Statistics Clearly Show That A Large Portion Of IT Services Have Moved To The Cloud Infrastructure, And Companies Have Moved In-House Services To The Cloud Infrastructure To Save Costs. 

Cloud Infrastructures, developers, have welcomed cloud computing, as some heavy computing activities require a lot of power that personal computers cannot provide. For this reason, developers rent a cloud-based virtual machine for a short period of time based on the processing power and hardware they need and deploy the cloud infrastructure through a not-so-expensive laptop or computer, putting heavy computing processes on the virtual machine. They do.

The growing popularity of cloud services has led experts to predict that the future of information technology in cloud computing will be short-lived. Accordingly, this article intends to examine the economic benefits of cloud computing and show what model is right for your business and what benefits it offers. Based on the points that we refer to in this article focusing on economic issues, you can easily get the services you need from domestic or foreign companies.

Better focus on business activities

Cloud computing service providers allow organizations and companies to focus on business and business goals rather than on the various concerns of providing and maintaining IT infrastructure. Once you have the cloud infrastructure, you will no longer need to invest in infrastructure, as operating costs will significantly reduce. For example, some companies may use thinner clients to connect to the network and the cloud instead of purchasing powerful computer systems. Based on this view, we see that the purchase of systems of several hundred million tomans is reduced to several tens of millions of tomans.

What are the benefits of cloud infrastructure?

One of the major benefits of cloud computing for businesses is flexibility. However, the benefits of cloud computing are not limited to flexibility. Among the benefits of the Cloud Infrastructure Index are the following:

•  Significant reduction in the costs of setting up and maintaining infrastructure, especially in-house data centres.
•  Ability to provide services or receive continuous services and the ability to recover lost information.
•  Focus on getting the services you want instead of focusing on the infrastructure.
•  More efficient and efficient use of leased services and resources tailored to the needs of the work.
•  Improve data security.
• Scalability is one of the most important benefits of cloud infrastructure. Hype-based services are the ideal choice for organizations that need to grow resources. Depending on the type of business, organisations can request more resources or move to less expensive and economical services if the workload is reduced for various reasons, such as the seasonal record. This flexibility in increasing or decreasing resources directly impacts the rational and correct use of organizational budgets.

Cloud infrastructure

Today there are different paradigms of cloud computing services, each with its own characteristics. However, NIST has classified cloud computing services into three main groups IaaS, PaaS and SaaS. Figure 1 shows the services provided by each of these groups. If you look to the left of the image, you will see the organizational model in which monitoring all the components is the responsibility of the organization itself.

More precisely, the organisation must fix any performance problems or technical glitches, which is a costly and sometimes time-consuming process. Respectively, infrastructure models as a service, platform as a service, and software as a service offer different levels of abstraction. In each model, the company’s responsibilities that provide the service increase and, conversely, the organisation’s organisational concerns that receive the service decrease. In fact, each of these models offers an advanced level of abstraction, or more accurately, management, to the cloud service company.

When looking at this image, the question is, why do we need to go to different paradigms despite the software model as a service?

The answer depends on the type of business. For example, an organization active in the field of finance or a leading company in the field of providing new technologies should monitor the process of performing some services within the organization to maintain the principle of integrity and authenticity of their data, and competitors do not succeed through a cyber attack on the company.

Cloud service providers steal their information. Based on this definition, we see that it is not possible to eliminate any of these three cloud computing paradigms. Still, the intra-organizational model may gradually give way to these computing paradigms. When looking at this image, the question is, why do we need to go to different paradigms despite the software model as a service?

The answer depends on the type of business. For example, an organization active in the field of finance or a leading company in the field of providing new technologies should monitor the process of performing some services within the organization to maintain the principle of integrity and authenticity of their data, and competitors do not succeed through a cyber attack on the company.

Cloud service providers steal their information. Based on this definition, we see that it is not possible to eliminate any of these three cloud computing paradigms. Still, the intra-organizational model may gradually give way to these computing paradigms. When looking at this image, the question is, why do we need to go to different paradigms despite the software model as a service?

The answer depends on the type of business.

For example, an organization active in the field of finance or a leading company in the field of providing new technologies should monitor the process of performing some services within the organization to maintain the principle of integrity and authenticity of their data, and competitors do not succeed through a cyber attack on the company.

Cloud service providers steal their information. Based on this definition, we see that it is not possible to eliminate any of these three cloud computing paradigms. Still, the intra-organizational model may gradually give way to these computing paradigms.

For example, an organization active in the field of finance or a leading company in the field of providing new technologies should monitor the process of performing some services within the organization to maintain the principle of integrity and authenticity of their data, and competitors do not succeed through a cyber attack on the company.

Cloud service providers steal their information.

Based on this definition, we see that it is not possible to eliminate any of these three cloud computing paradigms. Still, the intra-organizational model may gradually give way to these computing paradigms.

For example, an organization active in the field of finance or a leading company in the field of providing new technologies should monitor the process of performing some services within the organization to maintain the principle of integrity and authenticity of their data, and competitors do not succeed through a cyber attack on the company.

Cloud service providers steal their information. Based on this definition, we see that it is not possible to eliminate any of these three cloud computing paradigms. Still, the intra-organizational model may gradually give way to these computing paradigms.

Infrastructure model as a service

The infrastructure model as a service is the most basic concept of cloud computing that can provide consumers with infrastructures such as data centres, servers, firewall networks, storage space and similar items quickly. In this case, the system administrator or developer can prepare the infrastructure needed to launch their services with the least cost and time.

Today, there is no need to mention the importance and position of cloud services, especially cloud infrastructure services, because businesses started migrating to cloud infrastructure a few years ago. The benefits and capabilities of cloud infrastructure are so vast, diverse, and flexible that it persuades any business, especially start-ups, to use the software equivalents of expensive hardware instead of spending money on expensive hardware.

These equations include virtual routers or virtual switches, which are the beating heart of virtualization technologies. Statistics published each year by the European Commission’s specialized information technology commissions show that the migration rate to cloud services in Europe is close to 77%. At the same time, this figure is higher in the more developed or developed countries of Europe.

In the UK, for example, the rate is 88%. As you can see in the figure below, this rate has grown significantly worldwide and in the Middle East from 2017 to 2018, reaching 65.8%.

GlobalData predicts that the largest investment in the Asia-Pacific (APAC) cloud computing market will come from China, Japan, India, Australia, South Korea, and others (Figure 2). ‌ Statistics published each year by the European Commission’s specialized information technology commissions show that the migration rate to cloud services in Europe is close to 77%. At the same time, this figure is higher in the more developed or developed countries of Europe.

In the UK, for example, the rate is 88%.

As you can see in the figure below, this rate has grown significantly worldwide and in the Middle East from 2017 to 2018, reaching 65.8%. GlobalData predicts that the largest investment in the Asia-Pacific (APAC) cloud computing market will come from China, Japan, India, Australia, South Korea, and others (Figure 2). ‌ Statistics published each year by the European Commission’s specialized information technology commissions show that the migration rate to cloud services in Europe is close to 77%. At the same time, this figure is higher in the more developed or developed countries of Europe.

In the UK, for example, the rate is 88%. As you can see in the figure below, this rate has grown significantly worldwide and in the Middle East from 2017 to 2018, reaching 65.8%. GlobalData predicts that the largest investment in the Asia-Pacific (APAC) cloud computing market will come from China, Japan, India, Australia, South Korea, and others (Figure 2). ‌

 As you can see in the figure below, this rate has grown significantly worldwide and in the Middle East from 2017 to 2018, reaching 65.8%.

GlobalData predicts that the largest investment in the Asia-Pacific (APAC) cloud computing market will come from China, Japan, India, Australia, South Korea, and others (Figure 2). ‌

As you can see in the figure below, this rate has grown significantly worldwide and in the Middle East from 2017 to 2018, reaching 65.8%. GlobalData predicts that the largest investment in the Asia-Pacific (APAC) cloud computing market will come from China, Japan, India, Australia, South Korea, and others (Figure 2). ‌

figure 2

In a report published by Intel Security in 2018, Forbes magazine noted that in the last 15 months, 80% of the organizations’ budgets had been allocated to infrastructure and cloud solutions.

All the statistics show that cloud infrastructure is rapidly gaining ground. In all analytical studies, cloud services are the most important and main technology trends that will grow faster than other trends in the next 10 years. The infrastructure model uses application programming interfaces to manage the lowest level of network infrastructure, which includes networking, storage, servers, and virtualization.

Well-known companies in this field include Rackspace, Digital Ocean, Google Compute Engine, and some models of Microsoft Azer Deployment and Amazon Web Services (AWS).

• Common Uses: Infrastructure as a service is the most flexible model of cloud computing services, so it is an ideal option for start-ups and organizations that are agile and looking for a scalable solution. In addition, the computer model is suitable for businesses that want to have more control over their resources.

Platform as a service

(Platform-As-A-Service)

The platform as a service provides more abstraction concerning cloud services. It allows users to build or deploy applications using super-centric tools (for example, programming languages, libraries, services) without the need for basic infrastructure. However, in the above method, consumers must control the performance of the programs themselves. Major service providers include Salesforce, AWS Elastic Beanstalk, Heroku, Google App Engine (GAE), and OpenShift.

• Common Uses: The platform model provides excellent accessibility and scalability as a service, enabling organizations to design and build new services and solutions without hiring skilled developers to maintain the services and solutions. Typically, IT teams use this model in hybrid cloud environments.

Software as a service

(Software As a Service)

The software model as a service allows consumers to use the programs offered by the service provider company that is hosted on the company’s infrastructure through thin clients or programming interfaces.

As you can see in the previous sentence, we used the term thin client to describe this model of services to show that you need the minimum amount of hardware required to use these services.

Thin clients are low-power, low-cost processing devices that some organizations use to conduct business and reduce overhead costs. Of course, some organizations still use zero clients to reduce costs with more limited hardware components.

So if you plan to use zero clients in interaction with computing paradigms, the software is the most suitable option as a service because you are completely dependent on processing power and cloud resources. Powerful examples include Google G-Suite, Dropbox, Cisco Webex, Concur, Microsoft O365, Genesys, PayPal.

• Common Uses: Software as a service is a flexible model suitable for applications where collaboration between users is essential. Especially when it comes to working with foreign contractors or outsourced developers. In addition, it is the best option for short-term projects. SaaS models are more suitable for small and medium-sized businesses that are not interested in investing in information technology and infrastructure maintenance.

Cloud infrastructure is compared to deployment within the organization from an economic perspective.

The growing expansion of cloud infrastructure raises the question of whether, from an economic point of view, cloud infrastructure is more cost-effective or it is better to use the internal model of the firm that owns the hardware with the company? Unfortunately, many criteria must consider being accountable.

At first glance, it seems that hardware ownership is more cost-effective and more secure. For example, an organization pays for its web-based services only once to purchase a server and uses it for many years at no cost, but this is an optimistic case.

When you decide to use the in-house model to prepare the infrastructure, you inadvertently incur various costs that fall into three main subcategories.

• Direct costs: refers to the cost of purchasing servers and storage equipment, known as the company’s capital cost (Capital Expenditure). You pay directly to purchase servers and storage equipment, backup hardware and site, which may be shared space. 

• Indirect costs: Refers to the cost of peripherals and infrastructure required to set up the servers initially. Funds allocated to the cost of energy supply, network communication infrastructure between servers, infrastructure equipment such as routers, switches, patch panels, racks, security solutions such as firewalls, cooling mechanisms, the cost of human resources to maintain infrastructure, servers and Refers to software and repair costs.

• Hidden costs depending on the type of use of the servers or services. These costs are different and variable. However, it would help if you considered the cost of bandwidth, the need to improve infrastructure, and the costs of unforeseen events such as cyberattacks, sabotage, or fire. In addition to the above, you should note that the useful life of servers, storage equipment and electronic equipment, in general, is 5 years, after which they must replace. Local infrastructure is still widely used by organizations at a high cost, which is why most businesses have shifted some of their non-security business and cloud services to cloud infrastructure. In this case, the cost of using the cloud infrastructure is calculated based on the number of resources consumed and known metrics such as the number of processors, main memory, external memory and its type (hard disk or solid-state drive) and the required traffic. As you can see, cloud infrastructure has dramatically reduced business concerns and, in turn, improved employee productivity and business performance, as there is no need to worry about maintaining or repairing infrastructure. Cloud solutions allow businesses to identify their infrastructure needs and have an overall estimate of the costs associated with both cloud and in-house models. If you want to start a small startup with limited or limited scalability, it is best to use an in-house model with complete control over the infrastructure. However, if you think the business is slowly growing and you need more servers and infrastructure, then the enterprise model will be costly, and you should go for one of the cloud computing models. Based on the above, for scalable, accessible, and high-bandwidth businesses, cloud infrastructure is a cost-effective and economical solution. In this case, the costs to be spent on infrastructure development can spend on investment and development based on the cloud model. Become a businessman. In addition, in the event of a problem, the company’s technical team providing full-service support will provide you, provided that the company uses the presence of professionals. Based on the above points, for scalable, accessible and high-bandwidth businesses, cloud infrastructure is a cost-effective and economical solution. In this case, the costs to spend on infrastructure development based on the cloud model can spend on investment and development. Become a businessman. In addition, in the event of a problem, the company’s technical team providing full-service support will provide you, provided that the company uses the presence of professionals. Based on the above points, for scalable, accessible and high-bandwidth businesses, cloud infrastructure is a cost-effective and economical solution. In this case, can spend the costs of infrastructure development based on the cloud model can be spent on investment and development. Become a businessman. In addition, in the event of a problem, the company’s technical team providing full-service support will provide you, provided that the company uses the presence of professionals. 

What is the right option for start-ups?

In general, the sources of financing for businesses are divided into three groups: income from the sale of products and services, angel and venture capitalists, and receiving financial facilities from economic enterprises such as banks and financial institutions.

This rule applies to all businesses, large and small, including startups. Therefore, startups should focus their financial resources on providing creative services or services at a lower cost to the customer and seek creativity in the processes.

Innovation in providing products and services significantly reduces costs and makes a startup able to offer a product or service at a lower cost than competitors. Based on this definition, we see that cloud infrastructure is without a doubt the best choice for start-up businesses.

The main concern of a start-up company is the correct and principled allocation of resources following prospects. Therefore, the correct and strategic use of resources in line with change is significant for start-ups.

Typically, start-ups initially face two problems: financing and hiring professionals, which are key to their success. Utilizing cloud infrastructure allows startups to make significant savings in hardware purchases and spend financial resources on recruiting professionals.

In addition, another significant point to note is that using cloud infrastructure instead of hardware allows you to transfer the initial capital needed to start or develop a business from infrastructure to operations, so your team is committed to activities such as advertising, marketing, and product feature development will be more open. Typically, start-ups initially face two problems: financing and hiring professionals, which are key to their success.

Utilizing cloud infrastructure allows startups to make significant savings in hardware purchases and spend financial resources on recruiting professionals.

In addition, another significant point to note is that using cloud infrastructure instead of hardware allows you to transfer the initial capital needed to start or develop a business from infrastructure to operations, so your team is committed to activities such as advertising, marketing, and product feature development will be more open. Typically, start-ups initially face two problems: financing and hiring professionals, which are key to their success.

Utilizing cloud infrastructure allows startups to make significant savings in hardware purchases and spend financial resources on recruiting professionals. In addition, another significant point to note is that using cloud infrastructure instead of hardware allows you to transfer the initial capital needed to start or develop a business from infrastructure to operations, so your team is committed to activities such as advertising, marketing, and product feature development will be more open.

Utilizing cloud infrastructure allows startups to make significant savings in hardware purchases and spend financial resources on recruiting professionals.

In addition, another significant point to note is that using cloud infrastructure instead of hardware allows you to transfer the initial capital needed to start or develop a business from infrastructure to operations, so your team is committed to activities such as advertising, marketing, and product feature development will be more open.

Utilizing cloud infrastructure allows startups to make significant savings in hardware purchases and spend financial resources on recruiting professionals.

In addition, another significant point to note is that using cloud infrastructure instead of hardware allows you to transfer the initial capital needed to start or develop a business from infrastructure to operations, so your team is committed to activities such as advertising, marketing, and product feature development will be more open.