Cloud, Containers, Kubernetes
summary
Microsoft-issued Mac supports Linux on Azure and real-world Docker use dates back to October 2013 when DramaFever runs Docker in production and later gets acquired by Warner Bros, solving reproducibility, CI/CD pipeline and onboarding problems but introducing storage/driver and runtime complexity. Kubernetes provides a declarative desired-state API, flat networking, many overlay choices and a steep operational surface; consider simpler alternatives like Mesos or Nomad, or managed offerings such as AKS managed control plane. Ecosystem tools to evaluate: Helm, Brigade, virtual-kubelet, Prometheus, Weave.
AI-written summary · about
chapters (15)
- 0:00Start
- 0:34Bridget Kromhout
- 2:28disruption
- 4:40résumé-driven development
- 8:18containers solve problems
- 9:25containers create problems
- 10:07containers: early days
- 10:44containers: becoming mainstream
- 12:19containers: present day
- 15:55Computers are easy; people are hard
- 18:17Kubernetes Architecture
- 36:31the warnings
- 38:37next: layer on abstractions
- 40:15projects to watch
- 51:00Further Reading
related talks
30mCloud, Containers, Kubernetes
20mKubernetes 101
49mAZURE CONTAINERS AND KUBERNETES PLATFORM
22mKeynote: Are We There Yet?
35mAnd then there was k8s
32mDeep dive into container orchestrator options on Azure
29mFrom EC2 to Kubernetes Takeaways from a Brownfield Migration
05mBare Metal to Containers to K8s: How We Got Here