CS2AC has developed algorithms to detect cyberphysical attacks (for example, to detect images in a security circuit that appear normal but have been introduced by attackers, when the real images would show intruders accessing the facilities) and technologies that increase resilience to attacks. The detection technologies are based on watermarking signals, which add copyright information or other verification messages to digital documents and show whether images have been altered by an attacker. In addition, algorithms have been developed that can be used to reconfigure the control algorithm once an attack has been detected and isolated, using tolerant control technologies. All these technologies are being tested in laboratory studies and pilot tests in real environments.
As part of the project, cryptographic solutions have been developed to ensure the security and privacy of personal data throughout the service and technology cycle. This reduces the window of risk for critical infrastructure information systems. In addition, simulation tools have been designed and implemented to assist in decision-making by the critical infrastructure’s security management team and new systems and infrastructure security models have been researched.
One of the most notable aspects of the project is the research and development of tools and solutions based on artificial intelligence technologies to predict, protect, mitigate and defend against the new scenario of cyberattacks that is currently emerging and those that will emerge in the near future.
The project results include more advanced, intelligent algorithms and more architectural models and autonomous cybersecurity in cyberphysical systems, solutions which are essential to protect new models of infrastructure and services.
SECUTIL is a project of the RIS3CAT Utilities 4.0 Community, coordinated by Eurecat. Other participants in addition to the UPC’s CS2AC are Cetaqua-AGBAR, Naturgy, Retevisión, the University of Lleida and the Barcelona Supercomputing Center. The aim of the community is to transform the utilities sector by identifying a set of tools and solutions that enable digital transformation to the utilities 4.0 concept, and the creation of an industrial fabric through the development and application of these new solutions.
The project, which has taken three years and ended in March 2021, was funded by the EU’s European Regional Development Fund (ERDF) as part of the FEDER 2014–2020 Operational Programme, with a budget of €100,869.91.