GRODI

Grodi is a technology-based agritech company specializing in the development, manufacturing, and marketing of autonomous robotics and machine vision solutions for agriculture. Based in Almería, Spain, Grodi drives its own R&D activities, resulting in advanced technology—hardware, artificial intelligence algorithms, and data analysis models—validated in the field and adaptable to diverse production contexts, from Mediterranean greenhouses to open-field agriculture. Its solutions enable crop health monitoring, optimize production, and support agronomic decision-making, contributing to a more efficient, sustainable, and competitive agriculture.

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TECHNOLOGICAL SUPPLY/DEMAND:

OFFER:

• Autonomous robotics for navigation in greenhouses and nurseries
• Machine vision systems for crop analysis
• AI algorithms for detecting pests, diseases, and developmental abnormalities, as well as germination failures
• Large-scale digital plant phenotyping
• Generation of agronomic databases for predictive models
• Hardware-software integration for precision agriculture

DEMAND:

• Automated phenotyping of crops and young plants
• AI application for predicting yield and plant health
• Genetic improvement assisted by phenotypic data
• Early detection of pests and diseases
• Sustainable agriculture and input reduction through smart monitoring
• Digitization and intelligent monitoring of greenhouses, seed houses, seedbeds and nurseries
• Predictive models based on real crop data

Types of entities they seek to collaborate with

• Plant biotechnology companies
• Seed houses and nurseries
• Nurseries and technologically advanced producers
• Technology centers and universities
• Companies specializing in biostimulants, biocontrol, and plant protection
• Innovation consortia and European agro-biotech projects

What can GRODI contribute to a project?

• Robotic platform already operational in real environments
• Large-scale phenotypic data capture under commercial conditions
• Validation of solutions in greenhouses, nurseries and seedbeds
• Development of algorithms adapted to horticultural crops
• Infrastructure for technological testing in production and research environments
• Integration of technologies and ad hoc modernization for cooperatives and companies in the agricultural sector

DEVELOPMENT PROJECTS

COMPLETED PROJECTS