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Azure Service Bus is a brokered messaging service offered by Azure that can be used to decouple the various applications forming the business integration solving the business problem. The Applications transfer messages between them to share the data between them. The messages can be in XML, JSON or simple text format.

This article was originally published on The New Stack Kubernetes in 2020 has become synonymous with the term cloud native and is also often used as a vehicle for vendors and IT organizations alike to claim they are transforming or modernizing their workloads. But what are they actually transforming? What is Kubernetes itself actually providing?

Whether it be a tweets about shocking AWS bills or the impact of cloud bills on tech company margins, cloud costs are a hot topic. If you're looking to get up to speed and learn a little more, check out this collection of podcasts, blogs, and articles.

There are three popular methods for running Kubernetes on AWS: manually set up everything on EC2 instances, use Kops to manage your cluster, or use Amazon EKS to manage your cluster. Managing a Kubernetes cluster on AWS without any tooling is a complicated process that is not recommended for most administrators, so we will focus on using EKS or Kops. In this blog post, we compare cluster setup, management, and security features for both Kops and EKS to determine which solution you should use.

In the last couple of posts we covered the various ways of connecting data sources to Azure Monitor Logs (Part 2: Getting Started, Part 3: Solutions), so by now we should have loads of data to play around with. The data we’ve collected so far is largely just a blob, and probably not very useful at this point. “Solutions” help with this, but the real fun part starts now: making sense of the data you have using the Kusto Query Language – better known as KQL.

Next in our series on the Amazon Builders’ Library, Lumigo Director of Engineering – and newly-minted Serverless Hero – Efi Merdler-Kravitz picks out the key insights from the article, Instrumenting distributed systems for operational visibility, by AWS Principal Engineer (AWS Lambda), David Yanacek.

There are two types of queuing mechanisms supported by Azure. Storage Queues are part of the Azure Storage infrastructure, feature a simple REST-based GET/PUT/PEEK interface, providing reliable, persistent messaging within and between services. Service Bus Queues are part of a broader Azure messaging infrastructure that supports queuing as well as publish/subscribe mechanism, and more advanced integration patterns.

Whether you help architect serverless applications at work or you’re just getting started in the community, chances are you’ve caught wind of a ServerlessDays event. Each one gathers members of a local community to talk about where serverless technology currently stands and where it’s going. The best part is that they are a true community event, built by and for serverless users.

I never used to care about the cost of the systems I built. As an engineer, why would I? Especially in the days before the cloud, infrastructure resources were purchased and procured by somebody who worked many levels above me. Even when I first started building on the cloud, I had to submit requests (again, to somebody many levels above me) for my resources.

Azure App Service, one of the most used among the Azure offered Services. When the requirement is to host web applications, REST APIs, and mobile back ends, Azure App Service is the go-to Http- based solution. Apps hosted in Azure App Service can be integrated with on-premises or cloud services. It supports both the Windows and Linux-based environments to run and scale the applications.