Offensive research
Controlled research into Windows execution, process memory, persistence, anti-debugging and privilege boundaries.
- Windows internals
- Reverse engineering
- Network tooling
zibgame@42lehavre:~$ whoami
OFFENSIVE SECURITY // DEFENSIVE THINKING // LOW-LEVEL SYSTEMS
I’m Zibrian Cadinot, a cybersecurity student at 42 Le Havre focused on offensive research and low-level engineering. I build in C and C++, study Windows internals, and use an attacker’s perspective to understand how systems fail — and how to defend them.
! Security work is documented for controlled labs, education and authorized research.
01 / PROJECT INDEX
35 projects selected from 56 public repositories. Filter by discipline or search by project, language or keyword.
$ ls ~/projects
A focused selection of six projects that best represent my offensive-security and low-level direction.
02 / GITHUB TELEMETRY
Public contribution and language data from my GitHub profile.
Relative emphasis of my current work — not repository totals. Select a track to open its projects.
03 / CAPABILITIES
My work sits where security research, software engineering and system behaviour overlap.
Controlled research into Windows execution, process memory, persistence, anti-debugging and privilege boundaries.
Networking, secure service deployment, Linux administration and understanding attack paths to improve defenses.
Performance-aware tooling in C and C++, from terminal editors and debuggers to assembly and virtualization.
04 / PROFILE
I’m Zibrian Cadinot, a developer and cybersecurity student at 42 Le Havre. I publish my projects and security research under the pseudonym Zibgame. I learn by building: reducing complex systems to small experiments, observing what really happens, then turning that knowledge into focused tools.
The portfolio is intentionally broad. School projects built my foundations in Unix, concurrency and networking; personal work pushes further into security research, Windows internals, automation and developer experience.
05 / CONTACT
Open to internships, collaborations and conversations around offensive security, defensive engineering and low-level systems.