Welcome to My GitHub Profile!

👋 Hi, I'm Federico, a computer science student with a strong inclination towards problem-solving and cybersecurity. Currently, I work as a full stack developer, specializing in building robust and scalable web applications. I love exploring new technologies and constantly improving my skills.

🔍 In my free time, I enjoy participating in CTF (Capture The Flag) competitions, where I can test and hone my cybersecurity skills.

📚 I'm always looking for new challenges and learning opportunities. If you share my interests or have any interesting projects, feel free to reach out!

Connect with me on LinkedIn.

Fede_Fiore's Projects

1brc

1️⃣🐝🏎️ The One Billion Row Challenge -- A fun exploration of how quickly 1B rows from a text file can be aggregated with Java

bittorrent-client

Il client è in grado di decodificare dati bencode, analizzare file torrent per estrarre informazioni cruciali come la URL del tracker e l'hash delle informazioni, eseguire handshake con i peer per avviare il download, recuperare la lista dei peer dal tracker e scaricare pezzi specifici o l'intero file descritto nel file torrent.

bufferoverflow

Questo progetto dimostra una tecnica di exploit nota come Shellcode Injection. L'obiettivo è eseguire uno shellcode sfruttando una vulnerabilità di buffer overflow in un programma C.

discord-ai-chatbot

This Discord chatbot is incredibly versatile, offering a wide range of customization options.

griddycode

A code editor made with Godot. Code has never been more lit!

http-server

This project is a simple HTTP server implemented in Python. It handles various types of HTTP requests, including GET and POST, and supports functionalities like echoing request data, serving files, handling user-agent requests, and more. The server also supports gzip compression for responses.

hybrid-hashing-with-variable-length-mixing-hhvlm

HHVLM is a cryptographic hashing algorithm designed to offer a balanced approach to security and performance. The algorithm combines non-linear bitwise operations, dynamic memory allocation, and multi-round compression to produce a 256-bit hash from arbitrary input data.