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Among the most notable AI-driven advancements in cybersecurity are machine learning algorithms that identify anomalous patterns in vast volumes of data. These advanced techniques enable cybersecurity systems not only to respond to ongoing incidents but also to anticipate potential attacks before they occur, thereby reducing potential damage.

The featured article focuses on exploring Large Language Models such as ChatGPT to determine their potential in protecting the knowledge gap in various technical areas, specifically, in cybersecurity.

Through our new video, learn how the IA4Birds project is revolutionising bird conservation with an innovative platform. This initiative aims to significantly reduce bird mortality caused by collisions with wind turbines on wind farms.

Thalia Ruiz graduated in journalism in Cuba and holds a master's degree in Audiovisual Communication from the University of Salamanca.

Through her joining the AIR Institute, Marina intends to expand her knowledge in the field of blockchain and cybersecurity, given the potential and growing use of Smart Contracts in the current digital environment.

The design of vaccines has always been a cornerstone of modern medicine. Traditional approaches have saved countless lives. Yet, they also face significant limitations: long development times, high costs, and limited adaptability to fast-evolving diseases.

In view of cybercrime, the AIR Institute, together with CIBERIA project, focuses on promoting a cyber-safe culture in the context of small and medium-sized enterprises through cybersecurity training and exchanges.

The aim of these initiatives is to create professional and entrepreneurial opportunities for young people, mainly, taking advantage of the wealth of knowledge that originates in universities, research centres and technology companies in Salamanca.

The AQUILON project, funded by the Ministry of Science and Innovation (CPP2021-00