About

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My passion for cybersecurity began at Unisannio, where my thesis research on malware analysis and software supply chain security focused on uncovering hidden behaviours in trusted systems.


That path led me to Politecnico di Torino for an MEng in Cybersecurity Engineering, where I built a broad foundation across cryptography, network security, hardware security, wireless security, kernel security, AI-driven threat detection, and web application security - deliberately broad, because understanding the full attack surface is what makes a security engineer effective.


From there, I moved to Huawei Research in Dusseldorf, working on privacy-preserving technologies and post-quantum secure authentication, applying cryptographic research to challenges that will matter as infrastructure evolves.


Whether the problem is vulnerability research, secure system design, threat analysis, or applied cryptography, I am drawn to work at the intersection of rigorous theory and real-world impact.


I also have a growing interest in agentic AI systems and their security and implications: trust boundaries, orchestration risk, model-to-tool attack surfaces, and resilient-by-design deployment patterns.


Outside work, I am a sport enthusiast with a passion for basketball and the outdoors, always drawn to new landscapes and open spaces.

Currently Focused On

Post-Quantum CryptographyAI agentic security interest

If something here caught your attention, a project, a research direction, or a shared interest, feel free to reach out. I'm always open to a good conversation.

Technical Skills

Security Engineering

penetration testingvulnerability research and exploitationkernel security and eBPFbinary analysis (Ghidra, GDB, radare2)malware analysisweb application security (OWASP Top 10)

Threat Detection & Response

MITRE ATT&CK frameworkthreat modelingnetwork intrusion detection (NIDS/IDS)anomaly detectionincident responsethreat intelligencedetection engineering

Cryptography

post-quantum cryptography (lattice-based, hash-based)blind signatureszero-knowledge proofs (ZKP)OPRFs and anonymous tokensPKI and OpenSSLcryptographic protocol design

AI for Cybersecurity

AI-based threat detectionPyTorch and scikit-learnGNN, RNN/LSTM, FFNNtransformers (BERT, UniXcoder)adversarial MLagentic AI security and architecturemodel-to-tool attack surface analysisLLM workflow trust boundaries

Agentic AI Systems

agentic workflow design and orchestrationmulti-agent system architectureReAct-based agent systems (LangChain, Langfuse)context engineering and prompt designClaude Code and AI-assisted developmentLLM API integration (Gemini)coding agent pipelines and tooling

Programming

Python (multithreading, automation, ML/AI)C/C++ (systems, cryptographic implementations)Bash and SQLJava and JavaScriptRust (PQC and cryptographic libraries)Assembly (RISC-V, ARM)

Systems & Platforms

Linux (Kali, Ubuntu)Docker and container securityQEMU and virtualization-driven testingGit and development workflowsbpftool, Wireshark, NmapGNS3 and network lab simulation