One of the most elusive types of malware in recent times that pose significant challenges in
the computer security system is the kernel-level rootkits. The kernel-level rootkits can hide its …

Malicious software, a threat users face on a daily basis, have evolved from simple bankers
based on social engineering to advanced persistent threats. Recent research and …

Modern deep learning frameworks rely heavily on GPUs to accelerate the computation.
However, the security implication of GPU device memory exploitation on deep learning …

During the past decade, virtualization-based (eg, virtual machine introspection) and
hardware-assisted approaches (eg, x86 SMM and ARM TrustZone) have been used to …

In the last decade, the dedicated graphics processing unit (GPU) has emerged as an
architecture for high-performance computing workloads. Recently, researchers have also …

Automotive cyber-physical systems are in transition from the closed-systems to open-
networking systems. As a result, in-vehicle networks such as the controller area network …

Large OS kernels always suffer from attacks due to their numerous inherent vulnerabilities.
To protect the kernel, hypervisors have been employed by many security solutions …

Operating systems adopt kernel protection methods (eg, mandatory access control, kernel
address space layout randomization, control flow integrity, and kernel page table isolation) …

The OS kernel is typically the assumed trusted computing base in a system. Consequently,
when they try to protect the kernel, developers often build their solutions in a separate …

The OS kernel is typically preassumed as a trusted computing base in most computing
systems. However, it also implies that once an attacker takes control of the OS kernel, the …