Great breakdown of Docker vs Kubernetes - that visual really clarifies the architectural difference! Docker is perfect for dev environments and simple deployments, but once you need auto-scaling, self-healing, and multi-host orchestration, K8s becomes essential. On the sponsored content: the AWS + Datadog ebook on cloud architecture diagrams is timely. Documenting cloud architectur is often an afterthought, but proper diagrams are crucial for incident response and onboarding. The batch vs stream processing section was excellent too - in my experience, hybrid architectures (Lambda for real-time enrichment, batch for reprocessing) are becoming the norm. Most teams need both approaches depending on the use case.
Great breakdown of Docker vs Kubernetes - that visual really clarifies the architectural difference! Docker is perfect for dev environments and simple deployments, but once you need auto-scaling, self-healing, and multi-host orchestration, K8s becomes essential. On the sponsored content: the AWS + Datadog ebook on cloud architecture diagrams is timely. Documenting cloud architectur is often an afterthought, but proper diagrams are crucial for incident response and onboarding. The batch vs stream processing section was excellent too - in my experience, hybrid architectures (Lambda for real-time enrichment, batch for reprocessing) are becoming the norm. Most teams need both approaches depending on the use case.
Thanks for posting, looking for more conect like that
Hola