Improving Bootup Performance of Containers with Overlay Images in TEE Environments
Optimizing container bootup in TEE environments: Accelerating image downloads, reducing key negotiation overhead, and offloading image decryption for improved performance and security.
Intel TD Partitioning and vTPM on COCONUT-SVSM
Explore Intel TD Partitioning and vTPM implementation on COCONUT-SVSM, gaining insights into advanced virtualization security techniques.
Live Migration Architecture for Intel TDX-based Confidential VMs
Explore Intel TDX's live migration architecture for confidential VMs, focusing on security properties, components, interfaces, and lifecycle, with insights on implementation and scalability.
The Five Big Problems with Confidential Containers
Explore five major challenges in confidential containers technology: attestation, performance, image download, access control, and debuggability. Learn about current solutions and future prospects.
Unifying Confidential Attestation - Strategies and Approaches
Explore confidential computing attestation, comparing SEV-ES, SEV-SNP, and Intel TDX. Learn strategies for unification, including secure vTPMs and the Confidential Containers Attestation Agent.
Supporting Live Migration of Confidential VMs in KVM
Explores design details of SEV-SNP live migration for confidential VMs in KVM, discussing potential common API across vendors for secure VM migration between hosts.
No More Turtles: The SecondaryVM Framework - An Alternative to Nested Virtualization
Explore an innovative alternative to nested virtualization: the SecondaryVM framework. Learn about its implementation, challenges, and potential applications in confidential computing and diverse platforms.
Protected KVM on Arm64: A Technical Deep Dive
Explore pKVM, an extension of KVM/arm64 for Confidential Computing on Arm v8.0+ CPUs. Learn its architecture, implementation, and potential for shared infrastructure with other solutions.
Testing Intel TDX Functionality With New Set of Self Tests
Explore Intel TDX functionality through new self-tests, covering spec conformance, edge cases, and feature development strategies for efficient and thorough testing.
Fast and Secure: DPDK Meets Confidential Computing
Discover how to integrate DPDK applications with Confidential Computing technologies, addressing challenges in memory management, optimization, and cross-platform compatibility for secure cloud deployments.
Boosting the Network Performance of Confidential VM Using Userspace Stack
Discover how to optimize network performance in Confidential VMs through userspace stack implementation, achieving 2x throughput improvement using DPDK polling mode and efficient TLS protocol processing.
Beyond CPUs and GPUs - Extending Confidential Computing to DPUs for Enhanced AI Security
Explore how confidential computing extends beyond CPUs and GPUs to DPUs, examining privacy-preserving AI implementations and hardware-based security solutions for third-party infrastructure.
The Confidential Computing Story: Rivers, Dams and Kernel Development - Part I
Explore the journey of confidential computing in Linux, from hardware to user availability. Learn about upstream collaboration, development challenges, and Red Hat's work in the CentOS Stream Virtualization SIG.
Unlocking the Cloud with Confidential Computing
Explore Confidential Computing's role in enhancing cloud security for sensitive sectors. Learn about TEEs, attestation, and cutting-edge CPU technologies through Enarx project examples.
COCONUT-SVSM on KVM: Progress, Plans, and Challenges
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.
Confidential Computing - The Minimum Developers Should Know
Explore Confidential Computing essentials: technologies, importance, and ecosystem. Learn about FHE, SMPC, TEEs, and more. Gain insights into industry collaborations and community engagement.
Exploring Ubuntu Confidential VMs with Intel TDX on Google Cloud
Discover how Ubuntu Confidential VMs with Intel TDX enhance security on Google Cloud, protecting against threats and implementing zero trust strategies for sensitive applications.
Protecting WebAssembly Workloads with Confidential Computing and Trusted Execution Environments
Explore how to secure WebAssembly workloads using Confidential Computing and Trusted Execution Environments, focusing on WASI implementation, privacy-preserving AI, and practical applications in cloud/edge computing.
Black Hat Europe 2024
Black Hat Europe 2024