
Learn to reduce recovery times and achieve high availability for distributed applications on DC/OS using external persistent volumes, with practical examples and demonstrations.

Exploring the evolution of stateful applications in containers, challenging the "stateless app" paradigm, and surveying current support for running stateful services on open source platforms.

Explore etcd v3's changes, including gRPC introduction, and learn about failure scenarios, cluster management, and backup/restore processes for Kubernetes and cloud-native projects.

Explore deploying Kubernetes with IPv6, covering current state, challenges, and step-by-step implementation. Learn about container networking, scaling, and future possibilities in this informative talk.

Explore Kubernetes' community-driven success, its organizational structure, and key principles that have fueled its rapid growth in the open-source ecosystem.

Explore deploying high-performance, energy-efficient AI foundation models on Kubernetes. Learn containerization, deployment, energy measurement, consumption reduction, and performance-energy tradeoffs.

Exploring container orchestration options, their strengths, and limitations. Insights from Azure Container Service on diverse solutions and success stories, without declaring a clear winner.

Explore traffic management challenges in container environments, focusing on load balancing methods, container outage consequences, and dynamic registration for microservices architecture.

Explore how Bloomberg adapted Kubernetes for machine learning, addressing multi-tenancy, data security, and hardware acceleration in their AI-driven financial services platform.

Explore strategies for reducing recovery times and achieving high availability in DC/OS using external persistent volumes, focusing on distributed applications like Cassandra and HDFS.

Learn to secure Apache Mesos clusters with authentication, authorization, encryption, and hardening techniques. Explore security zones, TLS, namespaces, and secrets management for robust cluster protection.

Explore advanced security features in Apache Mesos, including API authentication, executor authentication, secrets management, cryptography support, and enhanced isolation techniques.

Explore the journey of Kubernetes from company-led to community-led governance, highlighting challenges, lessons learned, and the importance of trust in open source projects.

Explore the inner workings of Linux containers, including isolation mechanisms, Docker Daemon functionality, and container image creation. Gain deep technical insights for confident application of Linux knowledge to containerization.

Learn best practices for securing Kubernetes clusters, covering control plane components, worker nodes, CIS Benchmarks, RBAC, audit logs, and network policies to enhance cluster protection.

Explore Kubernetes Security Profiles Operator for enhanced container isolation, focusing on SELinux, seccomp, and AppArmor. Learn how eBPF simplifies custom profile creation and gain insights from Adobe's implementation.

Explore GitOps with Flux Terraform Controller for streamlined, secure deployments. Learn to automate infrastructure management and ensure desired state consistency in Kubernetes environments.

Dive into a complex Kubernetes network performance issue, exploring debugging steps, kernel tracing, and the discovery of a bug. Learn about eBPF-based mitigation and upstream fixes.

Optimize I/O for GPU-intensive machine learning training in the cloud. Learn a new architecture to maintain data throughput and implement it in Kubernetes for PyTorch workloads.

Explore an innovative alternative to nested virtualization: the SecondaryVM framework. Learn about its implementation, challenges, and potential applications in confidential computing and diverse platforms.

Explore container supply chain security using Notary, TUF, and Gatekeeper. Learn digital signature techniques and see a demo on implementing secure CI/CD processes and policy enforcement in Kubernetes clusters.