Distributed Cloud – The Future of Cloud Computing
During the time of the pandemic, cloud computing played a crucial role. A cloud platform enabled businesses to work remotely. Though the pandemic situation is almost gone, remote work will stay. Most companies will continue to use the hybrid model to enjoy the resources of the outsourcing platform. For this, they will highly be dependent on adopting the cloud.
Cloud is also a hybrid model. Organizations can take advantage of both public and private clouds. Each type of cloud has its instrumentation, orchestration, and provisioning system. As a result, it creates a gap in cost, security, latency, and governance. So how to solve this issue. The best way is to adopt a distributed cloud.
Distributed Cloud
Distributed cloud is a strategic substation where multiple clouds meet the compliance and performance needs and support edge computing. It includes cloud computing, storage, and networking. Organizations prefer using the distributed cloud to enhance performance, security, redundancy, and regulatory compliance. However, organizations and team members need greater control over the cost, security, and governance to make it work. Leveraging technological advancement is also a must.
Extension of Cloud Services
Most cloud service providers offer an option to extend the cloud service. Amazon’s Outposts, Google’s Anthon, Microsoft’s Azure Stack, etc., are examples of extension cloud services. Its primary function is to synchronize cloud deployments with on-premises deployments. By providing standard deployment processes and tools, centralized management and monitoring process cloud providers ensure synchronization.
Process Data Hungry
All the intelligent devices generate a large amount of data. A survey shows that people and machines are generating 24000 gigabytes of data per second. The only place to store and analyze all the data is the cloud. However, sending all the data to a central cloud location and analyzing it is time-sensitive. The distributed cloud allows the processing of data-hungry, AI, IoT, and other applications to compute in an organization’s computing system.
It improves the performance of existing applications and enables an opportunity to create new applications. It prevents hinders like bandwidth issues from the path of adopting an innovative approach. It also enhances the end users’ experience.
Enhance Last-Mile Connectivity to improve Performance
A massive bottleneck of improving connectivity is the last-mile bandwidth. Deploying a 5G picocell alleviates bandwidth issues and supports organizations to improve the cloud. 5G increases the bandwidth capacity. If the connectivity is available, organizations need to upgrade last-mile capacity. Increasingly, people are getting access to fiber-to-the-building and fiber-to-the-curb services.
As smart devices are everywhere, adopting distributed cloud is an exemplary architecture. Users can find meaningful insights and outcomes from the distributed cloud. This is the future everyone is trying to realize.
