Cloud Native technologies provide a foundation for building robust, in-demand solutions. These technologies enable organizations to quickly and efficiently build and execute scalable, dynamic applications in highly dynamic, modern environments like public, private, and Hybrid clouds. Applications are generally developed using a client-server model. Client-server applications are loosely modeled on the server-side programming languages of Java, .NET, PHP, Ruby, etc., with the additional ability to add modules, services, and web services. Declarative APIs provide access to common server resources and abstractions for code re-use and security.
Cloud Native Services
Services provided by cloud native technologies are decoupled from servers and work on a "service-oriented architecture". This architecture allows developers and designers to focus on designing a user experience instead of developing application logic. Services usually implement a generic model that can be reused across different platforms.
For organizations looking forward to adopting cloud native technologies for their enterprise platform, there are some important questions to ask. Is it necessary to use cloud infrastructure? Can a business apply for a more robust platform by leveraging a more generic, client-server model? If yes, can an organization achieve this with a more affordable and flexible approach?
Organizations need to consider some critical factors when developing a plan to adopt cloud native technologies. The key players in cloud native computing are: the software provider or the SaaS provider, the network environment providers, the device management provider, the IaaS providers, the server providers, the cloud users, the network connections, the desktop software, the mobile software, the E-commerce software and the application service providers. In a broader sense, these key players include the hardware vendors such as the chipset manufacturers, the computer hardware providers such as the hardware vendors, the software vendors such as the software vendors and the networking equipment providers. These key players are in competition with each other. In order to take advantage of the growing number of cloud users, organizations should form a partnership. This partnership will make the use of cloud native computing more cost-effective.
Primary advantage of Cloud Native Technologies
The primary advantage of cloud native technologies is that they enable businesses to run applications more efficiently than they would be able to otherwise. Application containers are a key feature of some cloud native technologies. These containers act as a virtual platform whereby multiple virtual applications can be run in parallel without any need for server glue or Java scripts. The containers also provide a high level of isolation from each other and from other services.
Uses of Container Tools
Using container tools helps developers get a better idea about the requirements of their projects. Containers allow cloud computing developers to create a very simplified model of a system, which enables them to quickly adjust the system's configuration to meet the unique needs of the various projects they are working on. Container development tools allow the developers to create a self-contained development environment that eliminates the use of programming languages, such as Java, that are specific to server hosting environments. Most cloud computing developers prefer Java for this reason.
Cloud native tools can also help with the deployment of code integration to any number of environments. Many times, developers prefer to have a copy of their application running on their local machine instead of on a remote server. If this is the case, then container orchestration can help them to easily move the application to a new environment. Container orchestration allows a team to deploy their containers in a secure manner so that it is not possible to see the underlying infrastructure. Container orchestration can make changes to the application without having to restart the application or destroy any backups.
GitOps also helps cloud enterprises with deployment efficiency. GitOps is a tool developed by Google that makes it easier for cloud service providers to manage their own Gitol. Gitol is a repository management system that enables organizations to store, version, assign, and remove tags. These tags are used to allow the collaboration of multiple employees who do not have the same working style. As a cloud enterprise solution, Google makes it easy for organizations to take advantage of Gitol.
Published by Cloud Native Technologies