
Explore TCG emulation's potential in processor design research. Learn to integrate QEMU's TCG with simulators for efficient microarchitecture exploration using RISC-V as an example.

Parallelize QEMU live migration device state transfer using multifd channels to improve performance and reduce downtime for VMs with large device states.

Explore COCONUT-SVSM's evolution to a paravisor layer, recent achievements, and challenges in KVM integration. Learn about proposed solutions for AMD SEV-SNP VMPLs and Intel TDX partitioning support.

Empower confidential VMs to use custom firmware, enhancing security and control. Learn a method for supplying UEFI firmware via VM disk images, enabling user-controlled updates without disrupting workloads.

Explore early development challenges in Confidential Computing, focusing on Kata and Confidential Containers projects. Learn about building upper stacks on moving pieces and collaborative solutions.

Explore early attestation for unlocking persistent state in Coconut-SVSM, enabling stateful services like vTPM and secure UEFI variable store for Confidential VM guests on AMD SEV-SNP platforms.

Explore safe passthrough of DMA-capable platform devices using vfio-platform. Learn kernel reset modules, QEMU device tree generation, and identify integration-friendly devices.

Explore SEV-SNP live migration using guest-memfd and mirror VM. Learn about KVM API usage, NPT page tables, dirty page tracking, and post-copy considerations for enhanced virtualization security.

Explore out-of-process storage backends for VMs, comparing options like qemu-storage-daemon. Analyze performance characteristics and future optimizations for efficient storage solutions.

Explore a Zero-Trust vTPM for AMD SEV-SNP Confidential VMs, enabling secure measurements and attestation without relying on cloud service providers. Learn about its implementation and benefits for data protection.

Explore AMD SEV-TIO technology for enhanced security and improved I/O performance in confidential computing environments, focusing on secure device-guest bindings and lifecycle management.

Explore virtual CPU hotplug challenges and solutions for architectures lacking physical CPU hotplug support. Gain insights into progress, requirements, and future developments in cloud virtualization.

Explore Arm Confidential Compute Architecture's KVM support, enabling secure VM execution and preventing privileged software access. Learn implementation status and future plans.

Explore challenges and solutions for making QEMU's block layer thread-safe, enabling true parallel processing of multiple I/O queues for improved performance.

Explore Arm CPU models in QEMU, focusing on KVM compatibility, migration challenges, and potential solutions for flexible vCPU configurations.

Explore eBPF programs for efficient handling of complex KVM guest exits, reducing latency and improving virtualization performance.

Explore the COCONUT Secure VM Service Module for confidential virtual machines, its design, implementation, and future plans for enhancing CVM security and device emulation.

Explore 1G page support for guest_memfd in Linux systems, focusing on implementation, benefits, and potential challenges in virtualized environments.

Accelerate kernel development with virtme-ng. Learn to leverage QEMU/KVM, virtiofs, and overlayfs for rapid testing and debugging in a secure, high-performance virtualized environment.