Data Execution Prevention (DEP) is a security feature included in modern
operating systems. It is known to be available in Linux, Mac OS X, and
Microsoft Windows operating systems and is intended to prevent an
application or service from executing code from a non-executable memory
region. Whereas Address space layout randomization (ASLR) is a computer
security technique which involves randomly arranging the positions of
key data areas, usually including the base of the executable and
position of libraries, heap, and stack, in a process’s address space.
Security researchers have spent a lot of time in researching and developing techniques to bypass these security mechanism. Today, we would like to present an advanced research paper based on bypassing ASLR/DEP by Mr. Vinay Katoch who is a Vulnerability Research Specialist at Secfence Technologies. The paper emphasis on techniques that can be used to break these advanced security shields. This paper also throws light on Microsoft’s EMET, Enhanced Mitigation Experience Tool kit’s strength. The paper can be read from here.
Contact => www.facebook.com/ryan.manjothi
Security researchers have spent a lot of time in researching and developing techniques to bypass these security mechanism. Today, we would like to present an advanced research paper based on bypassing ASLR/DEP by Mr. Vinay Katoch who is a Vulnerability Research Specialist at Secfence Technologies. The paper emphasis on techniques that can be used to break these advanced security shields. This paper also throws light on Microsoft’s EMET, Enhanced Mitigation Experience Tool kit’s strength. The paper can be read from here.
Contact => www.facebook.com/ryan.manjothi
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