Cloud Native Technologies

Posted by Cloud Native Technologies on July 16th, 2021

Cloud Native Technologies is gradually taking over the world of development and software deployment. More companies today are moving to cloud environments for their entire enterprise. This enables them to quickly scale and monetize on the cloud. It also allows them to get more work done with fewer people and lets them save money on capital expenditure.

The shift to cloud native technologies is a direct result of the rapid development and adoption of containerization. Containerization enforces an easy, standardized, and repeatable development model. It enables businesses to easily use pre-existing infrastructure with the support of a standardized software model. With the use of containerization developers are able to easily use the latest tools and programming languages. They have an easier time creating new applications and managing the deployment and maintenance of the applications on the cloud.

What are three main Cloud Native Technologies?

Today we find three main cloud native technologies that are taking the market by storm. These are RaaS, IaaS and SaaS. RaaS is a relatively new term, but it has already raised a lot of attention because of its ease of use and its flexibility for both IT and business users. RaaS enables organizations to take advantage of a cloud server using a subscription model. The most common use of this technology is in the digital market as it enables software to be installed and run without the need for any real estate investment or long-term capital expenditure.

IaaS and SaaS are two of the cloud native technologies that have been around for quite some time. While the earlier one - SaaS - was earlier developed and used by several big corporations and software development companies, the latter is a relatively new technology. However, both these technologies have the same core elements and are useful for all manner of enterprises. Let us take a look at some of the key players in this growing market segment and how they are making headway:

Professional Cloud Providers

Infrastructure as a Service (IaaS) is a subscription-based service that enables Cloud Providers to utilize their own resources - in the form of hardware, software and memory - to run applications. It simplifies the management of such applications by removing the need for installing, managing and monitoring them. The key players in this space include Microsoft, Salesforce, IBM and Amazon Web Services (AWS). This is a rapidly growing market with a number of players trying to stake their claim. With companies such as IBM and Microsoft having big plans for the future, it is important for organizations to make their choices carefully and to take advantage of IaaS offerings.

What is Container Technology and Why it is Used?

Container Technology is another important player in the cloud native applications arena. It enables organizations to deploy and manage the infrastructure in an efficient manner without investing in infrastructure. The key benefit of using containers is the flexibility they provide in terms of adapting to new requirements. They are highly extensible, which enables a company to add or remove components easily without the need for replacing entire servers. As a result, companies can rapidly gain access to a wide variety of tools and applications running on the underlying infrastructure without spending too much time and money on establishing the required infrastructure. In addition, the advantages of this type of deployment include simplified management of the business data and the ability to quickly move applications to a new server without disrupting the existing workflow.

Cloud Native Tools

There are many cloud native tools that make the process of deploying and using containers easier. Some of the popular ones include: Container Home Testing, Container Inspector, Jira, Mesos knocker. The reason why container orchestration has become an important tool for developers is because it helps them gain more insight into the health of their applications. This in turn can help them detect issues early on and address them before performance problems become critical to the overall health and performance of the application. The biggest advantage of using containers is that it can be easily integrated into an existing application. Therefore, developers do not have to spend a lot of time or money creating a separate container infrastructure for each application.

While there are other ways to deploy and use containers, developers find that using cloud-native tools gives them access to a number of tools and applications that they wouldn't otherwise have been able to get access to. For example, one reason why containerization has become popular is because it eliminates the need for developing and maintaining server applications. Developers can use the tools that the cloud provides to automate server processes while also having access to the underlying software and tools. In addition, developers find that using containerization allows them to easily scale their applications and business, as they are not limited to a single VPS or physical server option. Therefore, virtual machine, Vagrant, cloud-based services and containers are some of the tools that developers can use today.