TAQOS research connects quantum and post-quantum engineering, cybersecurity, secure data systems, and resilient digital infrastructures. These themes reflect recurring technical directions across the project portfolio.
TAQOS works on the transition to post-quantum security and on secure engineering methods for quantum software and hardware. Current projects address crypto-agility, migration tooling, development workflows, and interoperable quantum runtime environments.
Research includes protecting AI-enabled systems against adversarial behaviour and supporting explainable security decisions. It also examines compliance, privacy, robustness, and assurance where AI is used within data and service ecosystems.
Current projects address governed data sharing, semantic interoperability, secure transactions, and compliance-aware data infrastructures. The work also covers open interfaces that help heterogeneous digital and quantum systems operate together.
TAQOS investigates resilient networking and monitoring across distributed, connected, and cyber-physical environments. Portfolio evidence includes multi-UAV cooperation, aerial-terrestrial communications, and secure transition planning for critical digital infrastructures.
A cross-cutting research direction is the integration of security, compliance, testing, and assessment throughout system development. Projects apply this approach to AI-enabled services, data ecosystems, quantum engineering, and other security-sensitive digital systems.