data execution prevention (dep) bypass
Data execution prevention (DEP) bypass is the act of evading or circumventing the security feature in a computer system that prevents the execution of code in certain regions of memory. It involves finding a way to execute malicious code in memory areas that are typically protected by DEP, thus potentially allowing an attacker to exploit vulnerabilities and compromise the system.
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Related Concepts (17)
- binary exploitation techniques
- binary rewriting and code modification techniques
- buffer overflow attacks
- code injection
- control-flow hijacking and code reuse attacks
- data forgery techniques
- function pointer overwriting
- heap spraying
- jit spraying
- memory corruption vulnerabilities
- return-oriented programming (rop)
- return-oriented programming with gadgets (ropgadget)
- return-to-libc attacks
- rop chain construction
- rop deflection
- rop gadgets
- stack smashing
Similar Concepts
- bypassing dep (data execution prevention)
- code execution exploits
- code injection defense
- code injection mitigation
- code injection prevention
- control-flow integrity bypass
- data execution prevention
- data execution prevention (dep)
- data execution prevention (dep) bypass techniques
- decompilation prevention
- dep (data execution prevention)
- dep bypass techniques
- exploit mitigation bypass
- software-enforced dep
- sql injection prevention