Kubernetes Network Policies: Practical Pod Security
Implement microsegmentation in Kubernetes using Network Policies to control traffic flow between pods and enforce zero-trust networking.
Implement microsegmentation in Kubernetes using Network Policies to control traffic flow between pods and enforce zero-trust networking.
Configure CPU and memory requests and limits to ensure fair scheduling, prevent resource starvation, and achieve predictable performance in Kubernetes clusters.
Master Kubernetes service types and Ingress controllers to expose your applications inside and outside the cluster with proper load balancing and routing.
Implement persistent storage in Kubernetes using PersistentVolumes, PersistentVolumeClaims, and StorageClasses for stateful applications across different cloud providers.
Understand Kubernetes workload resources—when to use Deployments for stateless apps, StatefulSets for clustered workloads, and DaemonSets for node-level agents.
Use Kustomize for declarative Kubernetes configuration management without Helm's templating—overlays, patches, and environment-specific customization.
Design for multi-cloud environments—avoiding vendor lock-in, managing multiple cloud providers, and understanding the real tradeoffs of multi-cloud architectures.
Design network security for cloud-native applications using VPCs, network policies, and mutual TLS for service-to-service encryption.
Move beyond monitoring with structured logs, metrics, and traces. Learn how SLOs, sampling, OpenTelemetry, and team practices improve incident debugging.
Package and distribute container images, Helm charts, and other artifacts using the OCI (Open Container Initiative) specification for portable artifact management.