
Learn strategies for securing SQL Server in containers, including pre-implementation considerations and methods to enhance container security in modern infrastructures.

Explore how Rackspace leverages OpenVZ containers and learn about potential expansions of OpenStack's Nova for diverse container use cases in cloud infrastructure.

Explore container policy management scaling using kernel features in Kubernetes environments, focusing on efficient networking, security, and policy implementation with Cilium and eBPF.

Explore a scalable reimplementation of Kubernetes service abstraction using eBPF, discussing recent kernel changes, future simplifications, and improvements in scalability and reliability for large-scale deployments.

Explore alternatives to Snap for sandboxing and containerizing Printer Applications and CUPS, discussing security, performance, and compatibility considerations for Linux systems.

Learn to containerize Angular applications using Docker, enhancing deployment efficiency and scalability while exploring best practices for development and production environments.

Explore container image encryption for geofencing execution, ensuring trusted nodes run trusted images. Learn about DevOps, trust bootstrapping, and key management for secure container deployment.

Explore CNI's role in container networking, its specification, and integration with Kubernetes. Learn about recent developments and future plans for this critical infrastructure component.

Explore Windows integration in Kubernetes: runtime architecture, ContainerD, networking enhancements, and advanced capabilities like Kubeadm and Cluster API support for Windows deployments.

Explore Windows Containers in Kubernetes: features, architecture, and roadmap. Learn about deployment considerations, performance improvements, and contribution opportunities for this growing technology.

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.

Explore CRI-O's security principles, container workload securing practices, and runtime application techniques. Learn about SELinux, AppArmor, seccomp, Linux capabilities, and namespace isolation for enhanced Kubernetes security.

Explore container and Kubernetes security fundamentals, covering supply chain and runtime security. Learn practical strategies to protect clusters and prevent vulnerabilities using real-world examples and essential tools.

Explore Notary v2's container signing infrastructure, design decisions, and target scenarios in this working session. Engage in discussions on signatures, key management, and registry issues.

Learn to simplify cloud native app packaging and deployment using CNAB specification and tools like Docker App. Streamline workflows with Terraform, Helm, and more without extensive tool-specific knowledge.

Explore next-gen process isolation techniques, comparing containers and micro VMs for secure workload execution. Learn about emerging technologies and their suitability for different applications.

Explore TUF's architecture for secure container delivery, protecting against attacks and mitigating risks in software distribution, even after security breaches.

Automate vulnerability handling in container security using Open Policy Agent. Learn to apply custom policies for efficient decision-making and streamline the process of addressing critical issues.

Explore sophisticated techniques used by malicious actors to evade container image scanning, and learn practical advice for detecting and mitigating these advanced attacks in Kubernetes clusters.

Explore containerization, cross-platform deployment, and DevOps for .NET applications in Kubernetes, including Windows nodes integration, operational insights, and future challenges.

Explore containerization, cloud, and GPU-based workloads in HPC. Learn about Kubernetes for resource management, GPU virtualization, custom scheduling, and monitoring for efficient AI development and deployment.