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The article argues that despite the hype around Kubernetes and modern cloud-native tools, automation scripts remain essential for reliable deployments, highlighting cultural stigma, technical limitations of immutable infrastructure, and the need for multi‑tenant solutions to maintain stable environments.
This article explains the concept of cloud native, tracing its evolution from early cloud computing to CNCF's 2018 definition, and explores key technologies such as containers, Kubernetes, microservices, service mesh, immutable infrastructure, and declarative APIs, while also highlighting modern cloud‑native services.
This article explains the concept of cloud native, tracing its origins from the CNCF foundation and early container technologies, and details key components such as containers, Docker, Kubernetes, microservices, service mesh, immutable infrastructure, and declarative APIs, highlighting how they together enable rapid iteration, automated deployment, and scalable, resilient applications.
This article explains the difference between mutable and immutable infrastructure, outlines the advantages of immutable architectures such as consistency, reliability, and simplified deployments, and provides practical guidance on implementing immutable infrastructure using cloud environments, automation pipelines, and supporting components.
This article explains the cloud‑native concept, traces its evolution from early container experiments at Google through Docker and Kubernetes to the rapid growth of CNCF, and outlines the key technologies, immutable‑infrastructure theory, and why 2019 marked a pivotal year for cloud‑native adoption.
This article distills a 2016 Global Operations Conference talk that introduces the Application Running Environment (ARE) concept, outlines IaaS's fundamental and immutable characteristics, examines multi‑team challenges, and proposes a stack‑based, democratic, aspect‑oriented management approach with concrete schemas, patterns, and operational models.