As climate change, supply chain pressures and labor shortages continue to challenge global food systems, the agricultural technology sector, better known as agtech, is becoming a cornerstone of sustainable innovation. From autonomous tractors to drone-assisted pest control and AI-enhanced vertical farms, agtech is helping reshape how food is grown, harvested and distributed.
For tech professionals looking to enter a rapidly evolving and mission-driven space, agtech offers meaningful opportunities to build tools that feed the world while reducing the environmental cost of doing so. The companies featured below exemplify the diverse technologies and business models driving the future of agriculture.
Agtech Companies
- Monarch Tractor
- Carbon Robotics
- Indigo Agriculture
- Oishii
- Solinftec
- Gamaya
- iFarm
- Stacked Farm
- Bonsai Robotics
- UAV-IQ
Agtech Companies to Know
Carbon Robotics builds AI-powered robotic systems designed to eliminate weeds through laser technology. Its flagship product, the LaserWeeder, uses computer vision and high-energy lasers to precisely remove weeds without chemicals or herbicides. This technology aims to reduce herbicide use and labor requirements in specialty-crop farming operations.
Solinftec provides integrated hardware and software solutions for real-time agricultural management. The company’s autonomous robot, Solix, combines field data collection with AI analytics to optimize crop production and operational efficiency. Solinftec’s technology connects equipment and data to streamline farm operations, improving sustainability and resource use.
Stacked Farm builds fully automated, seed‑to‑pack vertical farms that use proprietary robotics and IoT monitoring to produce leafy greens with minimal human intervention. The closed‑loop system operates year‑round, reducing water use and eliminating agricultural runoff.
UAV-IQ delivers drone‑based biological pest‑control services, releasing beneficial insects and mites exactly where and when they are needed. The approach aims to support integrated pest‑management programs by reducing chemical pesticide use while also improving coverage on hard‑to‑reach acreage.
iFarm designs automated vertical farming technologies powered by robotics, AI and advanced environmental control systems. The company’s software-driven approach automates all aspects of indoor farming, from planting to harvesting, using computer vision and machine learning algorithms. iFarm’s systems allow efficient production of greens and vegetables in urban and constrained spaces.
Gamaya develops hyperspectral imaging technologies combined with artificial intelligence to monitor crop health and optimize input use. Its drone-mounted sensors capture detailed plant data, allowing farmers to precisely manage irrigation, fertilization and crop protection strategies. Gamaya’s solutions support higher yields and lower environmental impacts through data-driven insights.
Oishii operates vertical farms specializing in Japanese-style strawberries, using AI and robotics to manage precise growing conditions. The company employs advanced indoor farming methods, including bee pollination, to grow pesticide-free berries year-round. Oishii leverages machine learning algorithms for optimizing energy use, crop quality and yield.
Monarch Tractor builds fully electric, driver‑optional tractors equipped with AI‑powered autonomy and on‑board sensing to collect real‑time field data. The platform lets growers automate repetitive tasks, cut diesel emissions and integrate machine data with farm management software.
Indigo pairs naturally occurring microbial seed coatings with digital services that measure and monetize on‑farm sustainability practices. Its carbon program connects growers with companies looking to purchase verified soil‑carbon credits, creating an additional revenue stream for farmers.
Bonsai Robotics builds autonomous harvesters specifically designed for nut orchards. Its technology uses computer vision and machine learning to identify ripe nuts, guiding robotic harvesting machines to perform precise and efficient collection. The startup targets labor-intensive orchard operations, aiming to reduce costs and improve yield consistency.
