We've just published a piece on mkdev that sheds light on Google Cloud Run's CPU allocation strategies—always-on versus on-demand—and their profound impact on cloud costs. Although the differences might seem minor, they have significant implications for optimizing spending in cloud environments.
🔗 Explore the nuances and how they can affect your bottom line in our full article: https://mkdev.me/posts/google-cloud-run-always-on-vs-on-demand-cpu-allocation
👉 If you're managing cloud resources, understanding these details is crucial. Share your thoughts and experiences in the comments or join us on mkdev to discuss how you handle cloud costs!
#CloudComputing #GoogleCloudRun #DevOps #CloudCostManagement #TechInsights
🔗 Explore the nuances and how they can affect your bottom line in our full article: https://mkdev.me/posts/google-cloud-run-always-on-vs-on-demand-cpu-allocation
👉 If you're managing cloud resources, understanding these details is crucial. Share your thoughts and experiences in the comments or join us on mkdev to discuss how you handle cloud costs!
#CloudComputing #GoogleCloudRun #DevOps #CloudCostManagement #TechInsights
mkdev.me
Google Cloud Run always-on vs on-demand CPU allocation
Let's dive into the nuances of Google Cloud Run's CPU allocation options, comparing always-on and on-demand configurations to help you make an informed decision for your cloud-based applications.
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🚀 Dive into serverless with our latest guide! Pablo Inigo Sanchez shows how to deploy a Google Cloud Function using GitHub Actions instead of gcloud or UI. Learn to automate your workflow with a simple YAML pipeline, enabling HTTP-triggered functions effortlessly. #CloudComputing #DevOps https://mkdev.me/posts/how-to-deploy-google-cloud-functions-with-github-actions
mkdev.me
Deploy Google Cloud Functions with GitHub Actions | mkdev
Dive into serverless with our latest guide! Pablo Inigo Sanchez shows how to deploy a Google Cloud Function using GitHub Actions instead of gcloud or UI. Learn to automate your workflow with a simple YAML pipeline, enabling HTTP-triggered functions effortlessly.
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Docker made containers really popular. It was the OCI standards that made them portable. But running a single container is just the start. When you're working on a large scale, you also need orchestration, networking, storage — and it's best to have standards for all of these.
In this wrap-up of the Dockerless series we cover:
🔹 CRI – swap container managers in Kubernetes without having to change Kubernetes itself.
🔹 CNI is the standard for container networking – just plug and play!
🔹 CSI – making storage and orchestration platforms separate
🔹 Kata Containers are lightweight virtual machines that act like containers.
👉 The bigger picture: containers, VMs, networking, and storage are all coming together into one standardised, open ecosystem for building infrastructure.
https://mkdev.me/posts/dockerless-container-standards-landscape
#Dockerless #Containers #Kubernetes #CloudNative #DevOps #Infrastructure #CNI #CSI #CRI #KataContainers #ContainerOrchestration #CloudComputing
In this wrap-up of the Dockerless series we cover:
🔹 CRI – swap container managers in Kubernetes without having to change Kubernetes itself.
🔹 CNI is the standard for container networking – just plug and play!
🔹 CSI – making storage and orchestration platforms separate
🔹 Kata Containers are lightweight virtual machines that act like containers.
👉 The bigger picture: containers, VMs, networking, and storage are all coming together into one standardised, open ecosystem for building infrastructure.
https://mkdev.me/posts/dockerless-container-standards-landscape
#Dockerless #Containers #Kubernetes #CloudNative #DevOps #Infrastructure #CNI #CSI #CRI #KataContainers #ContainerOrchestration #CloudComputing
mkdev.me
Dockerless: Exploring Advanced Container Standards | mkdev
In the final chapter of the Dockerless series, we go beyond OCI basics to explore standards like CRI, CNI, CSI and projects such as Kata Containers—showing how networking, storage, and even lightweight VMs extend the container ecosystem for scalable infrastructure.