Distributed Cloud helps in Improve the Reliability of Business

Posted by KBV Research on December 22nd, 2022

A contemporary method of managing software is called cloud-native architecture. It entails creating software that is modular, loosely linked, and microservices-focused, as well as the infrastructure that supports it. One kind of cloud-native architecture is a distributed cloud infrastructure.

It portrays an uncentralized network of autonomous virtual machines (VMs). It is possible to control and scale each virtual machine separately. Distributed cloud infrastructures are advantageous for enterprises because they can save money on hardware expenditures and maintenance while greatly enhancing performance and compliance.

We'll go over some of the advantages of a distributed cloud architecture and how it might improve your company operations in this blog post.

Improved efficiency and dependability

Your business operations could benefit from increased performance and dependability thanks to a distributed cloud infrastructure. The ability to decouple applications from one another is one of the main advantages of distributed infrastructure. This implies that a performance problem with one application won't have an impact on the others. 

The automation of latency-sensitive processes like application delivery, management, and monitoring is another benefit of distributed cloud architecture. This guarantees that procedures are conducted quickly and accurately. You may make sure that your distributed cloud architecture is constructed on the appropriate hardware to enhance performance and dependability.

A high level of reliability and resilience should be provided through the hardware you use, such as high availability hardware. Fans, power supply, and redundant network adapters can all help with this.

Greater flexibility and operational control

The fact that dispersed cloud architecture provides more operational control and flexibility is one of its most significant advantages. The amount of availability of each virtual machine can be managed and customised using distributed cloud infrastructure. This also implies that if one VM goes down, the others are unaffected. 

This is so that a distributed cloud architecture can be created without the usage of a centralised management layer. It is instead constructed utilising separate management layers for each VM. As a result, even if one VM goes down, the others will still function normally. Your distributed cloud infrastructure's level of control and flexibility may be able to improve the efficiency of your business operations.

For instance, you can utilise automation to speed up time-consuming and laborious operations like patching software and creating new virtual machines (VMs). Automation can be used to establish a constant level of service throughout your distributed cloud architecture.

Decreased hardware and maintenance expenses.

The ability to lower hardware and maintenance expenses is another advantage of dispersed cloud architecture. The fact that distributed infrastructures use commodity hardware—i.e., hardware that can be purchased from any vendor—is one explanation for this. This implies that you won't need to upgrade your gear if one vendor goes out of business. Simply choose a different supplier. 

Infrastructures for distributed clouds are constructed with a high degree of reuse in mind. This implies that hardware, such as storage and networking devices, can be used repeatedly. By recycling the hardware you currently own, you can cut down on the quantity of new gear you need to acquire. Distributed cloud infrastructure can also assist you in cutting maintenance costs.

For instance, you can shorten the time it takes to patch your programme by using distributed cloud infrastructure. This is due to the fact that distributed infrastructures have automation and self-service features that make software patching simple. Utilizing common hardware and reusable hardware will also help you cut maintenance costs.

Adherence to regulations

Distributed cloud architecture also has the potential to enhance regulatory compliance. This is mostly because each VM may be managed independently. This implies that even if one VM isn't compatible, the others will still function properly.

A distributed cloud architecture can also help your company more easily adhere to regulations like data privacy legislation. This is due to how much simpler it is to isolate data and provide security throughout the entire architecture when using a distributed cloud infrastructure. 

How should a distributed cloud be constructed?

Keep in mind that everything should be automated as you develop your distributed cloud infrastructure. As a result, you must automate processes like provisioning fresh VMs, software upgrades, and network traffic management. Additionally, be sure that your distributed cloud architecture is built to grow effortlessly.

You'll want to be able to rapidly and simply increase the number of VMs you have if your company encounters a spike in traffic. You should keep the following things in mind as you construct your distributed cloud infrastructure:

• Where will your VMs be hosted?
• Which kind of servers will you employ?
• How will you link them together?
• How will you create new virtual machines?
• How will the software be updated?
• How will network traffic be managed?

Key Learnings

A sort of cloud-native architecture that consists of several virtual machines is known as a dispersed cloud infrastructure. It could aid in enhancing the effectiveness and dependability of your company's operations. Additionally, it can lower expenses for hardware, upkeep, and regulatory compliance. Make sure to develop your distributed cloud infrastructure in a way that will allow for easy scaling.