Blog

Platform engineering is hot, but building an IDP from scratch is a 12-month project. Learn how Codiac delivers self-service deployments, environment parity, and developer autonomy out of the box.

Non-production Kubernetes environments run 24/7 but are only used 8-10 hours a day. Learn how Codiac's Zombie Mode and smart cluster management cut cloud costs by 60% or more.

Kubernetes remains the de facto standard for orchestrating container workloads, but the ecosystem around it has fractured into multiple approaches.

Multi-cloud Kubernetes means juggling different CLIs, auth, and deployment patterns per provider. Learn how Codiac unifies AWS, Azure, and GCP into a single workflow.

Docker builds images. Kubernetes orchestrates them. But getting from Docker Compose to production K8s is painful. Learn how Codiac eliminates the gap without YAML or Helm.

Setting up GKE is just the beginning. Learn how to deploy, manage, upgrade, and optimize costs on Google Kubernetes Engine with Codiac.

DevOps security is only as strong as your deployment process. Learn how Codiac builds security into every Kubernetes deployment with environment isolation, secrets management, and audit trails.

VMware Tanzu and Red Hat OpenShift are natural choices for organizations with deep investments in VMware stacks or Red Hat ecosystems. But both come with inherent operational expectations.

CI/CD tools are great at running pipelines, but most teams still struggle with deployment complexity, configuration drift, and risky rollouts at scale. In this guide, we compare the top CI/CD tools in 2026 and explain why modern teams are pairing them with system-level platforms like Codiac to simplify deployments, reduce pipeline sprawl, and deliver software faster with less risk.

As organizations scale Kubernetes, the question is no longer whether they need a platform, it is whether the platform still serves the business. With Tanzu costs increasing and operational complexity compounding, teams are exploring alternatives that prioritize reliability, repeatability, and delivery. Here’s what that transition really involves.