binary exploitation techniques
Binary exploitation techniques refer to the methods employed to identify and exploit vulnerabilities in computer software or systems by leveraging binary code, aiming to gain unauthorized access, control, or extract sensitive data. These techniques involve understanding the low-level details of the software, manipulating inputs, memory, or program flow, and exploiting weaknesses to execute malicious actions.
Requires login.
Related Concepts (21)
- buffer overflow attacks
- canary protection bypass
- code injection attacks
- data execution prevention (dep) bypass
- dll injection
- exploit development
- format string vulnerabilities
- function hooking
- heap exploitation
- heap spraying
- integer overflows
- pointer subterfuge attacks
- return address overwrite strategies
- return-oriented exploitation
- return-oriented programming (rop)
- return-to-libc attacks
- shellcode injection
- stack overflow attacks
- stack smashing protection bypass
- static analysis bypass techniques
- use-after-free vulnerabilities
Similar Concepts
- binary analysis
- binary code analysis
- binary code cracking
- binary code hacking
- binary code manipulation
- binary code manipulation techniques
- binary exploitation
- binary rewriting and code modification techniques
- code exploitation
- exploit mitigation techniques
- exploit writing techniques
- exploitation techniques
- exploitation techniques for embedded systems
- kernel exploitation
- return-oriented exploitation techniques