Artificial intelligence-driven project that revolutionizes the delivery of personalized medical treatments, particularly in the production of
CAR-T cells for therapy. It integrates patient data and biomarkers into
the therapy regimen, facilitating the onsite production of CAR-T cells
within hospitals.

The research project aims to achieve high-level security in connected device lifecycles, particularly for IoT environments. The project focuses on detecting and responding to a spectrum of attacks using collaborative and decentralized technologies.

The project focuses on enhancing the security and trust management of connected medical devices (CMDs). It aims to address cybersecurity
issues in CMDs without compromising their functionality.

The project focuses on enhancing the resilience of IoT supply chains through a "secure-by-design" approach. Key innovations include a "Supply Trust Chain" for integrated communication among stakeholders, a "Device Security Passport" for comprehensive security descriptors of IoT devices, multifunctional testing modules, a digital cybersecurity twin, and an architecture security validator.

COBALT introduces the Common Certification Model (CCM) to unify cybersecurity practices across European industries. By building on existing standards, the project aims to create a cohesive cybersecurity framework for ICT processes. Leveraging the power of Digital Twinning (DT), COBALT adopts a vertical-agnostic approach to seamlessly integrate solutions across diverse sectors, including Quantum Computing and Industry 4.0.

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The project aims to provide a trustworthy, cost-effective, agile, and portable conformity assessment for a range of parties, covering various assurance levels of composite ICT products or services. The system will identify and translate certification information of composite ICT products or services, share information on vulnerabilities, and maintain transparency and trust.

The projects aims to build capabilities in line with the European Cybersecurity Certification Framework (ECCF) and the EU Cloud Services (EUCS) scheme.
It focuses on elevating cybersecurity standards for companies and
organizations in Europe, securing their data and IT infrastructure against cyber threats.

The project includes comprehensive training programs covering the certification process, interactions with relevant bodies, creation of
documentation, and establishing organizational and technical
requirements for the national cybersecurity certification body in Cyprus.