Are you fed up with constant system upgrades, virus attacks, and the cost burden of Windows licenses? Wouldn’t it be better if the platform had endless support? Then re-platforming the application from Windows to Linux is the better option because the operating system matters while doing the application development. App Replatforming is a complex process and CloudHedge helps customers to automate the modernization from Windows to Linux within days.

The ability to access the internal state of your application ecosystem is critical to optimizing your applications and the experience of your users. Elastic Cloud on Microsoft Azure gives you access to Elastic Observability, allowing you to monitor your infrastructure and see how every signal interrelates by utilizing a wide variety of resources that can be deployed in minutes.

Cloud-native is the ultimate buzzword lately. So, is “cloud-native storage” just an attempt to grab on to this concept, hoping for a little boost? Actually, there is something more to it, and I’ll unpack that here. The premise of cloud-native storage is simple: its native habitat is a Kubernetes cluster. When we design with the assumption that a technology will exist in Kubernetes, we get to look around and see what functionalities already exist in that system.

‍Kubernetes is an open-source platform that is used for automating computer application configuration, scaling, and deployment. In order to understand the importance of Kubernetes, let us take a step back and understand why this platform was introduced in the first place.

In the context of businesses, the ultimate goal of innovation for technology companies is to drive a profit. This means that even though many software engineering problems can be solved with enough time and budget — just because a business can solve a problem doesn’t mean that they should. Sometimes, even once a team has figured out how to solve an engineering problem, it doesn’t make sense to deploy the solution — because it costs so much to operate.

This blog post was written jointly by the teams at Lumigo and Cloudway. It’s a step-by-step guide to AWS Step Functions workflows with full monitoring and troubleshooting capabilities. We will use the “right to be forgotten” GDPR workflow as an example application.

As in years past, re:Invent is where AWS announces many new features, services and enhancements. This year is no exception and here at Spot by NetApp we are proud of our product and engineering groups for delivering immediate and full support in relevant areas such as the new GP3 EBS volume and new EC2 instance types – D3, D3en, R5b and M5zn.

We are excited to partner with AWS and announce the availability of InfluxDB on the new Amazon Elastic Container Registry Public announced this week at AWS re:Invent. With this new registry, developers can now find their favorite open source products from within the AWS developer experience. At InfluxData, we believe it is important to bring our product — InfluxDB — to the platforms and ecosystems where our developers are building. And of course, many of our developers are building on AWS.

We’re thrilled to announce that VMware Pivotal Labs is now an AWS Partner Network (APN) Consulting Partner for app modernization and software development. VMware Pivotal Labs is the software consulting arm of VMware Tanzu, itself a long-time Advanced AWS Technology Partner.

The first keynote is over, the talks have started, and the AWS Heroes all got to feel motion-sick but appreciated in their AWS-supplied VR helmets. Good one Tom Here are my week 1 thoughts: Throughout the keynote it was clear that serverless is here to stay. One detail stood out to me above all others: Nearly half of all new compute workloads in Amazon in 2020 were Lambda based. During Andy Jassy’s keynote, a veritable wall of major customers that use Lambda.