On the 28th of January, the so-called geodemographic digital twin of Zaragoza was presented, a tool that takes data on more than 50 variables, covering areas such as population, household structure, housing, income and access to public facilities; and allows the location of households with vulnerable people in the city to be identified in great […]
For the third consecutive year we have renewed the RSA seal that qualifies us as a Small Socially Responsible Company in Aragon.
An advanced technological solution based on Location Intelligence (geo-referenced data and Natural Language Processing models)
This October, the new urban planning portal of Zaragoza City Council was launched. It was developed under the guidelines of the European INSPIRE Directive, the purpose of which is to facilitate access, exchange and use of public geographic information, promoting better management and transparency and helping to make more informed and sustainable decisions.
The XX Geographic Information Technologies Congress was inaugurated yesterday with the slogan ‘GIT for the construction of Smart Territories’.
On 3 May, a webinar was held to present the new remote sensing module of AGROSLAB. This module includes two indices of great interest to know the evolution of crops: NDVI Index, which stands for Normalized Difference Vegetation Index, commonly known as the greenness index, as it indicates the vegetative vigour, i.e. the greenness, density […]
The Plant Health and Certification Service, in collaboration with the Phytosanitary Surveillance Network of Aragón (RedFAra), has launched a mobile application that channels all plant health-related information relevant to the agricultural sector in Aragón.
The main objective of the project H2iber: Assessment and Management of water resources in renewable H2 projects, is to improve the management of water resources in renewable hydrogen projects.
H2iber Project: Assessment and Management of water resources in renewable H2 projects, is an innovative project that seeks to improve the management of water and water resources in renewable hydrogen projects, through the collection of information, the assessment of the effects of climate change and the design of intelligent and digitised processes.
The SIH Project: Industrial Water Symbiosis through sensorics and reuse intelligence, is based on the use of digital technologies to assess the potential for water reuse in a target entity (industrial estate, cooperative, municipality, county, small productive areas, etc.)
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