Abstract—Layout randomization is a powerful, popular tech-nique for software protection. We present it and study it in programming-language terms. More specifically, we consider layout randomization as part of an implementation for a high-level programming language; the implementation translates this language to a lower-level language in which memory addresses are numbers. We analyze this implementation, by re-lating low-level attacks against the implementation to contexts in the high-level programming language, and by establishing full abstraction results. I
Abstract—Since the day it was proposed, return-oriented programming has shown to be an effective and...
This paper examines the security provided by different implementations of Address Space Layout Rando...
Until recently, it was widely believed that code randomization (such as fine-grained ASLR) can effec...
Randomization is used in computer security as a tool to introduce unpredictability into the software...
AbstractIn security, layout randomization is a popular, effective attack mitigation technique. Recen...
Software immunity through diversity is a promising research direction. Address Space Layout Randomi...
Software that is in use and under development today still contains as many bugs as ever. These bugs ...
Abstract—Fine-grained address space layout randomization (ASLR) has recently been proposed as a meth...
Abstract. The problem of defending software against tampering by a malicious host is not expected to...
Abstract. In security, layout randomization is a popular, effective at-tack mitigation technique. Re...
Abstract—To strengthen systems against code injection attacks, the write or execute only policy (W⊕X...
The problem of defending software against tampering by a malicious host is not expected to be solved...
Abstract—Through randomization of the memory space and the confinement of code to non-data pages, co...
Abstract—The wide adoption of non-executable page protec-tions in recent versions of popular operati...
Exploitation of memory-corruption vulnerabilities in widely-used software has been a threat for over...
Abstract—Since the day it was proposed, return-oriented programming has shown to be an effective and...
This paper examines the security provided by different implementations of Address Space Layout Rando...
Until recently, it was widely believed that code randomization (such as fine-grained ASLR) can effec...
Randomization is used in computer security as a tool to introduce unpredictability into the software...
AbstractIn security, layout randomization is a popular, effective attack mitigation technique. Recen...
Software immunity through diversity is a promising research direction. Address Space Layout Randomi...
Software that is in use and under development today still contains as many bugs as ever. These bugs ...
Abstract—Fine-grained address space layout randomization (ASLR) has recently been proposed as a meth...
Abstract. The problem of defending software against tampering by a malicious host is not expected to...
Abstract. In security, layout randomization is a popular, effective at-tack mitigation technique. Re...
Abstract—To strengthen systems against code injection attacks, the write or execute only policy (W⊕X...
The problem of defending software against tampering by a malicious host is not expected to be solved...
Abstract—Through randomization of the memory space and the confinement of code to non-data pages, co...
Abstract—The wide adoption of non-executable page protec-tions in recent versions of popular operati...
Exploitation of memory-corruption vulnerabilities in widely-used software has been a threat for over...
Abstract—Since the day it was proposed, return-oriented programming has shown to be an effective and...
This paper examines the security provided by different implementations of Address Space Layout Rando...
Until recently, it was widely believed that code randomization (such as fine-grained ASLR) can effec...