![]() In summary, the report concluded that the energy sector was not adequately prepared for cyberattacks. However, 33% anticipates a major information security incident within 12 months. The most recent study, titled “In the Dark: Essential Utility Companies Facing Cyberattacks,” found that of the 200 executives surveyed globally, 32% had not taken special security measures for smart grid controls. nationally by the Lauder Institute at the University of Pennsylvania. In 20, the company sponsored two global studies on the security of critical infrastructure networks with the Center for Strategic and International Studies (CSIS), the number one think tank in the US for defense and security. Protecting the security of the power grid, which is critical to a nation's ability to operate, has been a priority for Intel Security. Intel Security CIP can be applied with little or no change to business processes or application software, and can also be adapted to many existing systems. While the solution is sophisticated and extensive, it is an easy-to-use, cost-effective security technology that can operate on both new and legacy infrastructures. The Intel Security CIP solution works by separating the security management platform functions from the operational applications, allowing the operational layer to be heavily protected, monitored and administered. The new Intel Security Critical Infrastructure Protection (CIP) solution was developed in collaboration with the Texas Department of Energy (USA), which funded the “Discovery Across Texas” smart grid project implemented by Texas Tech University, and having the co-participation in the Intel Security and Wind River (Intel Group company) project for energy network security. 864334.Intel Security, a leading provider of comprehensive security solutions for local governments and energy industries around the world, announces a technology platform capable of securing old and new resources within the power grid. ![]() The EUniversal project has received funding from the European Horizon 2020 Research and Development Program under grant agreement no. Its aim is to develop and implement an innovative universal and interoperable interface in a real operating environment that allows distribution managers to procure flexible services through market mechanisms in line with European regulation. The project was launched in 2020 and is expected to run for 42 months with a budget of 9.8 million euros. The results obtained will serve as an example to be applied across Europe, such that the solutions will be replicated across the continent, thus moving towards a pan-European electricity system that is focused on end consumers.ĮUniversal involves 19 partners from eight countries, including distribution network operators from Portugal, Germany and Poland, as well as institutions from academia, consultancy and research, market platforms, aggregators and others. The solutions developed under the EUniversal project will be tested in three pilot projects in Portugal, Germany and Poland, each of which has different types of distribution networks and regulatory frameworks. ![]() He continues: "This concept represents an innovative, adaptable, modular and evolutionary approach that will serve as a basis for the development of new business models, market solutions and, above all, "ensure the active participation of consumers, who are at the heart of any research project in this area". It also encourages the active participation of end consumers - which is one of the European Energy Union's priorities," says IIT researcher Rafael Cossent. "The importance of using flexibility in distribution networks is a key factor in facilitating the energy transition through faster and more efficient integration of renewable electricity generation. The system on which the project is based uses a universal interface to give impetus to the transformation of the electrical grid for the purpose of overcoming its current limitations in order to enable the energy transition in an inclusive and economically efficient manner, and to prepare the system for various possible future scenarios. The ICAI School of Engineering at Comillas Pontifical University (Comillas ICAI) and the university Technological Research Institute (IIT, in Spanish) actively are participating in the European project EUniversal, which aims to transform the operation of the electricity grid by developing the Universal Market Enabling Interface (UMEI).
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