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Agrobot is redefining fruit harvesting with robotic systems designed for delicate, high-value crops. With a focus on precision, efficiency, and gentle handling, Agrobot’s technology streamlines labor-intensive harvesting processes—starting with strawberries.

Agrobot E-Series Technology:

• Advanced Vision Systems – Identifies ripeness and quality in real-time.
• Delicate Robotic Grippers – Gently harvest strawberries without bruising.
• Autonomous Platform – Navigates rows and harvests crops without manual intervention.

Why Choose Agrobot?

• Reduces Labor Dependency – Addresses seasonal labor shortages in harvesting.
• Minimizes Crop Damage – Robotic precision protects fruit quality.
• Boosts Efficiency – Operates consistently and accurately across large fields.

Want to explore Agrobot’s robotic strawberry harvesting solutions?

Harvest CROO Robotics is advancing automated harvesting with robotic systems specifically engineered for strawberries. Their flagship Berry 5 harvester combines vision technology and robotics to improve speed, consistency, and fruit quality.

Berry 5 Robotic Harvester Technology:

• Precision Vision System – Detects ripe strawberries for selective harvesting.
• Multi-Arm Design – Harvests multiple berries simultaneously without bruising.
• High-Throughput Capability – Covers large acreage efficiently with minimal labor.

Why Choose Harvest CROO Robotics?

• Solves Labor Shortages – Reduces dependency on seasonal harvest workers.
• Protects Crop Quality – Ensures gentle, accurate picking.
• Field-Tested at Scale – Used by major growers across North America.

Want to explore Harvest CROO’s robotic strawberry harvesting solutions?

Advanced Farm is transforming orchard operations with robotic systems designed for apple harvesting. Their innovative platform combines gentle handling with advanced vision to automate labor-intensive tasks while protecting fruit quality.

TX Robotic Apple Harvester Technology:

• Computer Vision Sorting – Identifies and picks only ripe apples.
• Soft-Touch End Effectors – Minimizes bruising and damage.
• Efficient Platform Design – Enables harvesting across multiple orchard rows.

Why Choose Advanced Farm?

• Boosts Harvest Efficiency – Reduces manual labor needs.
• Improves Fruit Handling – Preserves apple quality for market.
• Designed for U.S. Orchards – Built to meet large-scale grower demands.

Want to explore Advanced Farm’s robotic harvesting solutions?

Oishii (formerly Tortuga AgTech) is advancing robotic harvesting for high-value crops through precision automation. Focused on premium indoor farming, their robots are engineered to delicately harvest strawberries and other specialty produce grown in controlled environments.

Robotic Harvesting Platform Technology:

• Advanced Vision Systems – Detects ripeness and selects optimal fruit.
• Gentle Picking Mechanism – Handles delicate crops without damage.
• Optimized for Indoor Farming – Tailored for vertical and greenhouse environments.

Why Choose Oishii?

• Supports Premium Crop Quality – Minimizes bruising and improves shelf life.
• Reduces Labor Dependence – Automates repetitive harvesting tasks.
• Built for Controlled Environments – Ideal for vertical and greenhouse farming.

Want to explore Oishii’s robotic harvesting technology?

Small Robot Company is pioneering data-driven farming with a suite of autonomous robots designed to monitor and manage crops with precision. Their goal is to minimize chemical use, reduce costs, and promote soil health through intelligent, targeted farming.

Tom Robot Featured Technology:

• Autonomous Crop Monitoring – Scans fields to gather high-resolution images and data.
• AI-Powered Analysis – Identifies weeds, soil health, and plant growth patterns.
• Scalable & Lightweight – Designed to reduce soil compaction and support regenerative practices.

Why Choose Small Robot Company?

• Precise Crop Insights – Helps farmers make data-driven decisions.
• Reduced Chemical Use – Supports targeted weeding and treatment plans.
• Sustainable Approach – Promotes environmentally friendly, low-impact farming.

Want to explore Small Robot Company’s crop monitoring robotics?

The National Robotics Engineering Center (NREC) develops advanced autonomous systems for agriculture, focusing on precision tasks like weeding, planting, and harvesting. As a leading research hub, NREC brings innovation from lab to field to solve real-world farming challenges.

Agricultural Robotics Platform Technology:

• Autonomous Weeding Systems – Uses vision-based AI for selective weed removal.
• Precision Planting & Harvesting – Improves yield with targeted robotic operations.
• Sensor-Driven Analytics – Collects detailed field data to guide farm management.

Why Choose NREC?

• Proven Research Leader – Backed by Carnegie Mellon University and top industry partners.
• Real-World Testing – Solutions validated in active farm environments.
• Innovation-Driven – Cutting-edge robotics developed for long-term sustainability.

Want to explore NREC’s autonomous farming technologies?

Solinftec delivers intelligent robotic solutions for precision agriculture, combining AI, robotics, and real-time data to optimize crop monitoring and input application. Their Solix Ag Robotics platform supports sustainable, data-driven farming practices.

Solix Ag Robotics Platform Technology:

• Autonomous Crop Monitoring – Scans fields for crop health, pests, and nutrient levels.
• Precision Spraying – Targets weeds and pests with minimal chemical use.
• AI-Driven Decision Support – Provides actionable insights to improve yield and efficiency.

Why Choose Solinftec?

• Sustainable Farming – Reduces environmental impact with smart input use.
• Real-Time Insights – Delivers data directly from the field to inform decisions.
• Global Reach – Trusted by farms across the Americas and beyond.

Want to explore Solinftec’s AI-powered robotics platform?

Eden Green Technology – Automated Vertical Greenhouse System
Eden Green Technology is transforming agriculture with its vertical greenhouse systems designed for year-round indoor crop production. Their controlled environment agriculture (CEA) platforms integrate hydroponics, automated monitoring, and climate control to produce leafy greens and herbs at scale—with reduced water usage and minimal environmental impact.

Vertical Hydroponic Greenhouse System Featured Technology:

• Controlled Environment Agriculture (CEA) – Regulates temperature, humidity, and lighting for optimal growth.
• Automated Monitoring Systems – Continuously track plant health and environmental conditions.
• High-Yield Vertical Grow Towers – Maximize space efficiency for consistent crop output.
• Sustainable Water & Nutrient Recirculation – Uses 98% less water than traditional farming.

Why Choose Eden Green Technology?

• Sustainable Indoor Fa

rming – Enables pesticide-free, resource-efficient crop production.
• Year-Round Yield – Grow fresh produce consistently regardless of climate or season.
• Integrated Automation – Simplifies operations and reduces manual labor.
• Ideal for Urban & Institutional Use – Scalable for grocery retailers, hospitals, schools, and more.

Interested in Eden Green’s high-tech vertical farming systems?

iFarm – StackGrow Automated Vertical Farming System is revolutionizing indoor agriculture with its StackGrow technology—a fully automated vertical farming system designed for high-density cultivation of leafy greens, herbs, and microgreens. By integrating robotics, hydroponics, and AI-driven software, iFarm enables year-round, pesticide-free production with minimal manual labor.​

StackGrow Vertical Farming Platform

• Automated Planting & Harvesting – Robotic systems handle sowing, tray washing, and cutting, reducing labor costs.
• Mobile Tray System – Optimizes space utilization, increasing plant density by up to 67% compared to semi-automated farms.
• Growtune Farm Management Software – Monitors crop health, controls climate conditions, and provides actionable insights for optimal yields.​

Why Choose iFarm?

• Scalable Solutions – Suitable for various environments, from urban settings to large-scale commercial operations.
• Sustainable Production – Utilizes 90–95% less water than traditional agriculture, with no pesticides.
• Proven Success – Operational farms across Europe, the Middle East, and Asia, including a 38,500 m² facility in Mexico, one of the world's largest automated vertical farms.​

Want to explore iFarm’s automated vertical farming solutions?

Plenty – Automated Vertical Farming System. Plenty is revolutionizing agriculture with its fully automated vertical farms that integrate robotics, AI, and controlled environment agriculture. Their facilities produce pesticide-free leafy greens and berries year-round, optimizing yield and resource efficiency.​

Automated Vertical Farming Platform

• Robotic Planting & Harvesting – Automates crop cultivation processes to reduce labor and increase precision.
• AI-Driven Climate Control – Monitors and adjusts environmental conditions for optimal plant growth.
• 3D Vertical Grow Towers – Maximizes space utilization, yielding up to 350 times more per acre than traditional farms.​

Why Choose Plenty?

• Sustainable Production – Uses up to 90% less water and 99% less land compared to conventional farming.
• Consistent Quality – Delivers fresh, flavorful produce regardless of external weather conditions.
• Scalable Solutions – Facilities like the Compton Farm in California demonstrate commercial viability.

Want to explore Plenty’s automated vertical farming solutions?

AeroFarms – Automated Indoor Vertical Farming System

AeroFarms is a global leader in vertical farming, combining aeroponics, AI, and robotics to grow leafy greens indoors without soil or sunlight. Their high-tech farms use automation to optimize every aspect of plant growth—delivering fresh produce year-round with minimal environmental impact.

AeroFarms Indoor Growing Platform

• Aeroponics Technology – Mists plant roots with nutrient-rich solutions, using up to 95% less water than field farming.
• Robotic Handling Systems – Automates seeding, transplanting, and harvesting for efficiency and consistency.
• AI-Powered Crop Monitoring – Uses computer vision and machine learning to track plant health in real time.

Why Choose AeroFarms?

• Sustainable Farming – Uses no pesticides and a fraction of the water and land needed for traditional agriculture.
• Data-Driven Growth – Precision monitoring ensures uniform quality and rapid harvest cycles.
• Proven Success – Commercial farms operating in the U.S. and abroad supply major retailers and food service providers.

Want to explore AeroFarms’ automated vertical farming systems?

Stacked Farm – Fully Automated Vertical Farming System

Stacked Farm delivers one of the world’s most advanced fully automated vertical farms, designed for growing leafy greens and herbs in tightly controlled indoor environments. By combining robotics, AI, and precision agriculture, Stacked Farm produces clean, consistent, and sustainable produce at scale—without human intervention in the growing process.

Automated Indoor Vertical Farming System

• Robotic Seeding & Harvesting – End-to-end automation for planting, growing, and harvesting.
• Climate-Controlled Environments – Ensures optimal growth with no pesticides or preservatives.
• Real-Time Monitoring – Sensors and software track every stage of plant development.

Why Choose Stacked Farm?

• Labor-Free Farming – Robotics handle every task, reducing labor costs and contamination risks.
• Consistent Quality – Precision systems ensure high-yield, uniform crops year-round.
• Sustainable Operations – Uses 95% less water and no chemical sprays or additives.

Want to explore Stacked Farm’s automated indoor farming systems?

(Note: Demonstration Project)

Hands Free Hectare is a pioneering demonstration project that proved fully autonomous farming is possible—from seeding to harvest—without any human stepping foot in the field. Led by Harper Adams University and Precision Decisions, the initiative showcased how robotics, GPS, and data analytics can work together to transform conventional agriculture.

Fully Autonomous Farming Workflow

• GPS-Guided Tractors – Enabled precise planting and cultivation.
• Remote-Controlled Combines – Carried out harvesting operations without manual input.
• Data-Driven Management – Used real-time telemetry to guide decision-making.

Why It Matters:

Proved Full Autonomy – The first known farm to grow and harvest a crop using only robots.
Inspires Innovation – Encouraged commercial adoption of autonomous agriculture.

Boosted Awareness – Highlighted labor-saving potential in an era of farming workforce shortages.

Want to explore robotic technologies inspired by the Hands Free Hectare project?

Rotor Technologies – R220 Sprayhawk Autonomous Helicopter. Rotor Technologies is redefining aerial automation with the R220 Sprayhawk, a full-size autonomous helicopter designed for precision agriculture and high-efficiency aerial spraying. Built on proven aerospace platforms, the Sprayhawk enables large-scale farms to automate crop treatment with minimal human oversight.

Featured Technology:

Rotor R220 Sprayhawk

• Full-Size Helicopter Platform – Covers hundreds of acres per hour with high-volume spray capacity.
• Autonomous Flight Control – Fully autonomous takeoff, spraying, and landing operations.
• Precision Ag Capabilities – GPS-guided variable rate spraying for targeted chemical application.

Why Choose Rotor Technologies?

• Scalable for Large Farms – Ideal for operations where drone payload and battery life fall short.
• FAA-Certified Design – Based on certified rotorcraft with enhanced safety and reliability.
• Game-Changer in Ag Aviation – Combines manned-aircraft power with unmanned autonomy.

Want to explore Rotor Technologies’ aerial spraying systems?

DJI Agriculture – Agricultural Drones for Spraying, Mapping & Seeding. DJI Agriculture is a global leader in drone innovation, offering a range of intelligent agricultural drones that bring precision, efficiency, and automation to farming. From crop spraying to field mapping and seed spreading, DJI's drones are transforming the way farmers manage their land.

Featured Technology:

DJI Agras Series (e.g., T40, T20P)

• Precision Spraying – High-capacity tanks and dual atomized nozzles for efficient chemical application.
• Aerial Mapping & Terrain Following – Capture field data for precision farming using integrated RTK modules.
• Multi-Payload Capabilities – Perform spraying, seeding, and granular spreading with swappable attachments.

Why Choose DJI Agriculture?

• Proven Performance – Deployed on millions of acres worldwide across diverse crop types.
• Smart & Autonomous – Automated flight paths, obstacle avoidance, and variable rate application.
• Global Support & Reliability – Backed by DJI’s extensive service network and technology leadership.

Want to explore DJI’s agricultural drone solutions?

XAG – Agricultural Drones & Ground Robots for Precision Farming XAG is a global leader in drone and robotics technology for agriculture, offering a powerful lineup of aerial and ground-based systems to automate crop spraying, seeding, and mapping. Their autonomous platforms are engineered to enhance precision, reduce chemical usage, and increase efficiency across diverse farming environments.

Featured Technology:

XAG P Series Drones & R150 Ground Robot

• Smart Crop Spraying – Delivers targeted pesticide and fertilizer application via drone or UGV.
• Seeding & Spreading Modules – Enables precise seed and nutrient distribution with minimal waste.
• Intelligent Navigation – Obstacle avoidance and centimeter-level positioning using RTK technology.

Why Choose XAG?

• Autonomous Efficiency – Fully automated operation reduces labor and increases productivity.
• Multi-Platform Integration – Use aerial and ground robots together for full-field coverage.
• Global Track Record – Trusted by farmers in over 50 countries and 50M+ hectares of land.

Want to explore XAG’s agricultural drones and robotics solutions?

EAVision is a global leader in agricultural drone technology, known for its autonomous drones equipped with AI-powered machine vision for precision crop spraying and field monitoring. Their drones are especially designed to operate in complex terrains, such as hilly orchards and uneven fields, where traditional machinery fails.

Featured Technology:

EAVision Smart Agricultural Drone

• AI-Enhanced Obstacle Avoidance – Enables safe operation in orchards and narrow rows.
• Autonomous Flight & Spraying – Performs precise crop treatment with minimal supervision.
• 3D Vision Navigation – Provides real-time mapping and accurate terrain following.

Why Choose EAVision?

• Ideal for Difficult Terrain – Designed for vineyards, orchards, and mountainous regions.
• Efficient & Precise – Minimizes chemical usage through targeted application.
• Proven Performance – Widely adopted across Asia and expanding globally.

Want to explore EAVision’s autonomous drone solutions for agriculture?

UAV-IQ (Unmanned Aerial Vehicles for Intelligent Operations) delivers innovative drone solutions for biological pest control in agriculture. Their drone-based systems release beneficial insects—like predatory mites and parasitic wasps—over crops to control pests naturally and sustainably. This approach supports organic farming and reduces the need for chemical pesticides.

Featured Technology:

BioDrop™ Drone Platform

• Precision Insect Release – Accurately distributes beneficial insects in defined zones.
• Fully Autonomous Flight Paths – Covers large areas efficiently with minimal human input.
• Data-Driven Targeting – Combines scouting data with release patterns to optimize impact.

Why Choose UAV-IQ?

• Sustainable Farming Solution – Promotes biodiversity and reduces pesticide use.
• Ideal for Organic & IPM Systems – Supports integrated pest management practices.
• Cost-Effective & Scalable – Reduces labor costs and improves coverage accuracy.

Want to explore UAV-IQ’s drone-based biological pest control solutions?