Managing dozens of static YAML manifests across multiple environments (dev, staging, prod) leads to repetitive code and configuration drift. Helm is the official package manager for Kubernetes, enabling templating, parameterization, versioned releases, and one-click upgrades.
In production, a container might be in a Running state according to Docker, yet completely unable to serve HTTP traffic due to a deadlock, database connection timeout, or slow boot sequence. Probes and Rolling Updates guarantee zero-downtime application deployments.
Security in Kubernetes follows the Principle of Least Privilege. Role-Based Access Control (RBAC) regulates who (Users, Groups, or ServiceAccounts) can perform which actions (verbs: get, list, create, delete) on which resources (nouns: pods, services, secrets).
In enterprise environments, a single Kubernetes cluster is shared across multiple development teams, environments (dev, staging, prod), and microservices. Without resource governance, a single misbehaving application can consume all cluster CPU and memory, crashing critical workloads.
While Deployments distribute Pods across nodes based on available capacity, DaemonSets ensure that a copy of a specific Pod runs on all (or selected) worker nodes in the cluster. As nodes are added to or removed from the cluster, DaemonSet Pods are added or garbage-collected automatically.
While Deployments are designed for interchangeable, stateless application replicas, stateful workloads like PostgreSQL clusters, Redis Sentinels, Kafka brokers, and Elasticsearch nodes require stable network identities, dedicated persistent volumes per replica, and strict ordered deployment & scaling. This is where StatefulSets shine.
We have reached the end of our journey. In this final episode, we combine everything we have learned—Kratix, Crossplane, ArgoCD, Vault, Prometheus, and Backstage—into a single, comprehensive reference architecture diagram that you can use to build your enterprise IDP.
While kubectl is powerful, it is not a Developer Portal. In this episode, we integrate Kratix with Backstage, creating a unified Web UI where developers can browse the service catalog, request infrastructure, and monitor their applications without ever opening a terminal.
Platform Engineers write code too. When you build a complex Promise, you must compile the Pipeline container, lint the YAML, and safely deploy it to the Platform Cluster. In this episode, we build a robust GitHub Actions CI/CD pipeline to automate the lifecycle of Kratix Promises.
GitOps has one fatal flaw: You cannot commit secrets to a Git repository. When Kratix generates a Redis password during a Pipeline execution, how does it securely deliver that password to the Worker Cluster? In this episode, we solve the GitOps secrets problem using HashiCorp Vault and ESO.
