disease risk, and AI-predicted health scores.

RAG-Powered Diagnostics

Retrieval-Augmented Generation queries 50,000+ labeled disease images, WSU extension data, and UC Davis research to diagnose and recommend treatment in seconds.

Autonomous Fleet Orchestration

One universal API controls humanoid robots, Tevel drones, Burro carts, and John Deere tractors on a single operational map.

Traditional Ag Robotics

Expensive, single-purpose, vendor-locked

  • $150K–$300K per specialized picking robot
  • Requires custom row infrastructure & charging stations
  • Locked to one vendor’s proprietary software
  • Single task: a picker picks, a mower mows
  • Needs flatbed trailer and crane to transport
  • Technician required for any field repair

OrchardBrain + Humanoid Robots

Affordable, multi-task, your equipment

  • Affordable off-the-shelf humanoid robots
  • Uses your existing ladders, trucks, ATVs & outlets
  • Open platform — swap robots without changing software
  • One robot picks, prunes, scouts, deploys drones, carries bins
  • Rides in any pickup truck bed or side-by-side
  • Robots repair each other with modular swap parts

Humanoid Robot Workforce

Off-the-shelf robots. Your existing equipment. Our brain.

OrchardBrain AI™ deploys affordable humanoid robots that use your ladders, ride in your trucks, and work with your tools. The intelligence lives in the platform — the robots are replaceable commodity hardware.

Humanoid robots stepping out of an EV pickup truck at dawn, deploying drones at the edge of a small orchard Humanoid robot riding a UTV and setting up survey drones in a small family orchard
Humanoid Robots + Your Equipment

They Ride in Your Truck

Humanoid robots use the equipment you already own — zero infrastructure rebuild

  • EV Pickup as Mobile Base. Your GM Sierra EV or Ford Lightning becomes a mobile command center. Robots ride in the truck bed, hop out at the block, and recharge from the truck’s 240V Pro Power outlets between shifts.
  • Climb Your Ladders. Standard orchard tripod ladders, step ladders, and picking platforms — humanoid robots use them all. No custom scaffolding, no rail systems, no row modifications.
  • Use Your Tools. Harvest bags, picking poles, pruning shears, loppers — humanoid hands grasp and operate the same tools your crew trains on today. No proprietary end-effectors.
  • Ride Your ATVs. A Unitree G1 at 35 kg fits on any side-by-side or quad. Robots shuttle between blocks carrying drone cases, spare parts, and harvest bins using your existing trail network.
Explore Small Orchards →
Humanoid robots picking apples from orchard ladders, one climbing while another holds a harvest bin in golden morning light Humanoid robot holding an apple up to camera sensors with holographic quality analysis overlay
AI Vision + Dexterous Hands

Every Pick is a Quality Inspection

Computer vision diagnoses disease and grades fruit in real time, at the tree

  • Pre-Pick Visual Scan. Stereo cameras evaluate color, size, blemishes, and ripeness in under 100 ms. The AI makes a pick/skip decision before the hand makes contact.
  • Disease Detection at the Tree. Fire blight, scab, codling moth, bitter pit — the RAG-powered diagnostics engine identifies 40+ conditions from the robot’s live camera feed and flags affected trees in the Digital Twin.
  • Force-Controlled Gentle Handling. The Unitree G1’s Dex3-1 hands use force-position hybrid control — precise enough to handle raw eggs without cracking them. Bruise rates drop below 1%.
  • In-Field Grading. Each fruit is rotated for 360° scan post-pick, classified Grade A / Grade B / Juice, and placed in the right bin. Packout decisions happen at the tree, not the pack house.
See How It Works →
Two humanoid robots repairing each other and a drone in a remote orchard field with satellite dish visible
Self-Repair + Mesh Network

Robots That Fix Each Other

Self-sufficient swarms that repair, communicate, and operate miles from anyone

  • Robot-to-Robot Repair. Modular magnetic joints swap in under 2 minutes. One robot holds the component while a teammate clicks in the replacement — no technician, no downtime.
  • Drone Maintenance. Bent propellers, loose gimbals, firmware updates — humanoid robots carry spare parts and fix drones in the field, guided by OrchardBrain AI™’s remote diagnostics.
  • Mesh WiFi Grid. Each robot is a WiFi 6 mesh node. In fields with no cell signal, the fleet builds its own wireless network, backed by Starlink satellite uplink so the brain never goes offline.
  • Mutual Extraction. Stuck in mud? Tangled in thorns? A teammate walks over and pulls it free. The H1’s 360 N·m knee torque handles terrain that would strand any wheeled robot.
Learn About the Mesh →

20 acres or 2,000 — the same AI brain.

OrchardBrain AI™ inverts the ag-tech model. Instead of expensive, proprietary robots locked to one vendor’s software, we build the intelligence layer and let you plug in affordable, commodity humanoid robots you can buy, replace, or repair without lock-in.

Small Orchards → See Pricing

4 AI Environments

Intelligent automation at every stage.

AI-powered solar weather station monitoring pear orchard Autonomous drone fleet surveying cherry orchard canopy
AI + Drones + IoT

The Grow Environment

Precision Agronomy Powered by Machine Intelligence

  • Frost Defender AI. Predictive models trigger IoT-connected wind machines and sprinklers autonomously before frost arrives.
  • Bloom Predictor Neural Net. Deep learning models chill-hour accumulation, predicting exact bloom dates to optimize pollination drone and beehive scheduling.
  • AI Scout (Disease RAG). Computer vision diagnoses pathogens from a phone photo, querying a 50,000+ image vector database in real-time.
  • Yield Vision Drones. Autonomous drone fleets count fruitlets via multi-spectral imaging, generating per-block thinning recommendations.
Explore Grow Environment →
Autonomous robotic harvesters with articulated arms in orchard rows AI-guided robotic gripper selectively picking ripe apple
Robotics + Autonomy

The Harvest Environment

Humanoid Robots, Autonomous Fleets, AI-Optimized Labor

  • Orchard Fleet Command. Universal API orchestrates humanoid robots, Tevel picking drones, Burro carts, and John Deere tractors on a single real-time map.
  • Selective Harvest Protocol. Computer vision on humanoid robot hands and grippers evaluates color, size, and ripeness, picking only fruit that meets your spec.
  • Smart-Bin AI Logistics. Reinforcement learning predicts bin-fill timing and dispatches autonomous sleds to arrive exactly when needed.
  • H-2A Autopilot Agent. AI automates visa paperwork, housing audits, and payroll compliance for temporary agricultural workers.
Explore Harvest Environment →
AI-powered automated fruit grading and packing facility Computer vision sorting line grading apples by quality
Computer Vision + IoT

The Pack & Keep Environment

Computer Vision Grading, Intelligent Cold Storage, Predictive Inventory

  • Packout Predictor CV. Camera arrays grade every piece of fruit at line speed, forecasting Grade A vs. Juice split before sorting begins.
  • Storage Sentinel AI. IoT sensors monitor ethylene, CO2, temperature, and humidity in CA rooms. ML models predict spoilage days in advance.
  • Repair Bot Vision. Photograph a broken sprayer nozzle. The AI identifies the exact part, checks warehouse inventory, and auto-orders replacements.
Explore Pack & Keep Environment →
AI commodity trading dashboards with real-time market intelligence Grower reviewing AI analytics and profitability heatmap on tablet
Market AI + Analytics

The Sell Environment

AI-Driven Commodity Intelligence, Automated Trading, Financial Modeling

  • Commodity Arbitrage Agent. Connects to USDA shipping-point data and wholesale markets. ML models recommend hold/sell timing to maximize revenue.
  • Direct-to-Retail AI. Automates white-label proposals to grocery chains using predicted inventory, quality grades, and demand forecasts.
  • Financial Command AI. Neural-net COGS modeling calculates exact cost per bin. Profitability heatmaps identify which rows lose money and why.
Explore Sell Environment →

End-to-End AI Pipeline

Four environments. One autonomous loop.

AI-monitored apple blossoms with pollination drones
01

Grow

Drone fleets map every tree. AI predicts frost, disease, and bloom. IoT sensors feed the Digital Twin in real-time.

Robotic and human harvest crews coordinated by AI
02

Harvest

Humanoid robots climb your ladders and pick selectively. They ride your truck to the block, deploy drones, and grade every fruit at the tree.

Computer vision sorting line grading fruit at speed
03

Pack & Keep

Computer vision grades every fruit at line speed. ML models monitor cold storage and predict optimal pack dates.

AI commodity trading agent on ultrawide displays
04

Sell

Market AI times your sales. Commodity agents negotiate pricing. Financial models maximize your packout profit.

Aerial view of AI-monitored blooming orchard with drone paths
“Packout percentage is the metric that determines profit in fruit. Every AI agent, every drone flight, every robotic pick in OrchardBrain AI™ is optimized to maximize it.”

Pricing

AI that scales with your operation.

From family farms to institutional investors.

Sprout

Small Family Farm (10–50 acres)

$10 /acre/yr
  • 1 Humanoid Robot Integration
  • AI Spray Record Automation
  • Weather Prediction Alerts
  • Basic Disease ID (photo)
  • Mesh WiFi + Starlink Ready
Get Started
Most Popular

Canopy

Mid-Size Commercial

$40 /acre/yr
  • Full AI Scout + Disease RAG
  • Drone Yield Mapping
  • Harvest Logistics AI
  • Yield Prediction Models
  • 3D Digital Twin
Get Started

Orchard OS

Large Enterprise

$1,500 /mo + $20/acre
  • Robotics Fleet Command
  • Autonomous Harvest Protocols
  • Computer Vision Pack Lines
  • H-2A AI Autopilot
  • Edge AI Orchard Nodes
  • Commodity Arbitrage Agent
Contact Sales

Ghost Grower

Investors / New Entrants

1.5% of revenue
  • Zero Upfront Cost
  • Full Autonomous Operation
  • AI-Managed Entity Setup
  • Contract Network Matching
  • Robotic Fleet Leasing
  • Automatic Offtake AI
Learn More
Autonomous frost protection system activated across blooming orchard

Ready to deploy AI across your orchard?

Join the founding cohort of growers — from 20-acre family farms to 5,000-acre enterprises — running OrchardBrain AI™’s humanoid robots and autonomous intelligence.

Get Early Access

Early Access

Deploy OrchardBrain AI™ on your orchard.

We're onboarding a select group of growers — from 20-acre family orchards to 5,000-acre operations — for our founding cohort. Our team will scope your operation, deploy Orchard Nodes, integrate humanoid robots, and connect your existing equipment.

Target Operations 20 – 5,000 acres (family farms to enterprise)
Crops Apples, Cherries, Pears, Stone Fruit
Hardware Humanoid robots + Orchard Nodes + your existing fleet & equipment
Join the Waitlist

No spam. We'll reach out when your cohort opens.