Quantum Computing & Cybersecurity
Understand how advances in quantum computing affect current cryptographic assumptions and security architectures.
Quantum Security
Quantum security for new computing paradigms
QSEIDON explores the security implications of quantum computing, quantum machine learning and post-quantum transition risks. Our work combines cybersecurity expertise with deep-tech research to prepare for future threat landscapes.
Discuss quantum security researchResearch & Service Areas
Quantum Machine Learning Security
Security testing and vulnerability analysis for quantum ML pipelines, circuits and models.
Quantum Vulnerability Analysis
Identification and analysis of vulnerabilities in quantum code and quantum software systems.
Post-Quantum Transition Risks
Assessment of migration paths to post-quantum cryptographic standards and associated transition risks.
Research Collaborations
Active participation in EU-funded research projects and academic collaborations in quantum security.
Background & Validation
Active Research
As part of EU-funded research consortia, QSEIDON collaborates with leading partners from academia and industry across Europe. Our research focuses on the security of quantum software systems, quantum ML pipelines and the development of secure-by-design patterns for quantum technologies.
More information at secqdevops.euWhy this matters now
Quantum computing is not a distant future scenario. Research progress is accelerating, and the implications for cryptography, data security and intelligent systems are already being assessed by leading organizations. QSEIDON approaches this topic from a technical, research-driven perspective.
Discuss quantum security research