9 Cloud Computing Technologies You Need To Understand For 2019

For most businesses, using multiple clouds is just about the norm. In the RightScale 2017 State of the Cloud record, 67 percent of corporations surveyed said that that they had a cross types cloud, and 85 percent said that these were seeking a multi-out strategy. And many analysts believe that hybrid clod and multi-old strategies will dominate and compute for the foreseeable future. For enterprises, the key issue involved with the hybrid club is interoperability. Many will be looking for new solutions that make it easier to deal with infrastructure and applications across their in-house data centers and the various public clouds services they are using.

Enterprises, those using DevOps approaches especially, often opt for containers in the cloud because pot technology makes it easy for developers to move applications from development to production environments quickly. Containers offer a lightweight way to package an application together with all its dependencies so that it is split from other applications operating on a single infrastructure.

That offers a level of persistence that means it is easier for IT to deploy, debug, diagnose, and maintain applications. When enterprises are working multiple containers, they need ways to take care of and orchestrate those containers – and that is where Kubernetes will come in. Although organizations have several options available when it comes to container orchestration solutions, Kubernetes seems to be becoming the default choice. All of the leading open public cloud vendors offer Kubernetes-based services, and Kubernetes support was lately put into Docker, as well.

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Serverless processing, also sometimes called function as a service (fats), allows designers to create and deploy code in the cloud without provisioning resources. It is not really serverless – the applications still do operate on servers – but the developers need not take into account the servers in any way. Automation grips all of the configuration and provisioning, freeing up the developers to concentrate on the code. A recent Sumo Logic study of public cloud customers found that 23 percent were utilizing AWS Lambda, which is the best known of the serverless cloud services. Today, the tendency is rather small still, but it looks growing.

API means Application programming interface. In layman’s conditions, an API is an easy way to enable a credit card application to interact with another application, an internet service, or a cloud service. APIs aren’t new, but they are becoming extremely important as businesses undergo the process of digital change. In addition to utilizing APIs offered by the Web and cloud-service providers, many enterprises will be creating their own APIs to encourage outside developers to access their data and services.

Gartner’s Christy Pettey published in a post. Another important software development pattern that will impact the way enterprises consume cloud services is microservices structures. It used to be that whenever developers were creating new applications, they would design all the features and functions of these applications from scratch to make a monolithic piece of software.