The Future Outlook of Cloud Computing: Distributed Cloud The global pandemic has changed the way businesses operate, with remote employment becoming the new norm. As a result, the adoption of cloud computing has skyrocketed. While the hybrid cloud has been popular for its flexibility and scalability, it still has limitations in terms of ownership and innovation. However, a new method called distributed cloud computing is gaining popularity. A distributed cloud is a public cloud architecture that processes and stores data in a distributed manner, allowing businesses to have data centers in various locations. This article explores the concept of distributed cloud computing and highlights its advantages, such as instant data transfer, cost-effectiveness, and better disaster recovery. It also discusses the three layers of the distributed cloud – edge cloud, regional cloud, and central cloud. Experts predict that distributed clouds will become more widespread and surpass other information and communication technologies. As businesses continue to embrace the cloud, the future of cloud computing seems to be moving towards distributed cloud architecture.
The Future Outlook of Cloud Computing: Distributed Cloud
With the global pandemic changing the dynamics of how businesses operate, remote employment and hybrid models have become the new norm. This shift has led to a significant surge in cloud adoption, as it enables businesses to embrace flexibility and scalability. While the hybrid cloud has been widely adopted, the distributed cloud is emerging as the future of cloud computing. In this article, we will explore what a distributed cloud is, its three layers, how it differs from a hybrid cloud, and the advantages it offers to businesses.
What Is A Distributed Cloud?
A distributed cloud is a public cloud architecture that processes and stores data in a distributed manner. This means that businesses using a distributed cloud can store and process their data in various data centers, some of which may be located in different regions. Unlike traditional cloud computing models, the distributed cloud allows for data to be stored locally in specific areas, enabling faster data transfer and better user experiences.
An example of a distributed cloud is a content delivery network (CDN), which is a geographically spread network architecture designed to deliver content quickly and efficiently to viewers in different locations. However, distributed clouds have applications beyond content delivery, such as in transportation and sales.
The Three Layers Of The Distributed Cloud
The distributed cloud consists of three layers: the edge cloud, the regional cloud, and the central cloud.
-
Central Cloud: The central cloud is responsible for managing data and overseeing the entire network of clouds. It serves as a massive storage facility, making it easily accessible to anyone, anywhere in the world. A prime example of a significant central cloud is Google’s extensive storage infrastructure.
-
Regional Cloud: The regional cloud acts as the centerpiece of the distributed cloud sandwich. It provides proxy, data caching, and local mobility services. This layer ensures efficient data processing and enhances user experiences by bringing services closer to the users.
-
Edge Cloud: The edge cloud processes data and offers services close to the users on devices like laptops or mobile phones. It is situated where the users are, effectively reducing latency and improving response times.
What Distinguishes a Distributed Cloud From a Hybrid Cloud?
While the hybrid cloud has been popular for enabling businesses to combine public and private cloud resources, it falls short in fully leveraging the benefits of cloud computing. Unlike a hybrid cloud, a distributed cloud goes beyond enhancing the computing environment and focuses on increasing the geographic reach. Distributed clouds enable edge computing, allowing for data processing and storage closer to the users, resulting in improved performance and user experiences.
Advantages Of Distributed Cloud Computing
Distributed cloud computing offers several advantages to businesses, making it an attractive option for the future of cloud computing. Here are some of the key benefits:
Instant Data Transfer
One of the significant advantages of distributed cloud computing is faster data transfer. Traditional cloud computing models often require data to travel long distances before reaching the end-users, resulting in increased latency. However, with distributed cloud computing, data centers are strategically located closer to the users, reducing the distance data needs to travel. This proximity enables quicker data transfer and better user experiences.
Cost-effectiveness
Distributed cloud computing can also be cost-effective for businesses. By leveraging the distributed cloud architecture, businesses can reduce the amount of computing power required to process and deliver data. As a result, the cost of using distributed cloud services can be lower compared to traditional cloud computing models.
Transparent Cloud Management From a Single Dashboard
Unlike hybrid clouds, which require users to manage and transfer data between public and private cloud environments, distributed cloud computing allows for transparent cloud management from a single dashboard. This centralized management simplifies operations and eliminates the need to collaborate with multiple cloud computing vendors. Businesses can streamline their cloud management processes by working with a single distributed cloud computing vendor.
Better Disaster Recovery And Data Protection Opportunities
Distributed cloud computing offers improved disaster recovery and data protection capabilities. By distributing and backing up data across multiple cloud environments, businesses can enhance the security and resilience of their data. In the event of a failure in one data storage facility, the distributed nature of the cloud ensures that other environments continue to function, allowing for faster disaster recovery.
Distributed Cloud: The Future Of Cloud Computing
The future of cloud computing lies in the distributed cloud. As businesses continue to embrace remote work models and demand faster and more seamless user experiences, distributed clouds are poised to become the go-to solution. Industry analysts predict that distributed clouds will become increasingly widespread by 2025, surpassing other information and communication technologies. Cloud providers are already investing in infrastructure for edge computing, further supporting the growth and development of distributed clouds.
Conclusion
As businesses worldwide make the shift to the cloud, the relevance and importance of cloud computing have never been higher. In particular, the demand for cloud services from major providers like Google has skyrocketed. However, this is just the beginning, and the future of cloud computing lies in the distributed cloud. Businesses can benefit from instant data transfer, cost-effectiveness, transparent cloud management, and better disaster recovery and data protection opportunities offered by distributed cloud computing. With its ability to improve performance, enhance user experiences, and enable greater flexibility, the distributed cloud is set to shape the future of cloud computing.
Source: https://onpassive.com/blog/why-is-the-future-of-cloud-computing-distributed-cloud/