Egrobots

Egrobots develops advanced agricultural technology using autonomous robots and AI to help farmers detect crop diseases early, improve yields, and reduce agricultural losses. Their platform provides real-time farm monitoring through a mobile app, enabling precise data collection and analysis at the leaf level. Farmers can instantly identify plant health issues, receive personalized recommendations, and manage farm operations more efficiently without being physically present on the farm.
EarthSense

EarthSense develops autonomous AI-powered robots for agricultural technology. Their robotic platforms like TerraMax, TerraPreta, and TerraSentia help farmers overcome labor shortages, reduce chemical usage, and improve crop productivity. These intelligent robots enable high-throughput field phenotyping, soil enrichment, and autonomous farming solutions across orchards, vineyards, and plantations.
Vision Robotics

Vision Robotics Corporation develops intelligent robotic systems using advanced machine vision technology. The company creates robots that can map, navigate, and perform complex tasks in agriculture, consumer products, and defense sectors. Their solutions use cameras and sensors to help robots understand and interact with real-world environments, enabling autonomous operations like crop pruning, weeding, and floor cleaning.
Tortuga AgTech

Tortuga AgTech develops advanced agricultural robots that automate critical farming tasks like harvesting, crop monitoring, and pest treatment. The company provides robotic solutions that help farmers increase productivity, reduce labor costs, and gather precise crop data using artificial intelligence and sensor technologies. With 150 production robots deployed across multiple crop types, Tortuga transforms traditional farming by introducing intelligent automation that improves farm efficiency and sustainability.
Small Robot Company

Small Robot Company creates precision agricultural robots that optimize crop management. Their autonomous ground vehicles scan fields, map individual plant locations, and provide data-driven recommendations for targeted fertilizer and herbicide application. By using lightweight robotic systems, the company reduces chemical usage and increases farming efficiency through advanced AI-powered crop monitoring technology.
SwarmFarm Robotics

SwarmFarm Robotics develops autonomous agricultural robots that perform precision tasks like spraying, weeding, and mowing across farmlands. Their platform enables multiple robotic units to work simultaneously, delivering customized solutions for sustainable farming practices through sensor-guided technology that increases efficiency and reduces environmental impact.
Scythe Robotics

Scythe Robotics develops fully autonomous electric lawn mowers for commercial landscaping. Their M.52 robot mower uses advanced sensors and AI to navigate complex outdoor environments, providing landscape contractors with a high-tech solution to reduce labor and increase operational efficiency.
Ripe Robotics

Ripe Robotics builds computer-vision enabled robots that pick fruit automatically. The robots use artificial intelligence to analyze each piece of fruit for size, color, and quality, picking produce without bruising. Instead of selling machines, they charge farmers per bin of fruit harvested, providing data insights about orchard health while solving labor shortages.
Precision Makers

Precision Makers specializes in robotics for agricultural and horticultural sectors, developing autonomous farming solutions like Greenbots and robotic packages. The company provides advanced robotic technologies that automate agricultural work tasks, utilizing GPS systems and unmanned tractor technologies to enhance precision farming efficiency.
Nexus Robotics

Nexus Robotics develops autonomous agricultural robots that precisely remove weeds using advanced computer vision and robotic arms. Their technology helps farmers reduce labor costs and improve crop management by automatically identifying and extracting weeds without damaging vegetable crops.