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Agriculture / Farming Robots

Agriculture and farming robots are transforming modern agriculture by automating planting, harvesting, crop monitoring, and precision irrigation. These robots help reduce labor costs, optimize resource use, and increase yields, addressing key challenges in sustainable farming and food production.


From AI-powered drones and robotic harvesters to automated irrigation systems and autonomous tractors, agricultural robots are enabling data-driven precision farming. With real-time monitoring and AI-enhanced analytics, these robots help farmers detect plant health issues, optimize nutrient distribution, and improve overall efficiency. 


Start exploring below ⬇

Explore Agriculture & Farming by Category

  • Weeding & Spraying Robots automate the removal of weeds and the precise application of pesticides or fertilizers, helping reduce chemical usage and labor demands.


  • Harvesting Robots are built to pick fruits, vegetables, and other crops with consistency and minimal damage, ideal for high-value or labor-intensive harvesting.


  • Seeding & Planting Robots handle tasks like sowing seeds or transplanting seedlings, ensuring uniform planting and reducing manual work.


  • Crop Monitoring & Data Collection Robots include ground-based rovers and smart sensors that collect real-time data on soil conditions, plant health, and moisture levels.


  • Multi-Function & Modular Platforms are adaptable robots with swappable tools, capable of performing various field tasks like tilling, spraying, or mowing—all in one system.


  • Vertical Farming & Controlled Environment Agriculture robots are designed for indoor farms, automating tasks like seeding, harvesting, and climate control in stacked or enclosed spaces.


  • Milking & Dairy AND Barn Automation Robots include systems for automated milking, feeding, cleaning, and herd monitoring—enhancing efficiency and animal welfare.


  • Agricultural Drones & Aerial Robotics provide aerial views for crop analysis, spraying, and mapping—enabling precise, data-driven decision-making from above.

Weeding & Spraying Robots

Carbon Robotics

Naïo Technologies

Naïo Technologies

Carbon Robotics is a pioneer in precision agriculture, known for its Autonomous Weeder. This intelligent field robot uses AI and high-powered lasers to eliminate weeds without herbicides—helping farmers increase efficiency and reduce chemical use.


Autonomous Weeder Technology:

  • AI-Powered Vision – Identifies crops vs. weeds with high accuracy.
  • Laser Weed Removal – Destroys weeds at the root, no chemicals needed.
  • Fully Autonomous Operation – Navigates and weeds entire fields independently.


Why Choose Carbon Robotics?


  • Chemical-Free Weed Control – Promotes healthier crops and soil.
  • Significant Labor Savings – Automates a time-consuming manual task.
  • Built for Scale – Designed for large vegetable and specialty crop farms.


Want to explore Carbon Robotics’ laser weeding technology?

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Naïo Technologies

Naïo Technologies

Naïo Technologies

Naïo Technologies develops autonomous agricultural robots designed to support sustainable farming. Their flagship robot, Oz, offers precise weeding for vegetable crops, helping farmers reduce herbicide use and labor costs.


Oz Weeding Robot Technology:


  • Autonomous Navigation – Maps and navigates crop rows independently.
  • Precision Weed Removal – Targets weeds without harming crops.
  • Compact & Lightweight – Ideal for small farms and tight field layouts.


Why Choose Naïo Technologies?


  • Reduces Herbicide Use – Environmentally friendly weed control.
  • Supports Small-Scale Farms – Designed for diversified crops.
  • Trusted in Europe & Beyond – Proven performance in organic and conventional farming.


Want to explore Naïo Technologies’ solutions for sustainable weed management?

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Ecorobotix

Naïo Technologies

Blue River Technology

EcoRobotix is advancing sustainable agriculture with precision weeding robots that reduce herbicide use. Their ARAsystem targets individual weeds with pinpoint accuracy, minimizing chemical runoff and protecting crops.


ARA Smart Sprayer Technology:


  • AI-Driven Weed Detection – Identifies and sprays only unwanted plants.
  • Ultra-Low Herbicide Use – Cuts chemical use by up to 95%.
  • Solar-Powered Platform – Designed for energy efficiency in the field.


Why Choose EcoRobotix?


  • Eco-Friendly Approach – Reduces environmental impact.
  • Cost-Effective Operation – Lowers chemical and labor expenses.
  • European Innovation – Trusted in regenerative and precision farming.


Want to explore EcoRobotix’s precision weeding solutions?

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Blue River Technology

Blue River Technology

Blue River Technology is advancing precision agriculture through computer vision and robotics. Their See & Spray technology uses AI to detect and treat individual plants, enabling precise weed control while reducing chemical use and environmental impact.


See & Spray System Technology:


• AI-Powered Targeting – Identifies weeds in real-time for precision herbicide application.
• Computer Vision – Differentiates crops from weeds at the plant level.
• Sustainability Focus – Reduces chemical usage and runoff.


Why Choose Blue River Technology?


• Data-Driven Farming – Supports smarter decisions with real-time field insights.
• Lower Input Costs – Minimizes herbicide waste with pinpoint accuracy.
• Backed by John Deere – Industry trust and large-scale support.


Want to explore Blue River Technology’s See & Spray precision platform?

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Suind – AGRIM-X

Suind’s AGRIM-X is a smart agricultural sprayer designed for precision, sustainability, and ease of use. This autonomous 10-liter robot helps farmers reduce chemical usage while improving crop health through targeted spraying and real-time monitoring.


AGRIM-X Smart Sprayer Technology:


• Precision Spraying – Targets only where needed to minimize chemical waste.
• Smart Monitoring – Collects real-time data for crop and pest management.
• User-Friendly Interface – Simple controls via app for programming and alerts.


Why Choose Suind?


• Autonomous Efficiency – Reduces labor and boosts accuracy in the field.
• Eco-Friendly Farming – Limits environmental impact with targeted spraying.
• Versatile Use – Ideal for orchards, vineyards, and row crops.


Want to explore Suind’s autonomous smart spraying technology?

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Verdant Robotics

Verdant Robotics delivers next-generation precision with its multi-action platform, combining weeding, spraying, and data collection in a single pass. Designed to reduce chemical usage and boost productivity, Verdant’s system helps farmers grow more with less.


Multi-Action Robotic Platform Technology:


• Simultaneous Spraying & Weeding – Cuts chemical use and labor needs.
• Computer Vision & AI – Detects crops vs. weeds with pinpoint accuracy.
• Real-Time Crop Data – Enables smarter farm decisions.


Why Choose Verdant Robotics?


• Precision Agriculture – Treats each plant individually for better results.
• Cost-Effective Automation – Reduces inputs while improving yield.
• Scalable & Field-Proven – Already operating in commercial U.S. farms.


Want to explore Verdant Robotics’ multi-action precision platform?

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Greenfield Robotics

Greenfield Robotics

Greenfield Robotics

Greenfield Robotics is advancing sustainable farming with compact, battery-powered robots designed for chemical-free weed control. Their fleet of lightweight machines provides scalable weeding solutions while preserving soil health and reducing environmental impact.


Greenfield Weeding Robots Technology:


• Mechanical Weeding – Uses physical blades instead of chemicals for weed removal.
• Battery-Powered Operation – Enables quiet, emission-free performance in the field.
• Low Soil Disruption – Lightweight design minimizes compaction and protects soil structure.


Why Choose Greenfield Robotics?


• Herbicide-Free Weed Control – Ideal for organic and regenerative farms.
• Sustainable Approach – Reduces chemical use and supports long-term soil health.
• Scalable System – Deploy multiple units for coverage across large areas.


Want to explore Greenfield Robotics’ chemical-free weeding technology?

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Aigen Robotics

Greenfield Robotics

Greenfield Robotics

Aigen Robotics is transforming field operations with solar-powered, autonomous robots designed for chemical-free weeding. Built for sustainability, these robots reduce herbicide dependence while operating entirely off renewable energy, offering a clean and scalable solution for modern farms.


Aigen Element Robots Technology:


• Solar-Powered System – Runs entirely on solar energy with no need for fuel or charging.
• Precision Mechanical Weeding – Removes weeds without chemicals, ideal for regenerative agriculture.
• Autonomous Operation – Navigates rows and fields with onboard sensors and cameras.


Why Choose Aigen Robotics?


• Zero Emissions – Eco-friendly technology that aligns with sustainability goals.
• No Herbicides Required – Eliminates weed pressure without spraying.
• Cost-Effective at Scale – Designed for row crops across large-acreage farms.


Want to explore Aigen Robotics’ solar-powered weeding technology?

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AgXeed

Greenfield Robotics

AgXeed

AgXeed is redefining field automation with its AgBot—an autonomous, implement-ready platform built for large-scale weeding, spraying, and cultivation. Designed for efficiency and sustainability, the AgBot reduces soil compaction, labor demands, and chemical usage while supporting a wide range of precision agriculture tools.


AgXeed AgBot Technology:


• GPS-Guided Autonomy – Full-field path planning, obstacle detection, and remote operation.
• Multi-Tool Compatibility – Easily integrates with sprayers, weeders, and mechanical implements.
• Low-Impact Design – Tracked and wheeled options to minimize soil disturbance.


Why Choose AgXeed?


• High-Traction Efficiency – Handles challenging terrain and heavy implements with ease.
• Scalable Automation – Suitable for row crops, orchards, and mixed-use farming.
• Connected Platform – Cloud-based task control and data integration included.


Want to explore AgXeed’s autonomous weeding and spraying technology?

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Harvesting Robots

Agrobot

Harvest CROO Robotics

Harvest CROO Robotics

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?

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Harvest CROO Robotics

Harvest CROO Robotics

Harvest CROO Robotics

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?

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Advanced Farm

Harvest CROO Robotics

Advanced Farm

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?

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Oishii

Octinion

Advanced Farm

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?

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Traptic

Octinion

Octinion

Traptic – Robotic Strawberry Harvesting has developed an advanced robotic system capable of autonomously harvesting strawberries. Utilizing 3D vision and robotic arms, Traptic's technology identifies ripe strawberries and gently picks them without damaging the fruit or plant. This innovation addresses labor shortages and increases efficiency in strawberry farming.​


Key Features:

  • 3D Vision System – Accurately detects ripe strawberries among foliage.
  • Gentle Robotic Arms – Ensures delicate handling to prevent bruising.
  • High Efficiency – Capable of picking up to 100,000 strawberries per day.​


Why Choose Traptic?


  • Labor Optimization – Reduces dependency on manual labor.
  • Consistent Quality – Maintains uniformity in harvesting.
  • Scalability – Suitable for large-scale strawberry operations.​


Interested in integrating Traptic's robotic harvesting into your strawberry farming?​

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Octinion

Octinion

Octinion

Octinion – Rubion Strawberry Picking Robot is a fully autonomous robot designed specifically for harvesting strawberries. Equipped with soft-touch technology and advanced sensors, Rubion picks strawberries with human-like dexterity, ensuring minimal damage and optimal fruit quality.​


Key Features:

  • Soft-Touch Gripper – Mimics human touch to handle delicate strawberries.
  • Advanced Sensing – Identifies ripe fruit with precision.
  • Autonomous Navigation – Efficiently maneuvers through greenhouse rows.​


Why Choose Octinion Rubion?


  • Quality Preservation – Minimizes bruising and maintains fruit integrity.
  • Operational Efficiency – Operates continuously, increasing harvest throughput.
  • Adaptability – Designed for use in various greenhouse environments.​


Looking to enhance your greenhouse strawberry harvesting with Octinion's Rubion robot?​

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Seeding & Planting Robots

Fendt

Hands Free Hectare

FarmBot

Fendt – Xaver is transforming precision agriculture with swarm robotics designed for efficient seeding. This cutting-edge system uses small, battery-powered field robots that work together to plant crops with exceptional accuracy and minimal soil impact.


Xaver Field Robot System Technology:


• Swarm Robotics – Multiple robots work in coordinated teams for scalability.
• GPS-Guided Precision – Ensures accurate seed placement across the field.
• Low-Impact Design – Reduces soil compaction compared to heavy machinery.


Why Choose Fendt – Xaver?


• Scalable & Autonomous – Operates fleets of small robots without supervision.
• Optimized for Sustainability – Minimizes fuel use and soil disturbance.
• Future-Ready Farming – Supports digital agriculture with real-time data.


Want to explore Fendt’s Xaver swarm seeding robots?

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FarmBot

Hands Free Hectare

FarmBot

FarmBot Genesis is a compact, open-source CNC farming robot designed for precision seeding in small-scale plots. It automates the planting process along with watering and soil monitoring, making it ideal for educational, residential, and urban farming environments. Operated entirely through a web app, Genesis helps users grow food efficiently with minimal intervention.


FarmBot Genesis Technology:


• Web-Based Control – Operate, monitor, and adjust planting schedules remotely.
• Precision Seeding – X/Y/Z tool head plants seeds to exact spacing and depth.
• All-in-One System – Includes watering, soil sensors, and camera-based monitoring.


Why Choose FarmBot?


• Sustainable Micro-Farming – Perfect for schools, research, and backyard farms.
• Complete Automation – Manages entire grow cycles with minimal oversight.
• Open Source – Fully customizable and supported by a global user community.


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Hands Free Hectare

Hands Free Hectare

Hands Free Hectare

The Hands Free Hectare project, launched by Harper Adams University and Precision Decisions, proved that autonomous seeding and planting can be achieved with retrofitted machinery and smart control systems. The team successfully completed a full cropping cycle—planting, growing, and harvesting a hectare of barley—without a human stepping foot on the field.


Hands Free Hectare Technology:


• Modified Traditional Equipment – Tractors and seeders adapted for full autonomy.
• GPS & RTK Guidance – Enables sub-inch accuracy in planting patterns.
• Remote Supervision – Tasks executed via remote command with full oversight.


Why Learn from Hands Free Hectare?


• Pioneering Proof-of-Concept – The world’s first fully autonomous crop cycle.
• Scalable Methodology – Techniques adaptable to commercial farm machinery.
• Research-Driven Innovation – A model for future autonomous field operations.


Curious how autonomous planting is evolving? Explore the impact of Hands Free Hectare.

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Crop Monitoring & Data Collection Robots

Small Robot Company

National Robotics Engineering Center

National Robotics Engineering Center

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?

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National Robotics Engineering Center

National Robotics Engineering Center

National Robotics Engineering Center

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?

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Solinftec

National Robotics Engineering Center

Solinftec

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?

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Multi-Function & Modular Platforms

Farm-ng

Stacked Farm

Stacked Farm

Farm-ng is redefining farm automation with its Amiga Robot, a compact, electric, and modular robotic platform designed for small to mid-sized farms. Built for versatility, the Amiga Robot supports a wide range of tools and applications including cultivation, hauling, imaging, and data collection—all while being user-friendly and affordable.


Amiga Robot Platform Technology:

  • Modular Attachments – Supports implements like seeders, cultivators, cameras, and custom payloads.
  • Compact & Electric – Designed for easy transport, maneuverability, and zero-emission operation.
  • Farmer-Friendly Interface – Controlled via phone, tablet, or joystick with intuitive software.


Why Choose Farm-ng?


  • Customizable & Scalable – Adaptable for diverse farming tasks and scalable to your needs.
  • Accessible Technology – Affordable entry point into robotics for smaller or regenerative farms.
  • Open Architecture – Encourages community-driven development and tool-building.


Want to explore Farm-ng’s flexible Amiga Robot platform for your farm?

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Stacked Farm

Stacked Farm

Stacked Farm

Stacked Farm – Fully Automated Vertical Farming System 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?

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Solinftec

Stacked Farm

Solinftec

Solinftec – Solix Ag Robotics is a solar-powered, autonomous platform designed for continuous field monitoring and crop management. Equipped with advanced sensors and AI capabilities, Solix performs tasks such as scouting, targeted spraying, and pest control, all while minimizing environmental impact. 


Key Features:

  • Autonomous Scouting – Continuously collects real-time data on plant health, pest presence, and nutrient levels.
  • Targeted Spraying – Identifies and treats weed infestations with precision, reducing herbicide usage by up to 95%.
  • Pest Control – Utilizes specific light wavelengths to attract and eliminate harmful insects without chemicals.
  • Solar-Powered Operation – Runs entirely on solar energy, promoting sustainability and reducing soil compaction.​


Why Choose Solinftec Solix?


  • Comprehensive Crop Management – Integrates multiple functions into a single platform for efficient field operations.
  • Environmental Sustainability – Reduces chemical inputs and energy consumption through targeted actions and renewable power.
  • Data-Driven Decisions – Provides actionable insights to optimize crop yields and resource utilization.​


Interested in integrating Solinftec's Solix Ag Robotics into your farming practices?​

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Vertical Farming & Controlled Environment Agriculture

Eden Green Technology

Eden Green Technology

Eden Green Technology

Eden Green Technology – Automated Vertical Greenhouse System 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?

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iFarm

Eden Green Technology

Eden Green Technology

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.​


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Plenty

Eden Green Technology

AeroFarms

Plenty – Automated Vertical Farming System 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.


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AeroFarms

Hands Free Hectare

AeroFarms

AeroFarms – Automated Indoor Vertical Farming System 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?

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Stacked Farm

Hands Free Hectare

Hands Free Hectare

Stacked Farm – Fully Automated Vertical Farming System 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?

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Hands Free Hectare

Hands Free Hectare

Hands Free Hectare

(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?

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Milking & Dairy Automation Robots

Lely - Milking

Lely - Cleaning

Lely - Milking

Lely is a pioneer in dairy automation, known for its Astronaut Milking Robot that allows cows to be milked on their own schedule. This innovative system improves animal welfare, reduces labor needs, and collects real-time data to support smarter herd management decisions.


Lely Astronaut Milking Robot Technology:

• Voluntary Milking – Cows choose when to be milked, reducing stress and improving health.
• Robotic Arm with Precision Teat Detection – Ensures accurate and efficient milking.
• Real-Time Cow Monitoring – Tracks milk yield, activity, and health indicators.


Why Choose Lely?


• Improved Cow Welfare – Natural milking schedules result in healthier, less stressed cows.
• Labor Efficiency – Automates repetitive tasks and reduces manual labor.
• Data-Driven Dairy Farming – Enables farmers to optimize performance and productivity.


Want to explore Lely’s robotic milking technology for your dairy operation?

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Lely - Feeding

Lely - Cleaning

Lely - Milking

Lely continues to lead in dairy automation with its Vector Feeding System—an autonomous robot that mixes and delivers fresh feed tailored to each cow’s nutritional needs. Designed for flexibility and precision, the Vector ensures optimal feed efficiency and supports healthier, more productive herds.


Lely Vector Feeding System Technology:

• Automated Mixing & Delivery – Prepares and distributes fresh feed 24/7 without manual labor.
• Precision Feeding – Delivers the right feed to the right group, minimizing waste.
• Real-Time Monitoring – Tracks feed intake and adjusts rations based on consumption.


Why Choose Lely?


• Labor Savings – Reduces time spent on daily feeding routines.
• Consistent Nutrition – Enhances milk yield and cow health through regular, precise feeding.
• Scalable & Flexible – Adapts to herd size and farm layout with minimal disruption.


Want to explore Lely’s automated feeding technology for your farm?

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Lely - Cleaning

Lely - Cleaning

Lely - Cleaning

Lely offers a cleaner, healthier environment for dairy herds with the Discovery Barn Cleaner—an autonomous robot designed to maintain hygienic barn floors with minimal labor. This compact and intelligent system helps improve animal welfare, reduce hoof problems, and support optimal milk production through consistent cleaning.


Lely Discovery Barn Cleaner Technology:

• Autonomous Operation – Cleans barn floors independently, day and night.
• Smart Navigation – Adapts to barn layouts and avoids obstacles with ease.
• Manure Management – Sweeps and scrapes efficiently to maintain a dry, clean surface.


Why Choose Lely?


• Improved Cow Health – Cleaner floors reduce the risk of infections and hoof diseases.
• Labor Efficiency – Cuts down time and effort spent on manual cleaning.
• Reliable Performance – Works in all weather conditions and barn environments.


Want to explore Lely’s robotic solution for cleaner, more comfortable barns?

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DeLaval

BouMatic

Lely - Cleaning

DeLaval's VMS™ (Voluntary Milking System) V300 and V310 models offer advanced robotic milking solutions designed to enhance milk quality, cow health, and farm efficiency. The V310 model uniquely integrates DeLaval RePro™, enabling automatic heat detection and pregnancy confirmation during milking, streamlining herd reproduction management.​


Key Features:

  • InControl™ System – Provides intuitive control over milking operations.
  • InSight™ Technology – Ensures precise teat detection and attachment.
  • PureFlow™ Cleaning – Delivers optimal udder preparation and hygiene.
  • RePro™ Integration (V310) – Automates reproductive status monitoring.​


Why Choose DeLaval VMS™?

  • Enhanced Milk Quality – Consistent milking routines improve product standards.
  • Labor Efficiency – Reduces manual labor, allowing focus on other farm tasks.
  • Animal Welfare – Promotes cow comfort and health through gentle milking processes.​


Interested in optimizing your dairy operations with DeLaval's VMS™ systems?​

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GEA

BouMatic

BouMatic

GEA's DairyRobot R9500 is a modular robotic milking system designed for flexibility and efficiency across various herd sizes. Its intelligent design facilitates smooth cow traffic and provides comprehensive data analytics to support informed decision-making.​


Key Features:

  • In-Liner Everything™ – Combines teat cleaning, stimulation, and milking in one process.
  • Modular Design – Allows customization to fit different barn layouts.
  • Advanced Analytics – Offers real-time monitoring of cow health and milk quality.​


Why Choose GEA DairyRobot R9500?

  • Operational Efficiency – Streamlines milking processes, saving time and resources.
  • Scalability – Adapts to the needs of both small and large dairy farms.
  • Cow Comfort – Ensures a stress-free milking experience, enhancing animal welfare.​


Explore how GEA's DairyRobot R9500 can transform your dairy farm operations.​

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BouMatic

BouMatic

BouMatic

BouMatic's Gemini UP robotic milking system offers a unique rear-attachment design, promoting natural cow behavior and comfort. Available in single or double box configurations, it provides flexibility to suit various farm sizes and layouts.​


Key Features:

  • Rear-Attachment Milking – Mimics natural milking positions, reducing cow stress.
  • OneView Management System – Delivers real-time data for informed herd management.
  • Compact Design – Optimizes space utilization within the milking area.​


Why Choose BouMatic Gemini UP?

  • Enhanced Cow Welfare – Design focuses on comfort and natural behavior.
  • Efficient Operation – Streamlined processes improve milking throughput.
  • Data-Driven Decisions – Comprehensive analytics support effective farm management.​


Discover how BouMatic's Gemini UP can elevate your dairy farm's productivity and animal care.​

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Agricultural Drones & Aerial Robotics

Rotor Technologies

Rotor Technologies

Rotor Technologies

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?

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DJI Agriculture

Rotor Technologies

Rotor Technologies

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?

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XAG

Rotor Technologies

EAVision

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?

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EAVision

EAVision

EAVision

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?

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UAV-IQ

EAVision

UAV-IQ

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?

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Gamaya

EAVision

UAV-IQ

Gamaya – Hyperspectral Imaging for Precision Agriculture is a Swiss agtech company, specializes in hyperspectral imaging and AI-driven analytics to provide detailed insights into crop health. Their drone-mounted sensors capture a broad spectrum of light, enabling early detection of diseases, nutrient deficiencies, and other stress factors, thereby optimizing input usage and improving yields.​


Gamaya Technology:


  • Hyperspectral Imaging – Captures detailed spectral data beyond the visible range for in-depth crop analysis.
  • AI-Powered Analytics – Processes complex data to deliver actionable insights for farmers.
  • Cloud-Based Platform – Offers scalable solutions for large agricultural operations.​


Why Choose Gamaya?


  • Early Stress Detection – Identifies issues before they become visible, allowing timely intervention.
  • Resource Optimization – Enables precise application of fertilizers and pesticides, reducing waste.
  • Scalable Solutions – Suitable for both small farms and large-scale agricultural enterprises.​


Interested in leveraging Gamaya's hyperspectral imaging for your farming needs?​

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Wingtra

Wingtra

Wingtra

Wingtra – VTOL Drones for High-Precision Mapping. Wingtra, based in Switzerland, offers the WingtraOne, a vertical take-off and landing (VTOL) drone designed for high-precision aerial surveying. Combining the benefits of fixed-wing drones with the flexibility of multirotors, WingtraOne provides efficient and accurate mapping solutions for large agricultural areas.​


WingtraOne Technology:


  • VTOL Capability – Enables take-off and landing in confined spaces without the need for runways.
  • High-Resolution Imaging – Equipped with professional-grade cameras for detailed orthomosaic maps.
  • Long Flight Time – Covers extensive areas in a single flight, enhancing operational efficiency.​


Why Choose Wingtra?


  • Precision Agriculture – Delivers accurate data for crop monitoring and field planning.
  • Operational Flexibility – Suitable for diverse terrains and varying field sizes.
  • User-Friendly Interface – Simplifies mission planning and data processing.​


Ready to enhance your agricultural mapping with Wingtra's VTOL drone technology?​

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Rantizo

Wingtra

Wingtra

Rantizo – Drone Spraying Solutions for Modern Farming. A U.S.-based company, provides drone spraying services and equipment to modernize crop protection practices. Their platform integrates advanced drones with software solutions to enable precise and efficient application of fertilizers and pesticides, addressing labor shortages and increasing field accessibility.​


Rantizo Technology:


  • Drone Spraying Systems – Utilizes drones like the XAG P150 for targeted application.
  • AcreConnect™ Software – Streamlines job management, compliance, and reporting.
  • Operator Network – Supports a growing community of certified drone applicators.​


Why Choose Rantizo?


  • Precision Application – Reduces chemical usage by targeting specific areas.
  • Increased Accessibility – Allows treatment of fields regardless of wet conditions or difficult terrain.
  • Regulatory Compliance – Assists with licensing and adherence to agricultural regulations.​


Interested in adopting drone spraying solutions with Rantizo?​

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AgEagle

Wingtra

AgEagle

AgEagle – Comprehensive Aerial Intelligence for Agriculture. AgEagle Aerial Systems offers a suite of drone solutions, including the eBee series, designed for agricultural applications. Their fixed-wing drones, equipped with multispectral and thermal sensors, provide farmers with actionable data to enhance decision-making and optimize crop management.​


AgEagle Technology:


  • eBee Drones – Lightweight, fixed-wing drones capable of covering large areas efficiently.
  • Multispectral Sensors – Capture detailed imagery for crop health assessment.
  • Data Processing Software – Transforms raw data into usable insights for farm planning.​


Why Choose AgEagle?


  • Comprehensive Coverage – Efficiently maps extensive agricultural fields.
  • Detailed Analytics – Provides high-resolution data for precise crop monitoring.
  • Ease of Use – User-friendly systems suitable for various levels of technical expertise.​


Looking to integrate AgEagle's aerial intelligence into your farming operations?​

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