Activities

I’m an engineer who enjoys building systems where reliability, observability, security, and privacy are first-class concerns. My area of work are the following :

• Observability & Reliability

  I design and operate observability foundations that make complex distributed systems understandable, detectable, and operable under real-world failure conditions.

• Security & Detection

  I work on detection and response mechanisms that help systems remain secure under adversarial conditions, focusing on visibility, verification, and operational effectiveness rather than assumptions.

• Privacy & Trust

  I integrate privacy-preserving and verifiable mechanisms into distributed systems, with a focus on realistic threat models, performance trade-offs, and operational constraints.

Research Activities

My research activities are driven by a strong interest in building reliable, trustworthy, and responsible digital systems. I’m interested by the following topics

• Cybersecurity for AI and AI for Cybersecurity.
• Network security, attack detection, and trust modeling.
• Privacy and data protection.
• Cryptography and Zero-Knowledge Proofs for secure and verifiable systems.
• Security, reliability, and observability of complex systems.

📚 See my full list of publications on Google Scholar.

Teaching Activities

At the moment, I am teaching:

• 2025–2026 – Software and Hardware Infrastructure Security (University Degree) – Université Paris Cité
  Topics: operating system security, Linux security, authentication and authorization, privilege management, process isolation, memory protection, system hardening, vulnerability assessment, application security, and secure system administration.

• 2024–2026 – Network Operations, Virtualization, and Automation (Master’s Program in Networks and Connected Objects) – CNAM Paris and Sorbonne University (Lab sessions only)
  Topics: BGP, MPLS/VPN, Traffic Engineering, Software-Defined Networking (SDN), network virtualization, and automation.

• 2025–2026 – Advanced Programming (Engineering Program – FIP2) – CNAM Paris
  Topics: design patterns, SOLID principles, dependency injection, advanced object-oriented programming (OOP), and software architecture.

• 2024–2026 – Algorithms and Programming (Bachelor’s Program – ACSID) – CNAM Paris
  Topics: algorithmic thinking, problem solving, programming fundamentals, data structures, and object-oriented programming (OOP).

• 2024–2026 – Web Programming (Bachelor’s Program – ACSID) – CNAM Paris
  Topics: web fundamentals, HTML, CSS, JavaScript, PHP, MySQL, and client-server architectures.

• 2024–2025 – Internet of Things (Engineering Program – FIP1) – CNAM Paris (Lab sessions only)
  Topics: IoT architectures, embedded systems, communication protocols, experimentation, sensor integration, and system behavior.