One of the most prevalent, ancient and devastating vulnerabilities which is increasing rapidly is Memory corruption. It is a vulnerability where a memory location contents of a computer system are altered because of programming errors allowing execution of arbitrary codes. It particularly happens in low-level programming languages such as C, C++ because of their lack of memory safety. Many defense techniques against this kind of attacks have been presented and implemented to prevent it. However, an advanced version of the attack can bypass some of these techniques and harm the system. In this work, we present an overview of the Memory corruption attacks and the existing mitigation techniques for both compilers and operating systems. We hope...
Obtaining secure systems software is notoriously hard. One reason is the continuing use of unsafe la...
Memory corruption attacks have haunted computer systems for decades. Attackers abuse subtle bugs in ...
Control-flow hijacking attacks allow adversaries to take over seemingly benign software, e.g., a web...
One of the most prevalent, ancient and devastating vulnerabilities which is increasing rapidly is Me...
The chapter introduces and describes representative defense mechanisms to protect from both basic an...
In this book we examine a number of vulnerabilities in C-like languages that can be exploited by att...
Abstract—Memory corruption bugs in software written in low-level languages like C or C++ are one of ...
Exploitation of memory-corruption vulnerabilities in widely-used software has been a threat for over...
Adversaries exploit software vulnerabilities in modern software to compromise computer systems. Whil...
This paper proposes a methodology to develop coun-termeasures against code injection attacks, and va...
Programs written in C and C++ are susceptible to a number of memory errors, including buffer overflo...
Background. One of the main reasons for memory corruption vulnerabilities lies in the lack of built...
Memory safety vulnerabilities remain one of the most critical sources of exploitable security proble...
The most common cyber-attack vector is exploit of software vulnerability. Despite much efforts towar...
Memory vulnerabilities and bugs become one of the most severe problem in today's system security.Due...
Obtaining secure systems software is notoriously hard. One reason is the continuing use of unsafe la...
Memory corruption attacks have haunted computer systems for decades. Attackers abuse subtle bugs in ...
Control-flow hijacking attacks allow adversaries to take over seemingly benign software, e.g., a web...
One of the most prevalent, ancient and devastating vulnerabilities which is increasing rapidly is Me...
The chapter introduces and describes representative defense mechanisms to protect from both basic an...
In this book we examine a number of vulnerabilities in C-like languages that can be exploited by att...
Abstract—Memory corruption bugs in software written in low-level languages like C or C++ are one of ...
Exploitation of memory-corruption vulnerabilities in widely-used software has been a threat for over...
Adversaries exploit software vulnerabilities in modern software to compromise computer systems. Whil...
This paper proposes a methodology to develop coun-termeasures against code injection attacks, and va...
Programs written in C and C++ are susceptible to a number of memory errors, including buffer overflo...
Background. One of the main reasons for memory corruption vulnerabilities lies in the lack of built...
Memory safety vulnerabilities remain one of the most critical sources of exploitable security proble...
The most common cyber-attack vector is exploit of software vulnerability. Despite much efforts towar...
Memory vulnerabilities and bugs become one of the most severe problem in today's system security.Due...
Obtaining secure systems software is notoriously hard. One reason is the continuing use of unsafe la...
Memory corruption attacks have haunted computer systems for decades. Attackers abuse subtle bugs in ...
Control-flow hijacking attacks allow adversaries to take over seemingly benign software, e.g., a web...