
Explore Docker and KVM-QEMU escape techniques, vulnerabilities, and exploitation methods in cloud computing systems. Learn about container escape, QEMU device emulator flaws, and virtual machine escape strategies.

Innovative technique for rehosting embedded Linux kernels in QEMU using peripheral transplantation, enabling dynamic analysis of firmware images from diverse embedded devices.

Explore advanced DMA reentrancy techniques for QEMU escape, including DMA Reflection/Refraction and DMA Oriented Programming. Learn about vulnerabilities, exploit processes, and future challenges in virtualization security.

Learn to build FreeRTOS and Linux applications using Yocto Project, enabling efficient development for heterogeneous embedded systems with a unified workflow and SDK.

Explore iOS kernel emulation on QEMU, achieving interactive bash shell and live kernel debugging. Discover groundbreaking research towards a full open-source iOS system emulator.

Explore eBPF, Buildroot, and QEMU for automated Linux malware analysis. Learn about ELFEN sandbox and see demonstrations of analyzing popular malware families like Mirai and AvosLocker.

Explore nested virtualization on POWER9 processors, including KVM implementation, challenges, and future developments. Gain insights into running VMs within VMs and their practical applications.

Explore RISC-V software ecosystem's evolution, current status, and future goals. Gain insights into key projects and opportunities for developers to contribute to this growing open-source platform.

Explore VM block error injection for testing Linux storage, covering its importance, challenges, and benefits over traditional methods. Learn about a proof-of-concept implementation in QEMU.

Explore LinuxBoot implementation on AArch64 servers, covering overview, QEMU demonstration, and kernel decompression challenges. Learn to configure, inject, and debug LinuxBoot for AArch64 systems.

Explore KUnit for Linux kernel testing, comparing it with other tools, and learn about test result standardization, QEMU support, and techniques for testing complex kernel code.

Explore QEmu for embedded software development, enabling rapid iteration while closely simulating target hardware. Learn to overcome challenges and leverage tools for efficient cross-architecture development.

Explore execute-only memory implementation for kernel protection, covering benefits, virtualization techniques, and necessary code adaptations. Learn about enhanced security against control flow attacks and code diversification schemes.

Explore Compute Express Link integration with Linux and QEMU, covering features, usage models, drivers, and implementation challenges for advanced hardware acceleration.

Explore the current status, requirements, and future roadmap of CXL 2.0+ emulation using QEMU, presented by Jonathan Cameron at the Linux Plumbers Conference.

Explore secure boot options for confidential VMs with encrypted disks, discussing challenges and solutions for various TEEs. Gather feedback to define a standardized, secure, and maintainable mechanism.

Explore advanced binary fuzzing techniques through QEMU-Native Hooking Bridge, offering improved instruction hooking and memory control for efficient vulnerability detection in compiled code without source access.

Analyze nested CVM performance on KVM/QEMU and Linux root partition for Microsoft Hyper-V/Cloud-Hypervisor, exploring optimization techniques and performance implications.

Explore zoned storage implementation in QEMU, focusing on technical aspects and potential improvements for virtual machine storage management.

Explore advanced QEMU virtualization using libvirt tools. Learn to build and launch Yocto Project images with virsh and virt-manager, enabling features like USB passthrough and OVMF firmware integration.

Explore recent advancements in QEMU, including major upstream contributions and their impact on virtualization technology.