
CVE-2017-14980
Study of a classic stack-based buffer overflow vulnerability in a controlled lab environment for educational purposes.

Study of a classic stack-based buffer overflow vulnerability in a controlled lab environment for educational purposes.

Proof of concept with GDB‑assisted exploitation (educational / lab use only)

Vivisect plugin enabling function emulation, function recon, and interactive Python CLI for emulation-driven reverse engineering and vulnerability…

Educational repository documenting the analysis and exploitation of CVE-2025-5548 (FreeFloat FTP Server buffer overflow). Includes a reusable…

Frida-based tracer for easier reverse-engineering on Android, iOS, Linux, Windows and most related architectures.

Project Date : Feb 2026 / Discovered a buffer overflow vulnerability in the IOCTL handler of the kernel driver. The vulnerability allows an…

Easy Grade Pro 4.1 file parsing bug used as an educational example to show how beginners can start vulnerability research through reverse engineering.

Stack-based buffer overflow in MiniShare 1.4.1 reachable through a single HTTP PUT request.

Stack-based buffer overflow in R 3.4.4. Full exploitation on x86, but only RIP control with gadget analysis on x64 due to program constraints. The…

Classic stack-based buffer overflow in Savant Web Server 3.1 demonstrating early-2000s remote memory corruption through a crafted HTTP request.

Security research and reproduction of CVE-2025-5548: A stack-based buffer overflow in FreeFloat FTP Server 1.0. Includes binary analysis, crash…

Heap Buffer Overflow in CVE-2025-5548

Detect, analyze and uniquely identify crashes in Windows applications

This lab guides you through setting up an environment to explore CVE-2019-2215, a critical Android kernel vulnerability in the binder subsystem.