About me
I am a Computer Science student with a background as an Electronics Technician. My professional focus is built on three
core pillars: Operating Systems, Cybersecurity, and Systems Programming. I am passionate about what happens "under the hood," analyzing
the critical intersection where hardware, system internals, and security meet.
I approach engineering with an analytical mindset. Rather than just writing software, I dive deep into OS architecture,
memory management, and network protocols to understand how multi-layered environments can be exploited and hardened. I analyze
complex system behaviors to mitigate low-level attack vectors effectively.
To turn this knowledge into action, I leverage C, C++, and Python as my primary tools. I actively combine my understanding
of OS internals and cybersecurity to engineer custom security tooling—ranging from asynchronous DAST scanners to highly
concurrent, exploit-resilient system utilities. My ultimate goal is to architect robust, high-performance systems that actively
defend against modern threats.
My Skills
Programming
Operating Systems
Version Control
Languages
- English B2
- German B1
- Polish (Native)
My Projects
Cross-Platform Black Box Game
A logic puzzle game running in the terminal. Implemented custom 'raw mode' handling to bypass standard buffering, enabling real-time interaction on both Linux and Windows kernels.
Smart Parking REST API
Backend system for parking management. Features include dynamic pricing algorithms, VIP/Blacklist access control, and emergency protocols, backed by an H2 database and Spring Boot.
MirrorC - Multi-Threaded File Mover
A high-performance, cross-platform file traversal and copying tool written in C23. Utilizes a Thread Pool architecture and Zero-Copy I/O to maximize hardware throughput.
Aegis-LLM DAST Scanner
An advanced, asynchronous DAST scanner for auditing LLM-based applications. Built to meet the rigorous requirements of the NIS2 Directive and OWASP Top 10 for LLMs 2026.