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Canonical Achieves AWS Graviton Ready Designation

29 November 2021: Canonical, Publisher of Ubuntu, announced today that it has achieved the AWS Graviton Ready designation, part of the Amazon Web Services, Inc. (AWS) Service Ready Program. This designation recognizes that Canonical + Ubuntu Server and Anbox Cloud Appliance has demonstrated successful integration with AWS Graviton Service.

CloudHedge Technologies Achieves AWS Migration and Modernization Competency Status

Plano, Texas – 29th November, 2021 – CloudHedge Technologies, Inc, announced today that it has achieved Amazon Web Services (AWS) Migration and Modernization Competency status for AWS Partners. This designation recognizes that CloudHedge’s App Modernization platform—OmniDeq™ powered by R6Ai™— has demonstrated technical proficiency and proven customer success automating and accelerating customer application migration and modernization journeys.

Application Transformer for VMware Tanzu Is Now in Tech Preview

Enterprises worldwide are embracing innovations such as the cloud to solve their digital needs, but many face challenges with workload migration and application modernization. One way organizations can ease their application modernization journeys is to adopt the 5 R’s framework—rehost, replatform, refactor, retain, and retire—allowing them to choose the right migration strategy for their specific environment.

Do you need a business case to migrate to the cloud? The answer is clear!

Summary The cloud is always innovating. One of the more recent and large breakthroughs has been the advancement and improvements in CPU architectures. Specifically with ARM CPU processors, where we are seeing adoption across all forms of computing, not only cloud, but also laptops with Apple’s M1, and of course in the past decade with mobile phones. The more recent availability in cloud computing therefore is not surprising, given the progress made in all other areas of technology.

Infrastructure as Code: All you need to know

Using Code to create and manage deployments is more time-efficient and less tedious when compared to using CLI or even UI. In this blog, we explore the buzz around the usage of Infrastructure as Code (IaC) and how Terraform can be used to implement IaC. In this blog post, we will explore the good, the bad, and the ugly sides of infrastructure as code so you can make an informed decision on how (and why) to incorporate it into your workflow.

5 Best Practices for Successful Microservices Implementation

Microservices have significantly altered the architecture of server-side processors. Rather than a single massive monolithic codebase containing all of your application’s business logic, microservices adhere to the distributed systems concept, in which a collection of application components collaborate to meet business goals. You may create a streamlined microservices ecosystem free of superfluous architectural complications by adhering to microservices industry standards.

Announcing support for Windows containers on AWS Fargate

AWS Fargate is a serverless compute engine that allows you to deploy containerized applications with services such as Amazon ECS without needing to manage the underlying virtual machines. Deploying with Fargate removes operational overhead and lowers costs by enabling your infrastructure to dynamically scale to meet demand. We are proud to partner with AWS for its launch of support for AWS Fargate on Windows containers.

ARM vs Intel: What Are They? What is the Difference Between Them?

Most computing devices today are likely to have an Intel processor, or an ARM (Advanced RISC Machine) processor, such as the CPU in your smartphone or tablet. Both chip architectures are optimised for low-power operation in order to provide mobile devices with the long battery life they require. However, they reflect different mindsets from a technical standpoint.