I am an Assistant Professor at Wrocław University of Science and Technology, with research focused on cybersecurity, cryptography, blockchain, and AI security. Within the Department of Applied Informatics, I am currently leading the Cybersecurity and Neuroinformatics Laboratory and supervising the Strategic Student Research Club of Neuroinformatics “Neuron”.
My academic career is complemented by extensive executive-level cybersecurity industry experience. I currently hold the position of Head of Cybersecurity Operations at an industry-leading biotechnology company. Previously, I held senior leadership positions including Chief Security Architect at the Orange R&D Centre and Senior Security Specialist at IBM and in the banking sector. I also gained experience working at a government law enforcement and as a court Digital Forensics expert.
I act as an expert evaluator for the European Commission (Horizon 2020, Horizon Europe, Digital Europe Programme) and the National Centre for Research and Development (NCBiR), reviewing R&D projects in cybersecurity, ICT, blockchain, and AI.
Certified: CISSP (ISC)², EnCE, CEH, ITIL, CompTIA Security+.
Postdoctoral Research - AI Security
Embry-Riddle Aeronautical University, USA, 2022
Postdoctoral Research - Cybersecurity
University of Technology Sydney & University of Wollongong, Australia, 2017,2021
PhD in Computer Science
Wroclaw University of Science and Technology, 2014
MSc in Computer Security
University of Technology Wroclaw, 2006
Selected awards and achievements of KN Neuron:
I am the supervisor of the Student Research Club of Neuroinformatics “Neuron”. The club focuses on expanding knowledge in artificial intelligence, particularly in the context of studying the human brain and brain-computer interface devices.
My research investigates security properties of modern distributed and cyber-physical systems, with particular focus on the measurable gap between formally claimed security guarantees and empirically observable system behaviour under adversarial conditions. This research is conducted within the Cybersecurity and Neuroinformatics Laboratory at Wroclaw University of Science and Technology, which I lead, bringing together researchers, PhD students, and MSc candidates across cybersecurity, blockchain security, artificial intelligence, and brain-computer interfaces. The laboratory maintains active international collaborations with Embry-Riddle Aeronautical University (Florida, USA), the University of Wollongong and the University of Technology Sydney (Australia), and research groups across Europe — producing joint publications and funded projects, and recognised with the “Best EU-US Collaboration Team” distinction within the NGI Explorers H2020 programme.
Head of Laboratory
The Cybersecurity and Neuroinformatics Laboratory at Wroclaw University of Science and Technology conducts research at the intersection of cybersecurity, blockchain technology, artificial intelligence, and brain-computer interfaces. The laboratory collaborates with international research partners and industry, providing a bridge between academic research and real-world cybersecurity challenges.
Faculty Supervisor
KN Neuron is the Strategic Student Research Club of Neuroinformatics at Wroclaw University of Science and Technology. Members actively participate in international hackathons winning awards at NeuroTechX, BR41N.IO, and HackYeah. KN Neuron holds the status of Strategic Research Club — one of only seven at the university.
Visit KN Neuron Website →
Research on security, performance, and scalability of public and permissioned blockchain systems including consensus mechanisms, Sybil attacks, SegWit protocol impact, privacy in Monero, GDPR compliance, and benchmarking of Hyperledger platforms.
Research on acquisition and integrity of digital evidence, anti-forensic techniques, and forensic investigation methodologies for computer systems, mobile devices, and network environments.
Research on security of AI systems and AI-driven security methods — including adversarial attacks, malware detection using machine learning, AI-based anomaly detection, and robustness of AI models in security-critical environments.
Research on EEG-based user authentication, design and evaluation of multifactor authentication systems using BCI devices, signal processing, and security applications of brain-computer interface technology.
Research on practical cybersecurity challenges including network and systems security, penetration testing methodologies, electromagnetic emanation analysis (TEMPEST), mobile application security, and security assessment of information systems.
Research on cryptographic methods for data protection, including deniable encryption, secure file systems, threat models for encrypted storage, and privacy-preserving mechanisms in distributed systems.
Teaching materials and detailed information about courses are available on University eLearning Portal and on MS Teams.
I am looking forward to supervising MSc and BSc student theses. As a first step, please send me an email with your thesis proposal including: