
Explore cloud native best practices and the benefits of using an Envoy-based Service Mesh to enhance development, improve management, and accelerate migration to modern application patterns.

Explore Kubernetes resource management through fun illustrations, understanding how requests and limits work from Pod spec to Linux kernel, enhancing your ability to optimize cluster performance.

Explore xDS functionality in gRPC for service mesh, including its benefits, limitations, and current status. Learn about microservices, sidecar proxies, and control plane resources.

Explore building a portable Kubernetes deployment pipeline using Argo Workflows and Events. Learn best practices for multi-cloud environments, platform portability, and managing scalable cluster configurations.

Explore Istio's versatility in building service meshes across diverse infrastructures, including Kubernetes, VMs, and bare metal. Learn from real-world examples and understand key tradeoffs.

Explore chaos engineering experiments using Linkerd and Chaos Mesh, interpreting data and applying concepts to real-life scenarios in cloud-native environments.

Explore how a financial services company used Linkerd for rapid experimentation, enabling resilient services and comparative testing. Learn about local Kubernetes clusters and service mesh representation for efficient microservices development.

Explore how an automobile company upgraded its IT infrastructure using Kubernetes and service mesh, improving efficiency and simplifying operations through cloud-native technologies.

Explore how MS3 uses Kuma service mesh to handle 10,000+ transactions per second, addressing security and observability across VMs and Kubernetes for efficient cloud-native application delivery.

Explore edge computing insights with industry leaders Craig McLuckie and Matt Trifiro in this KubeCon live session. Gain valuable perspectives on cloud-native technologies and their impact on distributed infrastructure.

Explore Kubernetes architecture options for edge computing, including centralized and distributed models, and learn about relevant projects like KubeEdge, K3s, and Metal3.

Discover how Crossplane and composition enable deployment of a highly available Vault with GCS backup, Cloud KMS auto-unsealing, and GCP workload identity, simplifying cloud-native infrastructure assembly.

Explore how Kubernetes powers real-time fraud detection in e-commerce, ensuring reliable and scalable transaction processing with automated deployments and business logic integration.

Discover how to integrate security into your build pipeline, addressing vulnerabilities early and making deployment decisions based on artifact security status.

Explore Crossplane Providers: architecture, development, and use cases. Learn when to create a Provider vs. alternatives like Helm Charts. Includes demo on bootstrapping a new Provider and creating resources.

Explore cloud-native approaches to reproducible machine learning with the SAME Project, focusing on Kubernetes and Kubeflow for efficient scaling and seamless collaboration in ML environments.

Explore cloud-native security transformations, DevSecOps, and Zero Trust in Crossplane. Discuss potential gaps, new tools, and best practices for developers and security experts in cloud infrastructure management.

Explore serverless computing security threats, challenges, and mitigation strategies. Learn about attack types, feasibility, and protective measures for this emerging cloud paradigm.

Explore leveraging cloud-init with Crossplane for configuring baremetal and VM instances, combining scripts, and managing low-level resources to replicate managed services on bare infrastructure.

Explore how cloud-native solutions are revolutionizing telecom with microservices and container orchestration, enabling 5G and edge cloud deployments while addressing challenges in QoS, security, and multi-cloud setups.

Explore kube-vip, a tool for enhancing Kubernetes clusters with high availability and load balancing capabilities, improving resilience and performance in cloud-native environments.