SYNERGIES_

The Cyber Resilience Synergy Network (CRSN) Cluster_

CIPHER is an official member of the Cyber Resilience Synergy Network (CRSN), a powerful alliance of seven pioneering initiatives financed under the European Union’s Digital Europe Programme. While individual projects target distinct operational domains, the cluster operates on a shared strategic and technological DNA to transition European cybersecurity from reactive monitoring to proactive defense.

Key Pillars of Our Mission_

Autonomous & Proactive Defense

Leveraging cutting-edge technologies—including Artificial Intelligence, Machine Learning, Large Language Models (LLMs), and autonomous agents—to transition from manual, reactive security to proactive threat detection, continuous anomaly monitoring, and automated, zero-touch incident response.

Securing Critical Interconnected Ecosystems

Safeguarding the unified compute continuum and essential supply chains—spanning 5G telecommunications, interconnected smart cities, financial services, complex logistics, and water utilities—by implementing zero-trust architectures, secure-by-design frameworks, and privacy-preserving data analytics.

Collaborative Threat Intelligence

Breaking down data silos by developing secure, trusted, cross-border exchange platforms (integrating advanced SIEM and MISP tools) that allow essential organizations, telecom operators, and next-generation Security Operations Centres (SOCs) to seamlessly share actionable Cyber Threat Intelligence (CTI).

Distributed Trust  & Data Sovereignty

Guaranteeing information and data integrity across multiple administrative domains using tamper-proof Distributed Ledger Technologies (Blockchain), smart-contracts-based access, and advanced encryption techniques.

Alignment  with European Regulation

Designing architectures that natively support and automate strict compliance with critical European regulations and standards, most notably the NIS2 Directive, the Cyber Resilience Act (CRA), and GDPR, while utilizing Zero-Trust Networking and Trusted Execution Environments (TEEs). 

Empowering the Human Element & Capacity Building

Actively bridging the cybersecurity skills gap and enhancing operational readiness across the European Union by providing technical professionals, policymakers, and industry stakeholders with continuous hands-on training, specialized learning centers, workshops, and real-time “Cyber Arena” testing environments.

SYNERGIE MEMBERS_

CYBERAID

CyberAId enhances the cyber resilience of critical infrastructures in the financial sector through an advanced AI-driven orchestration platform. By leveraging technologies such as Large Language Models and digital twins, it enables proactive threat detection, intelligent incident response, and comprehensive risk management across financial systems.

ENFORCE

ENFORCE focuses on securing the compute continuum—from cloud to edge—by enabling trusted, automated service orchestration across interconnected environments. Its zero-trust architecture and AI-driven mechanisms support real-time threat detection, adaptive mitigation, and secure deployment of services in sectors such as energy, smart cities, and logistics.

SONIC

SONIC develops advanced cybersecurity capabilities for modern infrastructures, combining continuous monitoring, threat intelligence, and automated response. Designed for next-generation SOCs, it integrates AI, privacy-preserving analytics, and forensic tools to enhance situational awareness and operational efficiency.

ACT4FOOD

5G-TACTIC

5G-TACTIC strengthens the security and trustworthiness of 5G networks by developing open, interoperable, and secure solutions. The project advances risk assessment methodologies, AI-based threat detection, and cross-border information sharing to support a resilient European 5G ecosystem.

CTIS4NIS

CTIS4NIS focuses on enabling cyber threat information sharing and strengthening network and information systems security in line with NIS2 and the Cyber Resilience Act. It develops tools and processes for monitoring, incident response, and cross-border collaboration, particularly in telecom environments.