Difference Between Distributed Cloud and Hybrid Cloud

Edited by Diffzy | Updated on: April 30, 2023


Difference Between Distributed Cloud and Hybrid Cloud

Why read @ Diffzy

Our articles are well-researched

We make unbiased comparisons

Our content is free to access

We are a one-stop platform for finding differences and comparisons

We compare similar terms in both tabular forms as well as in points


The internet is an essential element of our daily life. It involves everything because almost everything is not possible online. Its usage is very vast which extends to medical sectors, educational sectors, IT sectors, Military, and personal usage, among other uses. Clouds are technological inventions that are servers that can be accessed via the internet and on which software and servers function. Users and businesses who use cloud computing do not have to operate physical servers or run software programs on their equipment. Amazon and Google, two technological behemoths, began offering cloud-based solutions to assist large corporations in sharing data and applications. There are different sorts of clouds, such as private and public cloud models. Distributed cloud is a relatively new model and has not yet reached it’s full potential.

Distributed Cloud vs Hybrid Cloud

These jargons are not something we use in everyday lives and can be extremely difficult to comprehend, because of which knowing the basic difference between Distributed and Hybrid cloud is important. The distributed cloud model makes use of public cloud infrastructure, allowing applications and data to be accessed from third-party data centers rather than only cloud providers' servers. Other types of clouds exist, but distributed cloud excels them all in terms of performance by reducing latency and inconsistency. The term "hybrid cloud computing" refers to the use of multiple cloud computing models. It is a hybrid computing architecture that incorporates both private and public cloud services. Microsoft Azure and Amazon Web Services are the best examples of hybrid clouds. The key contrast between distributed and hybrid cloud is that distributed cloud is a newer type of public cloud architecture than the hybrid cloud. The hybrid cloud, on the other hand, integrates both private and public cloud models, allowing data to be shared with the public based on the level of privacy desired. Although this jargon might be difficult to understand, the below-mentioned table will help in differentiating between the two terms.

Difference Between Distributed Cloud and Hybrid Cloud in Tabular Form

Parameters of Comparison Distributed Cloud Hybrid Cloud
Denotation A distributed cloud is a sort of public cloud system that connects different applications and can spread data across multiple geographical locations. A hybrid cloud is a form of data architecture that allows data to be shared across a private and public cloud.
Launched Google recently released distributed cloud, which is a relatively new market. In 2011, the hybrid cloud was introduced to the market.
Pliability Because the data remains in its home location, distributed cloud offers higher regulatory compliance. The hybrid cloud struggles to meet regulatory compliances due to a lack of visibility.
Acquiescence Distributed cloud has better regulatory compliance as data stays in the originating location.  Due to lack of visibility, the hybrid cloud finds it challenging to meet regulatory compliances. 
Scalability This is one of the best advantages of a distributed cloud system as it can add more servers to the existing resources as well as add more power to the existing servers. Distributed clouds outperform hybrid clouds in terms of scalability.
Security Distributed clouds are public and thus they are more vulnerable to cyber-attacks. The hybrid cloud model ensures better security by storing sensitive data in a private cloud environment.
Application The distributed cloud model is used by cloud providers to reduce the latency of delivery. Example: a content delivery network A hybrid cloud is used in such a way that sensitive information is stored in a private environment and when the workload increases, less sensitive information is shared through the public environment.

What is Distributed Cloud?

A distributed cloud delivers computational resources on-demand, ranging from storage to diverse applications. This cloud architecture delivers computational resources on-demand, ranging from storage to diverse applications. Although the distributed cloud is a public cloud, personal data can be protected using various virtualization technologies. Google had recently introduced its distributed cloud edge, and other IT behemoths will soon adapt to this cloud environment. Reduced latency, increased scalability and compliance, and cost savings are all advantages of distributed cloud computing.

The distributed cloud has a significant benefit in the healthcare sector because it reduces latency. The Material Delivery Network, which enhances both the delivery speed and streaming performance of video content, is one of the best instances of distributed cloud protocols. Compute workloads are dispersed across several server points known as points of presence in a distributed cloud paradigm. This makes the distributed cloud concept incredibly flexible, as tampering with one server does not affect the other servers. The cloud provider expands the centralized cloud in this infrastructure, primarily by deploying several micro-cloud satellites in different parts of the world. As a result, the user perceives everything as part of a single cloud. The distributed cloud model is more transparent than the hybrid cloud model. A distributed cloud service is essentially a public cloud that runs in multiple locations, including:-

  1. The infrastructure of the public cloud provider.
  2. Public Cloud Provider Infrastructure
  3. The substructure of the civic cloud supplier
  4. in the data center of another cloud provider
  5. Hardware from a third party or a colocation center

The growth of the Internet of Things and edge computing has been a significant driving force behind the implementation of distributed clouds. Artificial intelligence (AI) applications that move significant amounts of data from edge locations to the cloud necessitate the proximity of cloud services to edge locations and the movement of cloud resources from edge locations to these applications. Although, all cloud services in such a hybrid, multi-cloud system are governed by a single control plane that handles interoperability and inconsistencies across different locations and geographic regions. Performance can considerably improve. Furthermore, an increasing number of government rules, such as the EU GDPR, may necessitate that data be housed in specific jurisdictions that may or may not be supported by a given public cloud provider, making distributed cloud mandatory.

After the discussion of distributed cloud one question arises how does a distributed cloud work?

To reduce latency, services in a distributed cloud are located or 'distributed' at specific locations, and these services benefit from a single, coherent control space across public and private cloud environments. Gartner claims that organizations can obtain large performance advantages by reducing latency and giving considerable performance boosts by minimizing latency problems, cutting the overall risk of disruptions, or controlling aircraft inefficiencies. A distributed cloud delivers not only an application but also the entire computing stack to the areas where it is required. The consumer cloud customer perceives this distributed infrastructure as a single cloud entity, while the cloud provider manages the distributed cloud holistically from a single control plane. According to Gartner, distributed cloud addresses the shortcomings of hybrid cloud and multi-cloud, whether that is in a public cloud provider, on-premises, or a third-party colocation facility. All cloud operations, including security, availability, upgrading, and governance of the entire distributed infrastructure, are the responsibility of the public cloud provider.

What is Hybrid Cloud?

The hybrid cloud provides a diverse set of capabilities from many cloud computing companies. An ideal cloud environment can be selected for each workload, and information can be moved separately from private to public cloud and vice versa. A hybrid cloud mixes the public cloud with a private cloud dedicated entirely to the end-user. A hybrid cloud solution assists a corporation in distributing its workload in a variety of ways. Sensitive data is stored in a secure private cloud environment, while the rest of the data is made available to all users for a variety of purposes. A hybrid cloud combines a private and a public cloud to generate a single, adaptable cloud environment. However, a hybrid multi-cloud can comprise more than one public cloud from a separate cloud provider.

A hybrid cloud solution assists a corporation in distributing its workload in a variety of ways. Sensitive data is stored in a secure private cloud environment, while the rest of the data is made available to all users for a variety of purposes. When it comes to running a large organization, hybrid cloud infrastructure is fairly prevalent. To boost effectiveness, a huge company's task is better accessed, managed, and completed in an optimum environment. For enterprises that have either a private or public cloud installation, a hybrid cloud is a preferable alternative. Although the capital cost of deployment is slightly greater (since it covers both types of cloud), it is more cost-effective in the long term. IBM is one of the leading tech companies offering hybrid cloud solutions. A hybrid cloud refers to mixed computing, storage, and services environment composed of on-premises infrastructure, private cloud services, and a public cloud –such as Amazon Web Services (AWS) or Microsoft Azure – orchestrated between different platforms. Using a combination of public cloud, on-premises computing, and private cloud in your data center means you have a hybrid cloud infrastructure.

Benefits of a hybrid cloud

  1. Due to the obvious flexibility of the public cloud, one will be able to construct an architecture that meets space, memory, and processing performance requirements. Cloud providers' implementation and maintenance expenses, on the other hand, will be reduced.
  2. By choosing on-premises hosting, one can maintain governance and control over your data and production environments while using public cloud services.
  3. Cost savings: one will save money on architecture implementation and application maintenance, as well as on usual storage and processing costs.
  4. Regardless of the size or issues of your company, a hybrid cloud may be needed at some point if one wants to maintain a scalable, adaptable, reliable, and financially sustainable model. However, the technology is well suited for SMEs and large corporations that can afford a large private cloud with private services that make them less vulnerable than a public cloud. For start-ups, the public cloud is an excellent place to start before investing in other types of cloud environments.
  5. The advantage of flexibility, one will be able to take benefit of cloud providers' innovative services without having to rely on them.

Main Differences Between Distributed Cloud and Hybrid Cloud in Points

  • A distributed cloud is a public cloud platform that allows for the geographical dispersal of data that is centrally managed. A hybrid cloud, on the other hand, is a sort of information infrastructure that mixes a private and a public cloud.
  • The distributed cloud model was introduced to the market much later than the hybrid cloud model.
  • Distributed clouds are used to improve speed and minimize latency, whilst hybrid clouds are intended to separate sensitive data and then distribute less sensitive data between two environments.
  • Hybrid cloud models are less versatile than distributed cloud models.
  • Due to the lack of visibility in the hybrid cloud, the distributed cloud provides greater regulatory compliance than the hybrid cloud.
  • Distributed clouds outperform hybrid clouds in terms of scalability.


Finally, a hybrid cloud is an IT solution that integrates two unique cloud resources, such as a public cloud, a private cloud, or a hybrid of the two. One resource serves as on-premises technology in this system, while the other serves as the system's host. You can execute and deploy your business applications or individual application components across a mix of cloud environments and locations that fulfill regulatory compliance, scalability, and other requirements in a dispersed cloud via a centrally managed, targeted delivery of public cloud platforms. Some are tailored to your individual needs. As the need for a more optimized environment grows to process more data and get more power out of it, new technologies come to market. Today, more than half a century later, the concept of hybrid and distributed clouds has been introduced to the market. So today we may be thinking that distributed cloud is enough to meet our needs, but maybe fifty years later we will brainstorm to come up with a more effective model to meet our needs at that time requirements. Overall, both these technical endeavors work towards efficiency in controlling data whether it's large data or small along with differences.


  • https://www.cloudflare.com/en-in/learning/cloud/what-is-the-cloud/
  • https://www.ibm.com/cloud/blog/distributed-cloud-vs-hybrid-cloud-vs-multicloud-vs-edge-computing-part-2
  • https://www.i95dev.com/difference-between-hybrid-cloud-multi-cloud-and-distributed-cloud/
  • https://www.vmware.com/topics/glossary/content/distributed-cloud.html

Cite this article

Use the citation below to add this article to your bibliography:



MLA Style Citation

"Difference Between Distributed Cloud and Hybrid Cloud." Diffzy.com, 2024. Fri. 23 Feb. 2024. <https://www.diffzy.com/article/difference-between-distributed-cloud-and-hybrid-cloud-191>.

Edited by

Share this article