How to Build a Cloud Computing Infrastructure?

For building a dedicated cloud infrastructure, there are several key requirements that are needed to achieve it. Also, it is important to go for the best hosting providers for this since we have to invest a good amount of resources in it. In this blog, we will discuss how you can build your cloud computing infrastructure. While doing so, we will also uncover how the cloud can transform your business. Let’s go.

Why cloud is the future? –

Cloud computing infrastructure gives you instant access to impeccable resources. It allows businesses to react to new market developments way quicker than legacy infrastructure. Amazon Cloud Support service can streamline your DevOps process. Cloud computing resources can enhance your software development and deployment processes to achieve continuous integration (CI) and continuous delivery (CD). The cloud is a significant enabling technology for digital transformation. In response to the wide adoption of 5G, Internet of Things (IoT) devices, and latency-sensitive applications, the need for cloud infrastructure is also rising. While physical data centers are designed to house a lot of information in one place, half of the world’s population still resides in rural locations. The cloud enables systems to be more distributed and brings processing and data closer to users. With this method, latency reduces, bandwidth expenses decrease, and connection performance improves. As a result, cloud adoption is increasing at a fast rate. NetApp reports that global spending on public cloud computing is growing at an annual rate of 20.4% and is likely to reach $600 billion in 2023. Everyone wants a piece of the cloud pie, with dedicated cloud infrastructure being the cherry on top.

Benefits of possessing cloud infrastructure

Cloud essentially allows you to set up a virtual office that gives you the flexibility to connect with your business and resources anywhere, at any time. With the growing number of web-enabled devices used in today’s business environment, cloud technology improves access to your data. That’s not it, though. Let’s find out the 3 major benefits of investing in cloud infrastructure:

Reduced IT costs

Rather than having to purchase expensive systems and equipment, you can reduce your business costs by using the resources of your cloud server infrastructure provider. You can reduce your operating costs as the following:

  • The cost of physical system upgrades, including new hardware and software
  • No longer need to hire expert staff on your company’s payroll
  • Energy consumption costs would be reduced significantly

Superior scalability and flexibility

Your company can easily scale its operations and storage requirements up or down to fit its demands. It offers your company the flexibility to evolve as it wishes. Your cloud computing service provider can take care of all the upgrades and tweaks on your behalf. No more need to buy and install expensive upgrades yourself. The cloud is here to help.

Seamless remote collaboration

Your company can collaborate more effectively in a cloud environment and use more efficient channels to communicate and share information. Cloud computing allows your employees, contractors, and third parties to have access to the same files in real time. This is particularly helpful when you are working on a project with developers operating from vivid locations, thus eliminating productivity restraints.

Defining your requirements

To define your cloud infrastructure requirements, you must first determine your business use cases. Depending on the service or product you develop, you can choose between private, public, hybrid, or multi-cloud. Let’s find out the differences.

Private cloud

A private cloud environment is completely dedicated to one end user or group, typically running behind that user’s or group’s firewall. AWS is one of the pioneers in today’s dedicated web hosting industry. There are two sub-types of a private cloud:

  • Dedicated cloud infrastructure: Here the underlying IT infrastructure is devoted to a single client with totally segregated access.
  • Managed private clouds: Here, a third-party provider deploys, configures, and manages a private cloud on behalf of its customers. Enterprises with understaffed or underqualified IT teams can improve the quality of their private cloud services and infrastructure by hiring companies reputable for managing cloud infrastructure.

Public cloud

Public clouds are cloud environments that are typically created from IT infrastructure not originally owned by the end user. All clouds become public clouds when the environments are partitioned and redistributed to multiple tenants. Public clouds in the past have always operated off-site, but today’s public cloud providers have begun to provide cloud services on clients’ on-site data centers. Amazon Web Services, again, is one of the largest public cloud providers in the world.

Hybrid cloud

A hybrid cloud is an IT environment made up of several environments that are connected by LANs (Local Area Networks), WANs (Wide Area Networks), VPNs (Virtual Private Networks), and/or APIs (Application programming interface) to form a single, unified environment.


A multi-cloud architecture consists of multiple cloud services from various public or private cloud vendors. All hybrid cloud environments are multi-clouds. However, not all multi-cloud environments are hybrid clouds.

Designing A Cloud Computing Strategy

For starters, it’s crucial to design a strategy that will help you achieve what you want. To help you design a winning cloud computing strategy, we have explained the necessary steps below:–

#1: First, you should decide which technology will be the basis for your on-demand application infrastructure
The decision related to which virtualization technology will be the organizational standard is already made. But decide before you start if it has not made. There are cons and pros to both a homogeneous and heterogeneous virtualization infrastructure, and the decision will impact the ability to monitor and manage infrastructure later. So make this decision first.

#2: Determine what delivery infrastructure you will be used to abstract the application infrastructure
Cloud infrastructure’s the on-demand capabilities are first designed to do two things: make efficient use of resources and ensure scalability. Some method of load balancing/application delivery will be necessary to accomplish the former.

To abstract the applications, this layer of the architecture will helpful and will provide a consistent means of access to users, shielding them from the high rate of change which occurs in the infrastructure.

The delivery infrastructure or load balancer will need to be included in the provisioning process and to provide visibility into application capacity, performance as well as resource management.

Many solutions are there to match your choice, but select one solution in which you will integrate the system into the architecture. Also, you need to verify the solution that whether it is capable of providing the visibility you will need into performance metrics or not. So, decide what metrics and thresholds you’ll use to trigger provisioning processes and ensure that the infrastructure can support it.

#3: Prepare the network infrastructure
Prepare the network to deal with an on-demand application infrastructure. Application delivery: must be configured correctly for the application being deployed, Hardware: network, storage. The network must be configured to deal with such change without requiring human intervention, and must be able to handle applications which migrate from hardware to hardware. For this, the network will require constant optimization to adapt to changing traffic patterns.

#4: Provide visibility and automation of management tasks
Remember, visibility is a key to an on-demand infrastructure. An associated management systems and the infrastructure must know what is running, when and where to evaluate available resources. Find how you will collect the data and from where. Decide which system is authoritative for each metric and verify to feed that information in real-time to the automation system.

#5: Integrate all the moving parts, such that the infrastructure and realizes the benefits of automation, abstraction and resource sharing
The last one is the most difficult part and requires the previous steps to be completed. The integration, automation of all the pieces of the infrastructure like storage, network, and application enable the infrastructure to act on-demand. The realization of cost-reduction benefits will be marginalized without automation. The integration step automates workflow. Automation requires constant monitoring across the application infrastructure from the network layer to the applications executing in the environment. In many cases, this integration may require a custom solution. If you are an early adopter, it may be necessary to build a management system and an automation framework yourself.

Also Read: Cloud Infrastructure: 5 Ways to Keep It Secure

Final Words

Toward a cloud infrastructure, Virtualization is the first step. It is important to re-evaluate the suitability of each critical layer of the architecture for inclusion in the new infrastructure model. An investment will require for building cloud infrastructure, if not in solutions or hardware, then in time and effort. Automation, reconfiguration, and integration will require significant IT resources to accomplish. Now, we are sure that you want to build a cloud infrastructure. When looking for a reliable dedicated cloud infrastructure or cloud computing infrastructure service provider in India, look no further than i2k2 Networks. Discuss your requirements and get answers to all your questions today at +91-120-466-3031 or +91-97-1177-4040. You can also email or fill out our contact form, and we will get back to you at the earliest.