D2iQ Konvoy simplifies the deployment on Azure by providing a command line interface to automate the deployment and operations of Kubernetes clusters all in one place. In this tutorial, we’ll show you the provisioning of an enterprise-grade Kubernetes cluster on Azure using a single command. Before we get started, let’s talk about a few prerequisites you’ll need: First, download the D2iQ Konvoy installer and authenticate it to your Azure account.
Did you know that CloudWisdom’s Bill Analysis tool shows you not just the services currently monitored by CloudWisdom but all services to deliver an overall view of your AWS cost? And if you’ve set up and configured consolidated billing to link multiple AWS accounts, you can include data from all those accounts in that view. You can even add multiple billing orgs to the same CloudWisdom account.
We are excited to announce the general availability of cross-cluster search and replication on Elastic Cloud. These two features allow you to search and replicate data across clusters in different regions and cloud service providers globally, making it possible to: Be sure to dive in and learn more about the features below! Cross-cluster search lets you search remote clusters across multiple regions and cloud service providers. When you break down regional data silos, you can get insights faster.
It’s been six years since Kubernetes v1.0 was released in 2015, and since then it’s become a critical technology foundation to deploy modern, cloud native applications with speed, develop them with agility and scale them with flexibility. With a fast-maturing ecosystem, advancements in tooling are making it possible for a new wave of applications to be deployed on Kubernetes.
When running AKS clusters, ideally you want the compute infrastructure to adapt to your Kubernetes workload and not the other way around. VMs should automatically match your application requirements all the time without labor-intensive, hands-on management, and of course, your Azure bill should be as low-cost as possible. However, in trying to achieve this ideal, AKS and Kubernetes users in general, still face significant operational challenges.
To keep up with today’s competitive landscape and with the new normal induced by the pandemic, organizations must modernize their ventures, instigate innovation and be more agile. However, the process of replacing legacy systems isn’t precisely as agile as one thinks it would be. It takes time, and that’s something your company doesn’t have. You need solutions that consolidate years of transformation into mere months.
App Modernization is the way forward, especially when you have hundreds of enterprise WebSphere applications nesting on AIX. These applications are age-old, heavy, and expensive to manage and modernize. This causes a huge roadblock especially when your business is growing and your apps need to be scalable, cost-efficient to run and should be highly available. CloudHedge removes the major barrier to AIX WebSphere containerization using the Automated Application Modernization Platform.
One of the advantages that Ubuntu brings to the cloud equation is improving an organization’s ability to run in multiple clouds. Running containers on top of Ubuntu further increases portability. Mist is an open-source multi-cloud management platform that helps teams centrally manage and control their Ubuntu instances across many different cloud environments and/or bare metal. This removes some of the operational and financial barriers to running applications in multiple clouds.
Hybrid cloud architectures provide the flexibility to utilize both public and cloud environments in the same infrastructure. This enables scalability and power that is easy and cost-effective to leverage. However, an ecosystem containing components with dependencies layered across multiple clouds has its own unique challenges. Adopting a hybrid monitoring strategy doesn’t mean you need to start from scratch, but it does require a shift in focus and some additional considerations.
