Cloud Computing
Infrastructure, networking, and the platforms ML actually runs on.
01Cloud Computing (1): Fundamentals and Architecture
An engineering-grade introduction to cloud computing -- service models (IaaS, PaaS, SaaS, FaaS), deployment topologies, …
02Cloud Computing (2): Virtualization Technology Deep Dive
A hands-on guide to virtualization -- hypervisors (VMware, KVM, Xen, Hyper-V), storage and network virtualization, …
03Cloud Computing (3): Cloud-Native and Container Technologies
Why cloud-native exists, what containers actually do at the kernel level, how Kubernetes really works, when service mesh …
04Cloud Computing (4): Cloud Storage Systems and Distributed Architecture
From CAP theorem to S3, HDFS, and Ceph -- a deep tour of distributed storage primitives, consistency, replication, …
05Cloud Computing (5): Cloud Network Architecture and SDN
VPC, load balancers, CDN, SDN/NFV, and BGP -- a deep tour of cloud networking from packet to planet, with the production …
06Cloud Computing (6): Cloud Security and Privacy Protection
A working engineer's guide to cloud security: shared responsibility, IAM that actually scales, encryption at rest / in …
07Cloud Computing (7): Cloud Operations and DevOps Practices
A working DevOps engineer's guide: CI/CD pipelines that gate quality, Terraform for reproducible infrastructure, …
08Cloud Computing (8): Multi-Cloud and Hybrid Architecture
Series finale. Multi-cloud vs hybrid cloud strategy, the 6R migration framework, hybrid networking, cross-cloud data …