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VLSI TestingCybersecurity of radio networksResearch in cybersecurity focuses on methods of detection and mitigation of attacks launched via the radio interface and new methods of data encryption, authentication, and security monitoring. Algorithms for detecting anomalies in radiocommunication traffic are being developed using artificial intelligence (AI) methods, particularly machine learning (ML), and strategies for eliminating their effects. Methods are also being developed to detect and counteract attacks on the AI algorithms used in radio networks. The research also includes lightweight encryption and authentication algorithms characterized by low complexity and low energy consumption. Beginning with the introduction of commercial manufacturing of integrated circuits, electronic testing has a history of almost 60 years, and its importance cannot be overestimated. The unprecedented proliferation of digital devices in telematics, medicine, defense systems, or transportation, clearly underlines the extreme significance of their test quality. Failure to find defective circuits that constitute the heart of many life-critical or mission-critical mechanisms may lead to severe consequences. The goal of our group is to create new methods to allow the development of computer-aided tools supporting automated test generation, test data compression, built-in self-test, and design for testability. The corresponding research results are presented in prestigious publications and numerous US patents. Furthermore, several solutions have been commercialized, primarily by our industrial partner Mentor, A Siemens Business, with the introduction of award-winning VLSI test technologies, often the first solutions of this kind on the market.