Justin Luk joins Scott Hanselman to discuss AKS preview features and enabling new functionality like Virtual Machine Scale Set node pools and Availability Zones. Availability Zones (AZ) is a high availability offering from Azure that protects applications and data from datacenter failures. By using AZ with Azure Kubernetes Service (AKS), you will get higher reliability and resiliency for your applications running on Kubernetes.Preview - Create an Azure Kubernetes Service (AKS) cluster that uses Availability ZonesAvailability Zones support is now available for Azure Kubernetes Service (AKS) in previewAzure Kubernetes Service docsWhat are Availability Zones in Azure?Learn more about KubernetesCreate a free account (Azure)
Did you know that by default, all pods in a Kubernetes cluster will accept traffic from any source? Now, with network policies available out-of-the-box in Azure Kubernetes Service you can isolate pods, control egress & ingress traffic, and secure your workloads. Saurya Das is here to show us how it works.Secure traffic between pods using network policies in Azure Kubernetes Service (AKS) docsAzure Kubernetes Service (AKS) docsAzure Kubernetes Service (AKS) overviewLearn about KubernetesCreate a free account (Azure)
See just how easy it is to deploy a service mesh to your AKS cluster. William Morgan, maintainer of the open source service mesh Linkerd, joins Scott Hanselman to demonstrate just how easy it is to deploy Linkerd. Together they explore how to debug a live microservices application using the service mesh, without changing any code.LinkerdAzure Kubernetes Service (AKS)Azure Kubernetes Service docsCreate a free account (Azure)
Recorded live at Build 2019, Ralph Squillace joins Scott Hanselman to talk about Helm 3, the most commonly used distributed application package manager for Kubernetes. Helm enables you to package, store, and deploy Kubernetes-based applications of any type by treating all components as one logical group. If you're already familiar with Helm and Kubernetes, you'll have been waiting for the security upgrades found in Helm 3. If you're investigating the new Windows support in Kubernetes, you'll want to understand Helm and Helm charts to bring your Windows workloads to the cloud's distributed container kernel, Kubernetes.HelmHelm blogHelm (GitHub repo)Create a free account (Azure)
With Kubernetes quickly becoming the new application deployment infrastructure, traditional enterprise customers are scrambling to understand the new landscape and revamp their enterprise security checklists and tools to secure their applications. In this session, we will examine the container security landscape, walk you through common pitfalls to avoid, and look at capabilities in and around Azure Kubernetes Service that can help.
Learn about the key concepts in Kubernetes, including pod, deployment, replica set, scheduler and load balancer. See here, for more videos.
As developers push intellectual property to registries, how will you secure and protect that IP? Additionally, how do you ensure that once those applications are deployed they properly running and in good shape? In this session we'll cover building container images, image scanning, signing and promotion across environments. Then we will look at the tools and knowledge you need to keep your containerized applications healthy and how to detect when something goes wrong.
Vipps released their payment app on May 30th, 2015. Five months later, they had exceeded a million active users. How in the world did they handle this explosive growth? Join Vipps and the API Management team as they do a technical breakdown on the journey from zero users to millions, and how Vipps used API Management, Azure DevOps, and Azure Kubernetes Service to transform their business from an on-premise monolith, to a microservice driven architecture, as seamlessly as possible. Discover what to do and what not to do when scaling your services, and how to use API Management and Azure Kubernetes Service together to create a highly scalable system that provides frictionless experiences for your customers.
Serverless vs Containers, Cost vs Performance, Tabs vs Spaces. These are just a few of the many questions every developer comes to terms with when choosing to host their application the cloud. The good news? It may not be as binary as it seems. Join Jeff Hollan is this live session as he showcases common cloud architectures around Kubernetes, Containers, and Serverless. Understand the benefits and drawbacks of each, and see how you can take advantage of the full spectrum of cloud native computing to build applications faster.
The presentation introduces the journey that we have faced and challenged in adopting widely distributed software systems and Microservices-based architectures in our project. Firstly, we focus on how a full-blown service mesh solution fixes perfectly into our hard use cases in the real world Microservices project. Secondly, we show you how can we resolve interesting challenges such as connect, secure, control and observe services with Istio on the powerful Azure cloud platform with a fully managed Azure Kubernetes Service (AKS). Lastly, we give you a practical understandable demo which puts it all together, to sum up, what we did.
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