Agriculture & Fishing :
New Technologies

It is a company created in 2011 to develop and market agricultural and wine-growing robots and power tools to help farmers weed, hoe and harvest the fruits of their labor with confidence. The robots aim to promote agriculture that is more respectful of the environment, healthier, while remaining productive.

Collection, processing and analysis of a large amount of data from satellites, meteorological stations, flights with drones or monitoring sensors in the field, continuously monitoring the health and development of plants throughout the life cycle of the plants crops, allowing the farmer to take better decisions.

The project responds to the need to structure a common regional strategy of governance, sustainable management and valorization of the mycological resources of Aragon. Currently, there are local initiatives to regulate the collection of wild mushrooms in some forest regions. Coordination of the process under a common strategy and economy of scale would allow the sharing of resources to improve current experiences, combat weaknesses / threats and take advantage of all opportunities. Currently, it is estimated that in Aragon only 10-20% of the potential added value generated by this resource may be being used. The project aims to develop an App / Geographic Information System for the sustainable issuance of permits for collection and control of use in the network of mycological parks. For this, the project will define the technical conditions that an application of these characteristics must have, applying the latest advances in ICT.

This project, directed by Paintec, proposes the implementation of a series of sensors to monitor and digitize 3 very important factors in pig farming. Body temperature of the animal, environments inside a pig farm and control of gas emissions outside the farm. All this in an automatic way thanks to a software and an application to see it in real time from any point. They use autonomous thermal cameras with artificial intelligence to quickly and automatically detect the situation of each animal.

The FarmCloud Solution enables the retrofit of existing equipment, with emphasis on climate and feed computers, making all the information available in a central database and controlled from a cloud platform in real time.

ARVAtec was born in January 2002 thanks to the intuition of a group of researchers working at the Department of Agricultural Engineering of the University of Milan. The common goal is to create, market and disseminate innovative technologies for agriculture.

It is a company specializing in the manufacture of agricultural robots. They are equipped with a very high precision geo-positioning technique as well as an artificial intelligence to analyze their environment. This allows them to meet the needs of farmers in terms of economic and ecological challenge. Indeed, they make it possible to reduce the use of inputs, machine investment costs, to act with precision and to save time on the work of the farm.

Innovation Project in Vocational Training granted by the CIFPA (Center for Innovation for Vocational Training in Aragon) and financed by the Ministry of Education and Vocational Training and co-financing from the European Social Fund: the PolinizAcción Project. The students of the IES learn cutting-edge technologies of mass genetic selection of hives and rearing of queen bees, they come into contact with new technologies for monitoring and management of hives and they will even learn about other elements related to beekeeping, from honey tasting to apitherapy.

With 'Purinir', the cooperation group intends, on one hand, to develop a team with the latest available technology combining GPS, Geographic Information Systems, Big Data, NIR sensors, Blockchain and the Internet of Things to supply tank manufacturers of a differentiating element that makes them place themselves at the head of agricultural machinery companies at European level and, on the other hand, develop a work methodology and a control and management tool. The project aims to develop a precision agriculture system that reduces errors when determining the content of the slurry transported by the vat. This process will allow better protection of the environment since it will provide the agricultural and livestock sector with tools to manage their manure, not as a waste, but as a by-product.

Organ-on-chip technology as an innovative technology in improving the sanitary quality of the pig industry

They have designed and engineered a fully functional hi-tech aquaponics production modular system, with the objective of generate the highest productivity in a very limited space, with the least environmental footprint and using very few resources, being totally adapted to climate change, either to mitigate the common consequences of food production or to keep producing in adverse climatic conditions.

Thanks to their skills in the mechanical, electronic and agronomic fields, they create the best UAV platforms for modern, innovative and sustainable agriculture. Since 2013 we have been dedicated to the development of services for precision agriculture and biological control with antagonistic insects distributed by drones. We have thousands of hectares mapped with multispectral, thermal chambers and treated with Trichogramma brassicae

They use drones to monitoring the localisation of the herd in real time. 

The project is the result of a collaboration agreement between the CITA's experimental farm of La Garcipollera and the company Delsat International Drones, specialized in the use of these unmanned aerial vehicles which has one of its headquarters at theTeruel Airport.

The OPTIBOVIS project arose after the creation of a cooperation group, made up of CITA, the La Jacetania region and the two beneficiary ADSs. Based on the creation of a computer application (ISAGRI), which allows managing individual data related to the health, reproductive and nutritional management of each cow from a smartphone. This will allow the farmer to keep a strict control of the cattle in order to make business decisions based on the needs of the farms, many of them still "very traditional" management.

This is a project directed by HOPU, an innovation leader in the Internet of Things (IoT) solutions and Smart Cities. The target is to monitor the physiological constants of pigs for early detection of health problems using Bigdata.

TOP View supports companies wishing to open up to innovation. It integrates drones and IoT platforms, helping our customers to optimize business processes. Innovating aims at the combined use of artificial intelligence, the Internet of Things and Drones for precision agriculture.

Research and development of new technologies and materials. It deals with consulting, design, production and marketing of systems for obtaining new eco-sustainable materials to minimize the impact deriving from traditional business processes.