A cloud-native architecture is a modern approach to managing software. It involves developing software, as well as the infrastructure that supports it, in a way that’s modular, loosely coupled and microservices-centric. A distributed cloud infrastructure is a type of cloud-native architecture. It represents a network of independent virtual machines (VMs) with no central management layer.
Each VM can be managed individually and scaled independently. Distributed cloud infrastructures are beneficial for businesses because they can significantly improve performance and compliance while saving money on hardware costs and maintenance. In this blog post, we’ll take you through some of the benefits of a distributed cloud infrastructure and how it can help your business operations.
A distributed cloud infrastructure can help improve the performance and reliability of your business operations. One of the major benefits of distributed infrastructure is that it allows for the decoupling of applications from each other. This means that if one application has a performance issue, it can’t affect the others.
Additionally, distributed cloud infrastructure enables the automation of latency-sensitive tasks like application delivery, application management and monitoring. This ensures that operations are completed with high levels of accuracy and speed. To improve performance and reliability, you can ensure that your distributed cloud infrastructure is built on the right hardware.
You should make sure you’re using hardware that offers high levels of reliability and resiliency, like hardware that’s designed for high availability. This can be achieved through redundant network adapters, fans, and power supplies.
One of the most important benefits of distributed cloud infrastructure is that it offers greater operational control and flexibility. With distributed cloud infrastructure, you’re able to control and customize the level of availability of each VM. This also means that if one VM experiences an outage, it doesn’t affect the others.
This is because a distributed cloud infrastructure isn’t built using a central management layer. Instead, it’s built using independent management layers for each VM. Therefore, if one VM experiences an outage, the others will continue to run without any issues. The level of control and flexibility that you have over your distributed cloud infrastructure can help your business operations run more efficiently.
For example, you can use automation to automate tedious and time-consuming tasks, like patching software and provisioning new VMs. You can also use automation to create a consistent level of service across your distributed cloud infrastructure.
Another benefit of distributed cloud infrastructure is that it can help reduce costs related to hardware and maintenance. One reason for this is that distributed infrastructures use commodity hardware, which is hardware that can be bought from any supplier. This means that if one vendor goes out of business, you won’t need to change your hardware. You can simply switch to another supplier.
Distributed cloud infrastructures are built with a high level of reusability. This means that you can use hardware, like storage devices and network devices, more than once. Therefore, you can reduce the amount of hardware you need to buy by reusing hardware that you’ve already purchased. Distributed cloud infrastructure can also help you reduce costs related to maintenance.
For instance, with distributed cloud infrastructure, you can reduce the amount of time it takes you to patch your software. This is because distributed infrastructures feature automation and self-service capabilities that make it easy to patch software. You can also reduce costs related to maintenance by using commodity hardware and reusable hardware.
Another benefit of distributed cloud infrastructure is that it can help improve compliance with regulations. This is mainly due to the fact that you can manage each VM separately. This means that if one VM isn’t compliant, the others will continue to run without issues.
A distributed cloud infrastructure can also make it easier for your business to meet compliance requirements, like data privacy laws. This is because with a distributed cloud infrastructure, it’s easier to separate data and provide security across the entire infrastructure.
When building your distributed cloud infrastructure, you should keep in mind that everything should be automated. This means that you should automate tasks like provisioning new VMs, updating software, and managing network traffic. You should also design your distributed cloud infrastructure in such a way that it can scale easily.
If your business experiences a spike in traffic, you’ll want to be able to increase the number of VMs you have quickly and easily. When designing your distributed cloud infrastructure, you should make sure to consider the following: -
A distributed cloud infrastructure is a type of cloud-native architecture that’s made up of independent VMs. It can help improve the performance and reliability of your business operations. It can also reduce costs related to hardware and maintenance, as well as compliance with regulations. When building your distributed cloud infrastructure, make sure you design it in such a way that it can scale easily.
The Global Distributed Cloud Market size is expected to reach $13.4 billion by 2028, rising at a market growth of 20.3% CAGR during the forecast period.
