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 doar-e.github.io
Spotlight on an unprotected AES128 white-box implementation
| | cocomelonc.github.io
Malware and cryptography 20: encrypt/decrypt payload via Skipjack. Simple C++ example. - cocomelonc
1.5 parsecs away

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| | [AI summary] The provided text discusses the development of a payload using a custom encryption method, likely based on the Skipjack algorithm, to evade detection by antivirus systems. It outlines the steps to compile and run the payload on a Windows machine, and mentions that the code is intended for educational purposes only. The text also references the Clipper chip initiative and highlights the importance of awareness for cybersecurity professionals.
| | goggleheadedhacker.com
Reverse Engineering Crypto Functions: AES | GoggleHeadedHacker
1.4 parsecs away

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| | This tutorial will show how two methods of implementing the AES algorithm work. It will also demonstrate how to identify these methods in Assembly when reverse engineering an application.
| | rot256.dev
ROT256 : Cryptography & Other Random Bits.
2.0 parsecs away

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| | A walk-through of real-world AES fault injection for dummies on a shoestring budget. Introduction In the post we will setup a microcontroller which encrypts using AES with an unknown key, then explore how to recover the full AES key from simply (randomly) glitching the power-supply which will introduce faults in the arithmetic during the computation of AES encryption. This post is designed to serve as a tutorial and enable the reader to follow along.
| | cocomelonc.github.io
Malware and cryptography 38 - Encrypt/decrypt payload via Camellia cipher. S-box analyses examples. Simple C example. - cocomelonc
7.5 parsecs away

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