We present a preliminary study of buffer overflow vulnerabilities in CUDA software running on GPUs. We show how an attacker can overrun a buffer to corrupt sensitive data or steer the execution flow by overwriting function pointers, e.g., manipulating the virtual table of a C++ object. In view of a potential mass market diffusion of GPU accelerated software this may be a major concern
Recent advances in the massively parallel computational abilities of graphical processing units (GPU...
The vast majority of software vulnerabilities still originates from buffer overflows. Many different...
We demonstrate how software vulnerabilities compromise the security of a computer system. A variety ...
NVIDIA’s CUDA devices are increasingly being used in applications from accelerating computer graphic...
Graphics processing units (GPUs) have become a widely used technology for various purposes. While th...
International audienceThere is an increasing interest in Graphics Processing Units for general-purpo...
Security vulnerabilities are present in most software systems, especially in projects with a large ...
This paper investigates the practicality of memory attacks on commercial Graphics Processing Units (...
Part 1: AcceleratorInternational audienceGraphics Processing Units (GPU) are widely used to accelera...
International audienceFault attacks have been developed in the cryptographic com-munity to extract s...
Security vulnerabilities are present in most software systems, especially in projects with a large c...
This thesis presents a new security policy enforcer designed for securing parallel computation on CU...
Graphics Processing Units (GPUs) were introduced as peripheral devices for accelerating graphics and...
Graphics Processing Units (GPUs) are becoming more and more prevalent in general-purpose computing. ...
Modern computing platforms are becoming increasingly heterogeneous, combining a main processor with ...
Recent advances in the massively parallel computational abilities of graphical processing units (GPU...
The vast majority of software vulnerabilities still originates from buffer overflows. Many different...
We demonstrate how software vulnerabilities compromise the security of a computer system. A variety ...
NVIDIA’s CUDA devices are increasingly being used in applications from accelerating computer graphic...
Graphics processing units (GPUs) have become a widely used technology for various purposes. While th...
International audienceThere is an increasing interest in Graphics Processing Units for general-purpo...
Security vulnerabilities are present in most software systems, especially in projects with a large ...
This paper investigates the practicality of memory attacks on commercial Graphics Processing Units (...
Part 1: AcceleratorInternational audienceGraphics Processing Units (GPU) are widely used to accelera...
International audienceFault attacks have been developed in the cryptographic com-munity to extract s...
Security vulnerabilities are present in most software systems, especially in projects with a large c...
This thesis presents a new security policy enforcer designed for securing parallel computation on CU...
Graphics Processing Units (GPUs) were introduced as peripheral devices for accelerating graphics and...
Graphics Processing Units (GPUs) are becoming more and more prevalent in general-purpose computing. ...
Modern computing platforms are becoming increasingly heterogeneous, combining a main processor with ...
Recent advances in the massively parallel computational abilities of graphical processing units (GPU...
The vast majority of software vulnerabilities still originates from buffer overflows. Many different...
We demonstrate how software vulnerabilities compromise the security of a computer system. A variety ...