Expand your knowledge regarding the board aspects of cloud computing. This will help enterprises to understand that why it is essential to move data online for the development of their firm. The post is going to provide a brief picture of four next-gen cloud computing technologies with their live examples that exist today.
It is well-known that the ecosystem of online computing technology is vast. The technologies multitude contains the cloud architecture on which the company relies to share/use applications and services in an efficient way and at a massive range. Either in an indirect or a direct manner, organizations are making use of open source tools for maximizing operations and development & keeping their goodwill in the changing market scenario.
What is the Future in Hands of Cloud Computing?
In today’s date, everything is connected with the cloud through one or another means. Many predictions are made by people regarding the future of online computing because it is having capability of opening doors for newer platforms, applications, etc. Infinite number of possibilities pave the direction to create and implement innovative ideas. In the next-generation, cloud computing technology role is going be as an integral element in the life of each human being. It is so because this is the only platform where all devices can be connected to one place. In the next section, one is going to find next-gen cloud computing technologies that will shape your mind with its future scope.
Technologies In Next-Gen Cloud Computing
- Unikernels – These are the specialized operating systems, which render enhanced security, fine-grained optimization, and a smaller footprint required for micro-services. They are made up of the library OS technology and can be customized on the basis of different programs and hardware. Unikernels are in the form of executable image, which can be natively executed on specific hypervisor. It does not require any extra supporting OS.
Unikernels comprises of library OS that is nothing just a library collection, which represents the core capability of an operating system. For example – MirageOS is a library operating system, which develops unikernels for networking purpose over a variety of online computing and mobile environments. Another example of Unikernel OS can be Rumprun Unikernel. This operating system comprises of thousands of coding lines and works with POSIX application directly on the raw hardware. It also supports working on the cloud hypervisors like Xen and KVM. - Blockchain – Blockchain technology is a new face of internet where digital data is distributed without copying. Information held in the blockchain appears like sharing, having numerous advantages of its use. It is impossible for an individual person to hold blockchain because it does not a single failure point. The network lives in a ‘consensus’ mode where a self-auditing kind of ecosystem is available. This system reconciles each transaction, which is accomplished in 10 minutes of intervals.
Well, the very first application that came in the form of blockchain technology is ‘bitcoin’ in the year 2009. Bitcoin is a cryptocurrency and, it is underpinned by the blockchain. This next-gen cloud computing technology eliminates the involvement of a human in processing cross-border trades. These type of systems can be set up as smart payments or contracts that prove themselves helpful at the time when it is about meeting certain set of conditions. - Container-as-a-Service – CaaS (or Container-as-a-Service) is a service provided by the cloud providers who render container orchestration and computing resources. The framework can be utilized by IT industry developers through web interface or API for easy container management. This new generation of cloud computing technology can be considered as a new layer in cloud platform to deploy application. It indicates towards the software that is purposed to give relief from the stress between operational and developmental team in a business. CaaS is useful at the time of pushing application data and monitoring program.
The tools under Container-as-a-Service category simplifies management and renders a framework not only to define the initial deployment level of the container but, also to manage several containers as a single thing. The whole and sole aim of these tools are to deal with scaling, networking, and availability. Azure Container Service, Google Container Engine, Cloud Foundry’s Diego, etc., are the live example of this next-gen cloud computing technology. - Software Defined Networking – Depending upon the providers and users, the meaning of this term is different. In general, it is a key component in data centers for the automation purpose. SDN renders efficient methods for managing virtualization that saves the extra costing in hardware implementation. Managers of the data center have the right to manage every aspect associated with the data center to upgrade their hardware as per the requirements. The world of digitization already comprises of several issues to maintain stability in the market therefore, automated software becomes important. These automated tools eliminate the complications that are faced while managing activities. It helps organizations in enhancing their cloud data security by reducing the human errors.
Conclusion
Cloud computing is having a bright scope in future because it is holding several technical barriers and knows solution to deal with them. No human involvement is required for dealing with such type of hurdles. The constant change is the need of today’s digitization world and no organization can stay in the market with making updation. The concept of next-gen cloud computing technology has already been adopted by huge firms and now it is your time to upgrade yourself.