Secure and Fast MicroVM for Serverless Computing
Explore Firecracker: an open-source virtualization technology for secure, efficient serverless computing. Learn its design, architecture, and integration with AWS services and open-source projects.
Kata Containers + Cloud-Hypervisor - Virtualization for Cloud Native
Explore Kata Containers 2.0 and Cloud-Hypervisor for efficient, secure cloud-native virtualization. Learn about resource sharing, on-demand provisioning, and collaboration between host tools, VMM, and guest kernel.
Kata Containers Performance Evaluation and Optimization on Arm64
Explore Kata Containers on Arm64: performance evaluation, optimization techniques, and real-world use cases. Learn about lightweight VMs, architecture comparisons, and improvements in security and efficiency.
Nabla Containers - A New Approach to Container Isolation
Explore Nabla Containers, a novel approach to enhance container isolation by reducing syscall exposure, improving security for cloud environments and container-native applications.
Kubernetes VM Solutions for Multi-Tenant Applications
Explore VM solutions for Kubernetes multi-tenant apps, including KubeVirt, Virtlet, and RancherVM for traditional workloads, and Kata Containers and gVisor for secure container isolation.
A Kernel in a Container? Understanding Kata Containers
Explore Kata Containers: secure, lightweight VMs with container-like performance. Learn about their origin, benefits, and impact on cloud-native security.
How Low Can You Go? A Comparative Dive Into gRPC and TtRPC for Memory-Efficient Environments
Explore ttRPC's performance, security, and characteristics compared to gRPC for memory-efficient environments. Analyze benchmarks and discuss limitations in various applications.
Kata Containers - State of the Union
Explore Kata Containers' latest developments, including runtime-rs, confidential computing advancements, and upcoming release plans.
The Confidential Computing Story: Early Development Across the Stack - Part II
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.