Penetration Testing

Our team of experienced pentesters with strong CTF backgrounds will approach every scenario with a true hacker mindset.

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  • CRTP
  • OSCP
  • OSWE
  • OSEP
  • CISSP
  • CEH
  • GMON
  • TISP
  • CRTO
  • PNPT
  • CRTP
Workcation

“The collaboration with Neodyme is always professional and uncomplicated. We appreciate the fast communication channels and efficient processes. The employees are competent and distinguish themselves through high creativity. Here you also think outside the box!”

Moritz Prinz
Partner at TNG Technology Consulting

Find more content in our Blog

Our blog features posts from the world of cybersecurity, reverse engineering, research projects, solana and other blockchains, cryptography, and much more. If you're a developer, a security professional, or just an interested person, we are sure you will find something exciting to read! Here are some of our favorite posts to get you started!

CS:GO: From Zero to 0-day

We identified three independent remote code execution (RCE) vulnerabilities in the popular Counter-Strike: Global Offensive game. Each vulnerability can be triggered when the game client connects to our malicious python CS:GO server. This post details our journey through the CS:GO binary and conducts a technical deep dive into various identified bugs. We conclude by presenting a proof of concept (POC) exploit that leverages four different logic bugs into remote code execution in the game’s client, triggered when a client connects to the server.

RCE on the HP M479fdw printer

Two years ago, Neodyme targeted the “SOHO Smashup” chain at Pwn2Own Toronto 2022, featuring a Netgear RAX30 router and an HP M479fdw printer and successfully gained remote code execution on both devices, pivoting from the router to the printer. This post covers the technical aspects of our first printer exploitation journey, resulting in reliable code execution via the printer discovery service.

MacOS: Unauthd - Logic bugs FTW

This blog post is about a MacOS LPE chain I wrote and reported back in February. It features three logic bugs to go from user to root with System Integrity Protection (SIP) bypass to kernel. Since I’m not exploiting any memory corruptions or other vulnerabilities that aren’t 100% deterministic, this chain is fully reliable which I think is cool ;). It runs on MacOS < 10.15.5

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