Cloud Native

Improve application resilience with chaos testing by deliberately introducing faults that simulate real-world outages. Azure Chaos Studio Preview / AWS Fault Injection Simulator is a fully managed chaos engineering experimentation platform for accelerating discovery of hard-to-find problems, from late-stage development through production. Disrupt your apps intentionally to identify gaps and plan mitigations before your customers are impacted by a problem.

The delta between Kubernetes and a developer friendly PaaS is where the next layer of value is being created today. Many products are racing to fill the void that is called Kubernetes developer experience. This is also the place where things get opinionated, a requirement for reliable end to end workflows. In this talk you will learn about Gimlet.io’s approach on how Kubernetes UIs can be quick to use, and safe at the same time. In this talk you will see how you can create a developer platform - with the usual components Cert-Manager, Nginx Ingress etc - and deploy on it with only clicking on a dashboard. You will also see that behind the curtains, all Gimlet does is writing yamls into a git repository. ClickOps.. over GitOps.

Inspired by the recent episode with Annie Talvasto, I wanted to put together a blog post that will introduce an ongoing series on Cloud With Chris. Before we introduce that series though, it’s important that we first introduce the Cloud Native Compute Foundation (more commonly known as CNCF).

The Cloud Native Computing Foundation (CNCF) bought you such fan favourites like Kubernetes & Prometheus. In this talk Annie Talvasto will introduce you the most interesting and coolest upcoming CNCF tools and projects. This compact and demo-filled talk will give you ideas and inspiration that you can 1) discover new technologies and tools to use in your future projects as well as 2) be the coolest kid in the block, by being up to date with the latest and greatest.

In part 1 of this Using Azure Arc for Apps series, we explored Azure Arc and Azure Arc enabled Kubernetes clusters. In this post, we’ll be exploring Event Grid for Kubernetes. At time of writing, this approach is in public preview, so we may see certain limitations / features that are not yet available.

In part 1 of this Using Azure Arc for Apps series, we explored Azure Arc and Azure Arc enabled Kubernetes clusters. In part 2, we deployed an App Service Kubernetes Environment into our Azure Arc enabled Kubernetes cluster. As you’ll likely be aware, both Azure Functions (this blog post) and Azure Logic Apps (the next blog post) can run on Azure App Service. The same is true of an App Service Kubernetes Environment, we can run App Services, Logic Apps and Azure Functions.

In part 1 of this Using Azure Arc for Apps series, we explored Azure Arc and Azure Arc enabled Kubernetes clusters. In this post, we’ll be exploring App Services on Azure Arc. More specifically, these application services run on an Azure Arc enabled Kubernetes cluster, which is a pre-requisite for us to progress. At time of writing, this approach is in public preview, so we may see certain limitations / features that are not yet available.

At Microsoft //Build 2021, Microsoft announced a series of updates relating to Cloud Native Applications anywhere. In summary, those updates refer to running Azure Services (such as App Services, Logic Apps, Azure Functions, Event Grid and API Management) in any Kubernetes cluster which is managed by Azure Arc. That means you could have Azure App Services running in Amazon Web Services (AWS), Google Cloud Platform (GCP), or in your on-premises Kubernetes deployment. This is a significant update, so I’ve decided that I’ll be writing a series of blog posts on the topic - as one post would not do the topic justice!