Intel's Software Guard Extensions (SGX) promises an isolated execution environment,
protected from all software running on the machine. As such, numerous works have sought …

Intel® Software Guard Extensions (Intel® SGX) supports the creation of shielded enclaves
within unprivileged processes. While enclaves are architecturally protected against …

AMD's Secure Encrypted Virtualization (SEV) is a hardware extension available in AMD's
EPYC server processors to support confidential cloud computing. While various prior studies …

AMD Secure Encrypted Virtualization (SEV) offers protection mechanisms for virtual
machines in untrusted environments through memory and register encryption. To separate …

Hardware-assisted memory encryption offers strong confidentiality guarantees for trusted
execution environments like Intel SGX and AMD SEV. However, a recent study by Li et al …

One reason for not adopting cloud services is the required trust in the cloud provider: As they
control the hypervisor, any data processed in the system is accessible to them. Full memory …

In contrast to high-end computing platforms, specialized memory protection features in low-
end embedded devices remain relatively unexplored despite the ubiquity of these devices …

The growing need of trusted execution environment (TEE) has boomed the development of
hardware enclaves. However, current TEEs and their applications are tightly bound to the …

While Confidential Virtual Machines (CVMs) have emerged as a prominent way for
hardware-assisted confidential computing, their primary usage is not suitable for small …

AMD's Secure Encrypted Virtualization (SEV) is an emerging security feature of modern
AMD processors that allows virtual machines to run with encrypted memory and perform …