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| 🔗 From the web |
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| Containers are chroot with a Marketing Budget |
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There are many ways to understand how containers work, but most useful explanations are actually simplifications.
Many people have settled on explaining containers by calling them ‘light-weight VMs’ and they are light-weight because they ‘share the kernel with the host’. This is useful, but it simplifies a lot away. What is a ‘light-weight VM’? What does sharing the kernel mean? |
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| The Guide to Kubernetes Autoscaling with Examples ✅ |
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| Learn about Vertical Pod Autoscaler (VPA), Horizontal Pod Autoscaler (HPA), Cluster Autoscaler (CA), workloads, load balancing, taints and tolerations in this 13-chapter guide. |
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| Multi-cloud GitLab CI/CD for IaC automation on Google Kubernetes Engine |
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| There are many articles available on Medium which speak about the steps involved in setting up GitLab CI/CD on GKE, but this article discusses a step further as in how to deal with Multi-cloud GitLab CI/CD automation requirements. |
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| 2023 may be the year of multicloud Kubernetes |
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| We could see more companies shift to multicloud in 2023, using container orchestration, federated development, and deployment. Now we just need the big providers on board. |
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| Crossplane(IaC), New Kid On The Block |
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Crossplane is an open source Kubernetes add-on that transforms your cluster into a universal control plane. Crossplane enables platform teams to assemble infrastructure from multiple vendors, and expose higher level self-service APIs for application teams to consume, without having to write any code.
Unlike Terraform and Pulumi, Crossplane doesn’t use a state file, it has a controller to reconcile desired state against current state, making use of etcd to do so. |
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Capable of placing each nodepool into a different cloud provider.
