Cybersecurity engineer · Turin, Italy
I am a Cybersecurity Engineering master's student at Politecnico di Torino. In July 2026, I will move to Tokyo for a master's thesis internship at Rakuten Mobile. I turn complex security problems into practical, testable projects.
About me
I enjoy understanding how technology works, where it can fail, and how to make it safer. My projects range from Linux vulnerability research to digital-forensics training, machine learning, wireless security, and full-stack applications.
I care about clear results and clear explanations. Good technical work should be reproducible, honest about its limits, and understandable to people outside the immediate research area.
In July 2026, I will join Rakuten Mobile in Tokyo for an internship connected to my master's thesis-an opportunity to develop my research in an international engineering environment.
For one year, I worked in the Events Area of the IEEE-Eta Kappa Nu Mu Nu Chapter at Politecnico di Torino , helping organize activities that brought students and technology professionals together.
Rakuten Mobile · Tokyo, Japan
Politecnico di Torino
Università degli Studi del Sannio
Selected projects
Each project page includes the technical details, results, and limitations. Here is the short version.
I studied four flaws in a Linux security check and built two controlled demonstrations that reached administrator access inside isolated virtual machines.
Why it matters: a small mistake in a safety check can give an attacker control of the whole system.
Read the case studyWith Rakuten, I am building a tool that watches important process and network activity on Linux systems and turns it into useful security events.
Why it matters: defenders need a clear view of what is happening on a machine before they can detect suspicious behavior.
Read the case studyI designed and built a browser game that teaches students how to recover digital evidence from raw data while documenting their reasoning.
Why it matters: finding a file is not enough-an analyst must explain why the evidence and the conclusion are trustworthy.
Read the case studyMy team analyzed 230,000 real attack sessions collected by honeypots and tested different models for recognizing what attackers were trying to do.
Why it matters: automated analysis can help security teams understand large volumes of attack data more quickly.
Read the case studyMy team recreated an automotive development board in QEMU, ran FreeRTOS on it, and tested timers, interrupts, and serial communication without physical hardware.
Why it matters: reliable emulation makes embedded software easier to develop, debug, and reproduce.
Read the case studyI analyzed real Ethereum programs to understand which design choices were linked to higher transaction fees. Six of the eighteen patterns I tested showed a meaningful statistical association.
Why it matters: software architecture affects cost-not only code-level optimization.
Read the case studyOther work
Recognition
Contact
If you want to discuss security research, an engineering role, or a project, feel free to reach out.