If you want to learn malware reverse engineering and have no idea where to start, this is it. RE101 takes you from zero to reversing real Windows malware. RE102 covers anti-RE techniques, encryption, VM evasion, and packing. PE Injection Study walks through extracting process injection techniques from Cryptowall. macOS workshop covers Mach-O headers, code caves, and dynamic library injection.
Hands-on labs. Downloadable VMs. Real malware samples. IDA Pro cheat sheet included.
Free. No paywall. No signup.
https://t.co/mpbBMNJWrT
Author: @malwareunicorn
#MalwareAnalysis #ReverseEngineering #InfoSec
One of the best FREE Windows exploit development and security research blogs out there. Kernel pool exploitation. PTE overwrites. HVCI and kernel CFG bypass. XFG internals. Browser type confusion. Kernel shadow stacks. Secure kernel internals. ARM64 Pointer Authentication bypass. ETW and PPL research.
Covers everything from ROP fundamentals all the way to cutting edge ARM64 and VBS security research. Still actively publishing in 2026.
https://t.co/tyfevXiWOp
Author: @33y0re
#ExploitDevelopment #WindowsInternals #ReverseEngineering
🧙 We built Grimoire: a single search box for every offensive playbook, fully offline.
Type ssrf, kerberoast, jwt, sudo and instantly hit the right page across more than 100 curated sources at once. 🔍⚡
I made this Windows security research toolkit for LPE, persistence, COM hijacking, and attack surface enumeration.
Leave a star and follow on GitHub so I can feed my 10 kids <3
https://t.co/esI60KXU2X
MSSQL has always been a favorite target. Now it ships its own egress channel.
@gershsec's latest research breaks down how SQL Server 2025's native AI features enable exfil, NTLM coercion, and C2 transport, all functioning as intended.
Read more 👇 https://t.co/ugDN4IcZXW
U2U powers UnPAC-the-Hash and chains into Shadow Credentials and ADCS ESC attacks, but most resources skip the “how.”
@GrayHatKiller breaks down Kerberos U2U auth from the RFC to Windows’ divergences—and why modern attacks rely on it.
https://t.co/Ci49LjpHwQ
Wrote a blogpost about how you can use the Windows server 2003 source code as a red teamer to make your tools look less like tools.
I also go over and map out the main/important files and practical examples of using it to augment MS-*/RFC specs: https://t.co/HfUYBAdCJJ
Most people learn security research by reading finished writeups. This one shows the actual process.
The messy, organic, step-by-step reality of reversing an unknown Windows mitigation from scratch. WinDbg. IDA. Hex Rays. Guard page violations. Trap flags. Zero prior knowledge of the target.
If you want to learn how to actually approach unknown Windows internals, start here.
https://t.co/Xq8xbSnG75
Author: @yarden_shafir
#ReverseEngineering #WindowsInternals #InfoSec
Cleaned up my old ETW notes from Obsidian and put them into one post.
No new research here.
Just a practical map of the parts I keep coming back to, providers, sessions, kernel loggers, ETWTI, tampering, and detection.
https://t.co/e068LAH8p7
Can you fix Opus 4.8/4.7 to work for offensive security with proper cyber validation approval? I’m a big fan of Claude code but at this point it’s unusable. 4.6 is usable but it’s hard to justify/advocate for the spend of a model 2 versions behind frontier. @bcherny@AnthropicAI
Round two!
Yesterday was one report, here’s another: an unpatched NTLM coercion via the Windows Search (search-ms://) URI handler.
Same questions about how it got handled. It’s all in the writeup, timeline included.
https://t.co/eMbyEGbx8b