Top 50 Agricultural Robot

The startup develops a robotic farming system that integrates crop and soil monitoring with precision feeding and weeding technologies to enhance agricultural efficiency. By optimizing fertilizer application and minimizing chemical use, the system aims to increase farm outputs while reducing environmental impact.

This startup provides agricultural automation services using robotics and artificial intelligence to perform critical harvesting tasks. By reducing reliance on manual labor, the company helps farmers lower operational costs and enhance efficiency while promoting sustainable farming practices.

This startup develops an autonomous robot platform equipped with computer vision and machine learning to predict crop maturity and perform precision harvesting. By selectively harvesting labor-intensive crops, the technology minimizes damage and enhances local produce yield, ensuring freshness for farmers.

E-TERRY develops an autonomous agricultural robot that utilizes RTK GPS and computer vision for safe navigation and precision farming. This robot addresses the challenges of labor shortages and inefficient farming practices by providing a customizable, electric solution that adapts to various field conditions and crop growth stages.

Farm-ng develops modular farm robots designed to automate labor-intensive agricultural tasks, providing real-time updates and reducing maintenance and fuel costs. Their technology supports both small family farms and large commercial growers, enabling the implementation of sustainable farming practices across diverse crops and terrains.

Kisui develops autonomous agricultural robots and a digital farm management platform to address labor shortages and improve efficiency. Their AI-powered robots automate field operations like cultivation and harvesting, while the MyNojo platform provides data-driven insights for optimized crop management.

The startup develops AI-driven robotic systems designed for small to medium-sized family farms, enabling them to operate larger agricultural areas with reduced labor requirements. By automating essential farming tasks, these robots address the labor shortage and aging workforce challenges, increasing harvest efficiency and significantly lowering annual labor hours per hectare.

The startup develops a safety system for agricultural robots that utilizes dimensional scanning and a comprehensive obstacle detection database. This technology addresses the agricultural labor shortage by enabling farmers to efficiently deploy robots in the field, supporting sustainable food production for a growing global population.

Saga Robotics develops the Thorvald autonomous robot, which utilizes UV-C light treatment to control powdery mildew in crops, enhancing plant health and yield. This modular system performs various labor-intensive agricultural tasks, reducing reliance on manual labor and minimizing chemical fungicide use.

Aigen develops the Element, an autonomous, solar-powered robot that mechanically eliminates herbicide-resistant weeds in row crops, reducing the need for chemical inputs. This technology addresses the global agriculture labor shortage while enhancing soil health and crop yields through sustainable farming practices.

Orbiba Robotics develops autonomous robots specifically designed for organic agriculture, focusing on efficient weed management through environmentally friendly methods. Their technology reduces labor costs and enhances crop yield by minimizing the time and resources spent on manual weed control.

FarmDroid FD20 is a solar-powered autonomous robot that utilizes RTK GPS technology for precise seeding and mechanical weed control, achieving an accuracy of 8 mm. It reduces the need for manual labor and chemical use in agriculture, offering a payback period of as low as one year through increased crop yields and minimized weeding costs.

Burro develops autonomous collaborative robots equipped with machine learning, high-precision GPS, and multi-sensor technology to assist farm workers in various agricultural tasks. By offsetting the need for additional labor, Burro's robots can increase daily harvest productivity by 15% to 30% while operating efficiently in both indoor and outdoor environments.

Advanced Farm Technologies develops robotic harvesters specifically designed for vertical wall trellis systems, providing a cost-effective alternative to manual labor in apple and strawberry harvesting. Their technology enhances farm productivity and safety by automating labor-intensive tasks, addressing labor shortages in the agricultural sector.

Osiris Agriculture develops an autonomous robotic system that integrates precision irrigation, targeted fertilization, and automated crop protection specifically for potato and vegetable crops. This technology reduces resource waste and crop yield variability, enabling farmers to enhance productivity while minimizing environmental impact.

Floating Robotics provides a robotic manipulator equipped with cameras and edge computing to automate greenhouse tasks such as harvesting and de-leafing. This technology addresses labor shortages and rising operational costs by enhancing precision and scalability in agricultural practices.

Egrobots offers a precision agriculture service that uses robotics and AI to scan tree farms, providing data-driven insights without requiring infrastructure investments. Their service helps farm owners optimize resource usage, reduce pesticide use, and improve crop yields.

This robotics company develops intelligent robotic workers utilizing deep learning and computer vision technologies to perform low-skill manual labor tasks. By integrating these robots into sectors like manufacturing and agriculture, the company enhances operational efficiency and reduces labor costs for organizations.

Altersage Innovations develops robotic systems and AI algorithms to optimize agricultural operations, enhancing crop yield and resource efficiency. The company addresses labor shortages and inefficiencies in farming by automating tasks such as planting, monitoring, and harvesting.

This startup develops robotic weed control systems that utilize precision robotics to eliminate the need for chemical herbicides in food production. Their technology promotes large-scale regenerative agriculture, enhancing soil health and carbon sequestration while supporting organic farming practices.

This startup develops autonomous farming robots utilizing ExoMars Rover technology to carry precision agricultural tools and integrate with an intelligent data platform. Their solution addresses the need for fresh, chemical-free produce by modernizing traditional farming methods through automation and data-driven insights.

This startup develops autonomous agricultural tools that integrate self-driving robotics with advanced sensor, automation, vision, and navigation systems to fully automate arable farming. By enhancing the reliability and sustainability of food production, the technology aims to increase profitability for farmers.

Upside Robotics develops autonomous small robots that utilize artificial intelligence and satellite data to optimize fertilizer application in agriculture, reducing fertilizer use by 53% and herbicide use by 96%. This technology addresses the issue of fertilizer waste, which currently accounts for two-thirds of usage and contributes significantly to greenhouse gas emissions and environmental degradation.

This startup manufactures agricultural machinery that enhances harvesting, weeding, and irrigation processes for small and marginal farmers. By replacing outdated equipment with efficient machines, the company enables farmers to increase productivity and improve crop yields.

NeuPeak Robotics develops autonomous robots that utilize AI algorithms for dexterity-intensive agricultural tasks such as planting and harvesting. These robots mitigate the labor shortage in farming by enhancing operational efficiency and decreasing dependence on manual labor.

This startup manufactures electric tractors that utilize autonomous technology and AI-driven farming solutions to enhance farm health monitoring and precision agriculture. By lowering operating costs, the company enables farmers to achieve greater efficiency and productivity in their operations.

Root AI develops intelligent robotic systems designed to automate agricultural tasks, enhancing efficiency in crop management. The technology addresses labor shortages and increases productivity by enabling precise planting, monitoring, and harvesting in modern farming operations.

This startup manufactures fully automated agricultural drones that utilize centimeter-level precision to diagnose the health and growth of individual rice stalks in real-time. By optimizing the application of fertilizers and agrochemicals based on these diagnoses, the drones reduce labor requirements while enhancing crop yield and quality.

This startup develops robotic technology that employs AI-based models to generate high-resolution images for agricultural research, focusing on specific species, crops, and weeds. By providing detailed visual data, the company enables farmers to effectively analyze agricultural challenges and enhance crop production practices.

listt.io develops lightweight, intelligent robotic systems for monitoring and maintaining grasslands, utilizing artificial intelligence to enhance nature-friendly farming practices. The company addresses the challenges of decarbonization and sustainable land management by providing precise, data-driven solutions tailored to the needs of innovative agricultural businesses.

RoboCare utilizes spectral technology, artificial intelligence, and IoT to provide a digital monitoring platform that optimizes plant health and detects stress early. This solution enhances crop yields, reduces pesticide use, and promotes sustainable farming practices by addressing issues such as water management and disease prevention.

This ag-tech startup provides on-demand robotics and machinery for various farming tasks, utilizing data analytics to deliver real-time insights into farm conditions. By optimizing resource allocation and enhancing yield, the company enables farmers to produce more efficiently while minimizing input costs.

Ant Robotics develops autonomous agricultural robots equipped with image recognition and deep learning algorithms to identify and remove harmful weeds in crops. Their technology enhances farm productivity by up to 40% while reducing labor costs and physical strain on workers.

Barnstorm Agtech develops a robotic swarm-farming platform that utilizes precision agriculture technology for efficient deployment of farming operations. This approach addresses labor shortages and enhances crop management by automating tasks such as planting, monitoring, and harvesting.

The startup develops an autonomous vegetable harvesting robot that utilizes artificial intelligence and robotics to perform tasks requiring human judgment in agriculture. This technology addresses labor shortages and enhances agricultural management by increasing efficiency in the harvesting process.

Agroverse provides agriculture robots as a service, utilizing autonomous machinery for tasks such as planting, harvesting, and crop monitoring. This technology reduces labor costs and increases operational efficiency for farmers facing labor shortages and rising production expenses.

Develops autonomous robotic systems designed for agricultural labor, focusing on tasks such as planting, harvesting, and crop monitoring. These robots address labor shortages and increase efficiency in farming operations by reducing reliance on manual labor while improving precision and productivity.

This startup transforms center-pivot irrigation systems into autonomous farming robots, utilizing advanced automation and sensor technology to enhance operational efficiency. By automating irrigation tasks, the solution reduces labor costs and optimizes water usage, addressing the challenges of labor shortages and resource management in agriculture.

This startup offers a modular autonomy software suite for agricultural machinery, enabling autonomous driving, motion control, and task planning in diverse farming environments. By facilitating the transition to regenerative farming practices, the platform enhances productivity and biodiversity while reducing labor demands for farmers.

Ekobot develops an autonomous robotic system for precision weeding in vegetable farming, utilizing artificial intelligence and advanced robotics to enhance productivity while minimizing soil disturbance. This technology addresses the high costs and environmental impact associated with manual weeding and herbicide use, enabling farmers to achieve higher yields and reduce operational expenses.

Trabotyx develops autonomous weeding robots that utilize computer vision and mechatronics to perform precise weeding tasks, significantly reducing the need for manual labor. By automating the weeding process, the robots can cover over 1 hectare per day, leading to a 60% reduction in weed control costs over five years.

Develops AI-powered robotic systems equipped with multi-tasking robotic arms that can observe, reason, and perform manual tasks in fresh produce farms. This technology addresses labor shortages and inefficiencies in agriculture by automating complex tasks such as harvesting, pruning, and monitoring across multiple crops, improving productivity and reducing operational costs.

EarthSense develops AI-powered robots for the agricultural sector that automate the planting of cover crops, enhancing soil health and increasing crop yields. This technology addresses labor shortages and reduces chemical costs, enabling farmers to improve profitability while contributing to climate change mitigation through carbon credit generation.

This robotics company designs and manufactures autonomous mechanical weeding robots specifically for maintaining sports fields such as football, rugby, and golf. By automating the weeding process, the robots enable landscape professionals and ground managers to enhance maintenance efficiency and reduce labor costs in outdoor sports areas.

The startup develops autonomous electric tractors that utilize self-driving technology and zero-emission electric power to enhance agricultural efficiency. These tractors enable farmers to minimize their carbon footprint while increasing productivity per plant through optimized size and automation.

MiFood develops robotic systems for agricultural applications, utilizing AI-powered vision and machine learning to enhance harvesting efficiency. The technology reduces food waste and crop losses by 30%, while cutting labor costs by 50% and minimizing CO2 emissions on farms.

Traptic develops large-scale agricultural robots designed to address the critical labor shortage in food production. These robots automate essential farming tasks, increasing efficiency and productivity while ensuring a stable food supply.

Develops autonomous robotic systems for precision harvesting and field tasks in agriculture, utilizing AI-driven automation to perform labor-intensive activities such as asparagus picking, daffodil transport, and vineyard management. These robots reduce reliance on manual labor, lower operational costs, and improve yield consistency for commercial growers. Farm-ready and eco-friendly, the platform addresses labor shortages while increasing productivity in fields and greenhouses.

Buzz is an autonomous robot designed for the efficient picking and harvesting of ripe fruits, utilizing advanced computer vision and machine learning algorithms to identify optimal harvest times. The robot also provides farmers with actionable analytics on yield improvement, weed detection, and crop disease identification, enhancing overall agricultural productivity.

Autonomous AG offers autonomous tractors and autosteering kits that use GNSS and sensor technology for precise field navigation. These solutions improve farming efficiency by automating operations like planting and harvesting, reducing resource waste and increasing productivity for broadacre farmers.