The Cyber-Resilience Synergy Network (CRSN) unites seven complementary initiatives under a common goal: strengthening cybersecurity through collaboration, AI-driven innovation, and resilience. By connecting expertise from multiple sectors, the network encourages innovation, enables trusted information exchange, and speeds up the deployment of advanced security solutions.
Together, these initiatives create a strong and interconnected ecosystem grounded in shared priorities AI-powered cybersecurity, safeguarding critical infrastructures, secure information sharing, and ongoing capacity building. Through CRSN, they play a key role in shaping a safer, more resilient, and trustworthy digital Europe.
Synergy Members
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 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 addresses cybersecurity challenges in the food supply chain, protecting systems from farm to fork. By combining AI, blockchain, and advanced analytics, it enhances traceability, secures industrial systems, and introduces TACCP 4.0—a modern framework for managing cyber-physical risks in the food sector.
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.
AIAGENT4CYBER integrates attack simulation, defense optimisation, and automated response within a secure, privacy-compliant architecture, delivering scalable protection against evolving cyber threats, including those targeting AI systems.
VANTAGE aims to enhance Europe’s cybersecurity capabilities by developing an advanced, AI-driven platform for automated vulnerability assessment and penetration testing (VAPT). The project leverages a multi-agent artificial intelligence architecture with advanced reasoning capabilities to support security operations centres (SOCs) and computer security incident response teams (CSIRTs) in detecting, analysing, and responding to cyber threats. By orchestrating specialised AI agents that correlate data from diverse sources such as network devices, logs, and security tools, VANTAGE enables comprehensive incident investigation and proactive threat mitigation.
ACSOC (Advancing Cybersecurity Operations Cooperation) addresses the increasing need for enhanced collaboration among SOCs, CERTs, and CSIRTs. Through innovative tools, improved incident response frameworks, and cooperative technologies, ACSOC aims to bridge technical and operational gaps across
CTIS4NIS develops technologies, tools, and processes that support the monitoring, handling, and sharing of cybersecurity information across telecom infrastructures and digital ecosystems. The project brings together regulators, cybersecurity authorities, telecom operators, SMEs, and research organizations to improve preparedness, prevention, response, and recovery against cyber threats.
CyberNEMO aims to infuse end-to-end cybersecurity and trust on the IoT-Edge-Cloud-Data Computing Continuum. CyberNEMO delivers innovations that support resilience, risk preparedness, awareness, detection and mitigation within Critical Infrastructures deployments and across supply chains on top of ΝΕΜΟ (Next Generation Meta OS – HE 101070118), which manages the IoT-Edge-Cloud continuum, through an open-source, flexible, adaptable, and multi-technology meta-Operating System.
PiQASO aims to revolutionize cybersecurity by providing a comprehensive suite of advanced cryptographic algorithms and protocols as-a-service. Our solution offers functionalities equivalent to a PKI (Public Key Infrastructure), ensuring robust protection against future threats stemming from future algorithmic and quantum computing advances.
CIPHER (Cybersecurity Intelligence, Protection, and Holistic
Enterprise Resilience) project contemplates creating an experimentation laboratory for essential service providers to evaluate their cybersecurity risk governance to bolster the preparedness against cyber-incidents and threats. The platform will facilitate the access of operators of critical infrastructure and national cybersecurity authorities, to novel cybersecurity solutions (typically developed by European SMEs, Start-ups, or R&Ddepartment from industrial actors) and support their qualification in mature technical scenarios, relevant with relevant security referential (e.g. NIS2, DORA 1 , IEC 62443 2 ).
The project will focus on the use of enabling technologies, such as AI, to develop, test, and deliver a comprehensive cybersecurity platform designed to serve SOCs as well National SOCs. To achieve this outcome, the components will support and SOC capabilities to identify, analyze, respond to various threat actors, vulnerabilities, and incidents in cyberspace. Furthermore, the project will harness enabling technologies to generate qualitative intelligence regarding cyber threats and enhance the development, examination, and processing of CTI for speed and scalability.
