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Alexandre Borges has published 15 detailed cybersecurity articles (1045 pages) covering reverse engineering, exploit development, and vulnerability research. Below are the links to his work:
Exploiting Reversing Series (ERS) – 439 pages
[+] ERS 05: Kernel Drivers Exploitation (Part 2)
[+] ERS 04: Windows Kernel Exploitation
[+] ERS 03: Advanced Reverse Engineering
[+] ERS 02: Exploit Development Techniques
[+] ERS 01: to Reverse Engineering
Modern Attack Surfaces (MAS) – 606 pages
[+] MAS 10: macOS/iOS Vulnerability Research
[+] MAS 09: Chrome Browser Exploitation
[+] MAS 08: Hypervisor Exploitation
[+] MAS 07: Advanced Malware Analysis
[+] MAS 06: Windows Kernel Security
[+] MAS 05: Exploiting Memory Corruption
[+] MAS 04: Linux Kernel Vulnerabilities
[+] MAS 03: Reverse Engineering Malware
[+] MAS 02: Fuzzing Techniques
[+] MAS 01: to Exploit Development
Blog Home Page: https://lnkd.in/dWWD3veT
You Should Know:
Essential Commands for Reverse Engineering & Exploit Development
Linux Commands for Binary Analysis:
Disassemble a binary with objdump objdump -d binary.elf Check binary protections checksec --file=./target Debug with GDB gdb -q ./binary (gdb) break main (gdb) run Extract symbols nm ./binary Trace system calls strace ./binary
Windows Commands for Exploit Development:
:: List loaded kernel drivers driverquery :: Debug with WinDbg windbg.exe -y SymbolPath -c "!analyze -v" :: Check process memory vmmap.exe -p <PID> :: Dump process memory procdump.exe -ma <PID>
Fuzzing & Vulnerability Research:
AFL++ fuzzing example afl-fuzz -i input_dir -o output_dir ./target @@ Radare2 for reverse engineering r2 -AAA ./binary <blockquote> afl List functions s main Seek to main pdf Disassemble
What Undercode Say:
Alexandre Borges’ work is a goldmine for cybersecurity professionals, covering kernel exploitation, reverse engineering, and modern attack surfaces. His detailed guides provide hands-on techniques for exploit development, making them essential for red teamers and vulnerability researchers.
Expected Output:
- Mastery of kernel driver exploitation (Windows/Linux).
- Advanced reverse engineering skills for malware analysis.
- Improved fuzzing and vulnerability discovery techniques.
Prediction:
As kernel-level attacks and hypervisor exploits grow, Borges’ research will become even more critical in defensive and offensive cybersecurity strategies. Expect more advanced exploitation techniques in future ERS and MAS articles.
IT/Security Reporter URL:
Reported By: Aleborges Windows – Hackers Feeds
Extra Hub: Undercode MoN
Basic Verification: Pass ✅
