
Discover how to apply DevOps practices to data operations using cloud native tools, implementing databases in Kubernetes, and managing data as code through GitOps methodologies and best practices.

Discover how to implement efficient, cost-effective stream data processing using Kubernetes-native technologies while ensuring resilience and scalability in cloud-native environments.

Discover practical strategies for protecting Envoy against load spikes and DDoS attacks, including HTTP/2 'Rapid Reset' mitigation and advanced overload management techniques for enhanced system resilience.

Discover how to build enterprise-grade Zero Trust Network Access using Envoy, covering implementation challenges, architecture decisions, and scaling strategies for handling multiple data centers and high-bandwidth connections.

Discover how to implement Federated Machine Learning with Kubernetes for privacy-preserving model training across edge devices, enabling efficient image classification and scaled computations.

Discover how to optimize edge computing using Akri and WebAssembly for efficient IoT device management, data processing, and serverless applications in Kubernetes environments.

Discover how a global shipping company implemented Kubernetes on ocean vessels, addressing unique challenges of edge computing at sea while managing distributed clusters and intermittent connectivity.

Discover how eBay successfully implemented OpenFeature across their decision-making platform, focusing on developer experience, simplified onboarding, and scaling from zero to billions of operations.

Discover how policy-as-code bridges the gap between development and security teams, improving developer experience while maintaining robust system security. Learn implementation best practices and overcome common challenges.

Explore why developer platform consoles should minimize UI logic and rely more on APIs, focusing on best practices for creating efficient, maintainable interface designs.

Discover how to build effective platform interfaces that enhance developer experience and operability while reducing maintenance overhead through strategic platform engineering principles.

Explore the evolution from no-code to full-code approaches in Kubernetes platform engineering, examining real-world lessons and impacts on developer experience, testing, and operational stability.

Dive into advanced Kubernetes networking testing strategies, exploring Linux primitives and efficient testing methods without cluster dependencies for CNIs, kube-proxy, and service meshes.

Discover how to optimize Kubernetes network performance for cloud gaming using DSCP markings and traffic shaping techniques to manage latency, prevent noisy neighbors, and ensure quality gameplay for thousands of players.

Dive into Open Policy Agent (OPA), exploring policy decision-making across cloud native stacks, from application authorization to Kubernetes admission, with insights into v1.0 features and updates.

Master the implementation of secure Internet Egress gateways using Istio and Envoy, focusing on fine-grained access policies, multi-tenant capabilities, and robust traffic monitoring for enhanced network security.

Discover how to effectively deploy and distribute WebAssembly components using OCI Artifact specification, with practical demos on packaging, running across different runtimes, and managing dependencies.

Dive into WebAssembly deployment with an interactive workshop exploring wasmCloud, WASI-virt, and wasm-tools for flexible, cross-platform application development and deployment strategies.

Discover key principles for building scalable generative AI platforms using Kubernetes, covering platform evolution, deployment strategies, risk management, and community-driven development approaches.

Discover how NVIDIA leverages cloud-native technologies to build and deliver AI solutions, exploring their contributions to CNCF projects and vision for advancing the AI ecosystem.

Explore the future landscape of cloud native security, examining emerging challenges like AI system protection while understanding why current stability might precede a new wave of innovation.