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Hello Service Mesh Interface (SMI): A specification for service mesh interoperability 

Today we are excited to launch Service Mesh Interface (SMI) which defines a set of common, portable APIs that provide developers with interoperability across different service mesh technologies including Istio, Linkerd, and Consul Connect. SMI is an open project started in partnership with Microsoft, Linkerd, HashiCorp, Solo.io, Kinvolk, and Weaveworks; with support from Aspen Mesh,...

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Helm 3: simpler to use, more secure to operate 

Helm is the best way to find, share, and use software built for Kubernetes, and the eagerly anticipated Helm 3 alpha is now available for testing. Try it out, give feedback, and help the Helm community get it ready for you to depend upon. Why Helm? Many teams already rely on Helm 2 to deploy...

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Extending Kubernetes in the open 

Greetings and welcome to KubeCon EU in Barcelona! As always, it is wonderful to see the community come together to celebrate how Kubernetes has made cloud-native ubiquitous and changed the way that we build and manage our software. These conferences are fantastic because they represent an opportunity to meet with our users and learn about...

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Announcing KEDA: bringing event-driven containers and functions to Kubernetes 

Event-driven architectures are a natural evolution of microservices, enabling a flexible and decoupled design, and are increasingly being adopted by enterprise customers. Fully managed serverless offerings like Azure Functions are event–driven by design, but we have been hearing from customers about gaps in these capabilities for solutions based on Kubernetes. Scaling in Kubernetes is reactive, based on the CPU and memory consumption of a container. In contrast, services like Azure Functions are acutely...

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Brigade tutorial: Instant scaling on demand with serverless Kubernetes 

Microservices built on Kubernetes are fast becoming one of the core scenarios where computing is done, and Kubernetes development and operations skills are therefore becoming a larger part of any cloud-native toolset. This article shows how to use Brigade, along with other tools from the Cloud Native Computing Foundation (CNCF), to build a Kubernetes-native application...

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What is a service mesh anyways? 

The service mesh may sound complex, but at its heart, it’s a very simple idea: a set of network proxies that transparently run alongside microservices, implementing reliability, observability, and security features by measuring and manipulating inter-service (“east-west”) traffic. Led by open source projects such as Linkerd, the service mesh model is increasingly popular because it...

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Phippy and friends join the Cloud Native Computing Foundation 

We’re so excited to share that Phippy is headed to the Cloud Native Computing Foundation (CNCF)! Microsoft has donated Phippy and friends, along with our original book The Illustrated Children Guide to Kubernetes, to CNCF! What does this mean? It means that the characters you know and love are now free to use as you...

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Introducing CNAB: a cloud-agnostic format for packaging and running distributed applications 

“The day of the distributed app is near.” That is the mantra we’ve been repeating for years. But with robust cloud offerings, the microservice pattern, orchestration platforms like Kubernetes, and the REST-ification of everything, we’re already there. It is the day of the distributed application. Almost. We’ve gotten the “distributed” thing down, but in doing...

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Tutorial: Using Azure DevOps to setup a CI/CD pipeline and deploy to Kubernetes 

Introduction In this blog article, we will show you how to setup a CI/CD pipeline to deploy your apps on a Kubernetes cluster with Azure DevOps by leveraging a Linux agent, Docker and Helm. The combination of these technologies will illustrate how you can easily setup a CI/CD pipeline, leverage Configuration-as-Code and Infrastructure-as-Code, and accelerate...

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