seed-labs

Linux相关的攻击方法

🎓 Logbook solutions for SEED Labs and CTFs - FSI -> L.EIC - FEUP

These labs cover some of the most common vulnerabilities and attacks exploiting these vulnerabilities. The labs were completed as a part of the Secure Programming course at the University of Texas at Arlington. The course is well structured to understand the concepts of secure programming.

Various attacks and vulnerability exploits performed - SEED Labs Tasks

Practical crypto challenges from SEED Labs for understanding secret key encryption weaknesses.

Web Security SEED Labs 2.0 on SQL Injection, CSRF and XSS

SEED Labs with Docker Container Environment.

Hands-on TCP/IP attack lab covering SYN Flooding, TCP RST Attack, Session Hijacking, and Reverse Shell - performed in an isolated SEED Labs virtual environment. MS Cybersecurity | NUCES Islamabad.

Segurança em Sistemas Informáticos @ FEUP 2023

SEED Labs RSA and Digital Signature Apps Assignment

This repository contains UTCN laboratories, course Security of Systems and Applications, 4th year, 2023. The laboratories are related to SEED LABS

FEUP FSI | Computer Security Foundations | 2021/22

RSA implementation SEED Labs

Educational project demonstrating stack-based buffer overflow vulnerabilities, including exploitation techniques and modern OS defense mechanisms (ASLR, NX, stack canaries), implemented in C for controlled lab environments (Information Technology Security, UNIWA).

This repository contains my lab solutions for SEED labs.

Working, verified solutions to a representative subset of Syracuse SEED Labs across software, crypto, network, and web security (WSL2, real captured evidence). Educational.

SEED Labs Buffer Overflow Assignment

Writeups of different Seed Security Labs

Laboratory project for Information Technology Security focusing on TLS/SSL vulnerability scanning, analyzing protocol versions, cipher suites, and known attacks using Qualys SSL Labs and the A2SV Python-based scanner (Information Technology Security, UNIWA).

Academic cryptography project implementing RSA encryption, decryption, digital signatures, and X.509 certificate verification in C using the OpenSSL BIGNUM (BN) library, bridging theoretical cryptography with real-world security applications (Information Technology Security, UNIWA).