
Explore Knative Eventing ecosystem and RabbitMQ implementation. Learn roadmap to GA, common pitfalls, and strategies for successful integration in event-driven architectures.

Explore Keptn's future in cloud-native operations, including standardized deployment events, lifecycle control, SLO accessibility, and new integrations for enhanced application lifecycle management.

Explore eBPF-based monitoring for service meshes, comparing it to sidecar approaches. Learn about eBPF technology, its advantages, and how it can coexist with Envoy metrics for meaningful Grafana dashboards.

Explore Istio's new sidecarless architecture for service meshes, addressing concerns about sidecars while maintaining key functions. Learn through demos and architectural insights.

Explore the shift from DevOps to platform engineering in cloud-native environments, focusing on product-centric approaches and strategic prioritization.

Explore Istio Ambient Mesh: Learn challenges solved by service mesh, compare sidecar and sidecarless architectures, and gain hands-on experience migrating workloads to ambient mesh for reduced complexity and overhead.

Explore Kubernetes' cloud provider framework, external cloud providers, and cloud controller manager. Learn implementation, responsibilities, and migration strategies for zero-downtime clusters.

Explore CERN's Kubernetes infrastructure resilience: Learn how a major incident was managed with minimal impact, and discover strategies for high availability and rapid recovery in critical environments.

Learn best practices for deploying etcd in large-scale Kubernetes clusters, focusing on performance, reliability, and scalability for thousands of nodes. Insights from Datadog and Google Cloud experts.

Explore the challenges and opportunities of Kubernetes' transition from monorepo to component-based architecture, focusing on distribution, quality assurance, and collaboration across projects.

Explore self-managing Kubernetes clusters: streamline management, enhance scalability, and overcome challenges in multi-tenant cloud environments. Learn from VMware's successful implementation.

Explore k8gb, an open-source global load balancing solution for Kubernetes, enabling efficient recovery from regional failures and improving app reliability across dispersed clusters.

Discover the latest developments in Knative, including updates on Serving, Eventing, Functions, and Client. Learn about related sandbox projects and upcoming releases from project maintainers.

Explore resilience strategies for Cortex, a scalable multi-tenant storage solution for Prometheus. Learn about hash-ring replication, zone-aware replication, tenant limits, instance limits, and shuffle sharding.

Explore advanced strategies for managing multi-zone and multi-cluster Kubernetes environments, focusing on scalability, resilience, and efficient resource allocation across distributed infrastructures.

Learn how Databricks migrated from single-node to multi-node Kubernetes control planes, enhancing reliability and enabling safer, faster upgrades across their cluster fleet without disrupting production workloads.

Explore solutions for seamless migration of stateful workloads across Kubernetes clusters, focusing on operational challenges, data protection, and the StatefulSet Partition enhancement for simplified maintenance.

Explore KEDA for event-driven autoscaling in Kubernetes. Learn its functionality, implementation, and future plans from project maintainers, with live demonstrations.

Explore the Kubernetes feature lifecycle, understanding the complexities of adding new features, the review process, and real-life examples of successful and problematic enhancements.

Explore Kubernetes architecture principles, API conventions, and cross-cutting concerns. Learn about SIG Architecture's role, subprojects, and community efforts in maintaining Kubernetes design consistency.

Explore strategies for high availability, traffic management, and cost optimization in Kubernetes using pod anti-affinity, Istio, and Karpenter to overcome challenges in app distribution and resource scaling.