Here is how organizations are benefitting from cloud computing

Joint cloud computing has been around for a decade, but its popularity has grown even more in 2021, making it one of the year's most popular cloud computing technologies.

Cloud technology powerhouses have started to work together to speed up the go-to-market cycle and capitalise on each other's unique selling strengths. It's a collaboration between cloud providers that will assist joint clients with cloud implementation and operations across multiple cloud platforms. Oracle and Microsoft, the two competitors, have formed a corporation to combine their strengths and offer the perfect combination. Avaya, a technology company, recently announced a partnership with Microsoft to build a cloud communications system.

What is Joint Cloud?

Joint cloud is a cutting-edge computing platform that allows developers to create cross-cloud services using software-defined interaction and collaboration amongst cloud service providers. Additionally, container platform automation features provide multi-cloud access, giving businesses a compelling solution for collaborating with a variety of cloud providers, architecture and cloud types.

Joint Cloud Can Assist in Addressing Expected Challenges

The introduction of Cloud 1.0 has resulted in lower IT expenses and on-demand service availability. However, it is fair to say that the globalisation of cloud services has not been without its difficulties. A few problems linked with Cloud 1.0 were highlighted in a study conducted by IEEE. These were the following:

1. Different cloud providers are in charge of their own networks. Providing interconnection of diverse materials in various domains is a major task. As a result, a sequence of negotiations should be used to achieve interconnection and assured quality of service in the joint cloud.

2. References between services are becoming more common as services become more diverse and their interdependencies become more complicated in modern applications. In this instance, a single cloud is unlikely to be able to deploy all of the essential services while still meeting the user's performance requirements. The present single-cloud deployment method significantly raises the cost of cloud establishment and improvement, as well as causing instability in newly installed services. As a result, protocols and processes should be in place to facilitate the referencing and consolidation of various services across several clouds.

Benefits Offered by Joint Cloud

To tackle these challenges, both industry and academia have started to examine the cooperation amongst independent public cloud services. Cooperative cloud computing, which reduces the barrier between several clouds, is at the heart of Cloud 2.0. Let's take a look at some of the features that make joint cloud such a good fit for businesses.

Large Storage Capacity

With the growing size of data buffers and the diversity of client preferences, a single cloud provider can no longer suit all of their requirements. Joint cloud is a powerful tool for coordinating independent cloud peers to provide high-quality storage. The storage services, on the other hand, must find global balances between accuracy and reliability under a variety of conditions and requirements by utilising resources spread across multiple cloud peers.

In order to make the transition back to the office easier in 2022, businesses must use vendor-neutral systems that can handle the volume and complexity of massive storage environments. IT teams must evaluate a vendor's interoperability with hyperscalers, maintain data integrity across every data management project and ensure that the vendor provides access to a complete support staff while considering a vendor. Companies can make the best use of cloud as well as storage in the long run with these foundation blocks in place."

High-Efficiency

Joint cloud computing is an emerging research effort led by Chinese institutes that aims to overcome the computing issues that come with different clouds. Joint cloud meets customers' diverse and changing cloud resource requirements by supplying virtual cloud resources (VC). Users of the joint cloud can develop, debug and support mechanisms in their work environment using an internet browser without having to deal about minor issues like framework installation, setup and modelling. This working environment is built on a bespoke virtualization platform (VC) that provides the best resources from the underpinning clouds. This design could allow apps to seamlessly move across clouds, allowing them to elastically stretch out and use new resources from 3rd parties to cope with load demand challenges.

Cost-effectiveness

There has been a huge increase in business investment and research in the Internet of Things during the last few years. The convergence of standard cloud and edge cloud is already beginning to provide high-quality services to a wide range of customers, fuelled by future application requirements from the "Internet of Everything". Traditional clouds, on the other hand, must continue to collaborate due to high marginal operating costs. JointCloud computing is a novel computing paradigm that allows diverse clouds to collaborate. JointCloud aims to make it easy for a large number of cloud vendors to collaborate in order to provide successful cross-cloud services. It's also cost-effective as it works on horizontal cloud supplier collaboration and vertical cloud service integration.

Conclusion

JointCloud aims to develop a global cloud network by bringing together significant cloud providers from China and around the world. Unlike prior Cloud 2.0 efforts like SuperCloud and InterCloud, JointCloud is the first step toward establishing a growing community in which all cloud service providers can use the specified service infrastructure to enable deep collaboration and customers can develop services above the emulated cloud.