Spatial memory errors such as buffer overflows still rank among the top vulnerabilities in
C/C++ programs. Despite much research in the area, the performance overhead of (even …

The complexity of modern software systems, the integration of several software components,
and the increasing exposure to public networks make systems more susceptible to cyber …

C/C++ memory safety issues, such as out-of-bounds errors, are still prevalent in today's
applications. The presence of a single exploitable software bug allows an adversary to gain …

Memory safety is a major security concern for unsafe programming languages, including
C/C++ and CUDA/OpenACC. Hardware-accelerated memory tagging is an effective …

The arbitrarily connected nature of IoT has led to an explosion in the number of embedded
devices accessed. These devices typically store and process large amounts of private and …

Modern applications combine multiple components into single processes, leading to
complex tradeoffs between isolation, performance, and programmability. We present the …

Memory safety violations like simple buffer overflows, or use-after-free are still prevalent
issues in modern computing. One way of precluding them is to impose some lightweight …

In our modern world, neural networks are ubiquitous. Their functionality and complexity keep
increasing while the feature size of the hardware that runs today's neural networks keeps …

Методы. Проведен сравнительный анализ и выбор аппаратных технологий контроля
корректности состояния памяти, а также программных технологий, поддерживающих …