Migrating Technical Infrastructure to Cloud

Subject: Tech & Engineering
Pages: 3
Words: 968
Reading time:
4 min
Study level: Bachelor

Project Description

Viability Cloud Computing to Companies project aims to substantiate why associations should have an urge to shift their infrastructure to the cloud. This shift includes the recommendation of the best cloud service providers. Organizations should also be aware of the merits and demerits of each product supplier. This awareness will enable a business to choose the suitable source that will be an asset to the corporation, resulting in the viability of cloud computing to the association.

All cloud computing virtualizes the servers’ capabilities and segments them into software-driven applications. Virtualization allows for faster processing of data and good storage. Cloud computing is also categorized into three types mainly because of its significant impact and contribution to the technology world. They include public, private, and hybrid clouds (Abdall & Varol, 2019). Additionally, cloud computing is grouped based on models and service providers. When a company shifts its technical infrastructure to the cloud, it incurs such benefits as the business’s continuity, cost efficiency, collaboration improvements, and simplified layouts. Furthermore, the disadvantages of shifting to the cloud include data loss, containment, cost management, data breaches, and the APIs’ insecurity (Abdall & Varol, 2019). Network distance and bandwidth limitations are disadvantages to the effective performance of cloud computing. Cloud computing profoundly depends on the integration of resources and highly skilled personnel.

Cloud computing encompasses the rendering of the computing services, such as databases, storage, networking, servers, and software over the Internet to foster innovations, the flexibility of the resources, and economies of scale (Obrutsky, 2016). Cloud computing is a current trend in technology most suited to IT companies in running their day-to-day services over the Internet. Most of the present organizations have shifted to cloud platforms because of their merits, such as free maintenance and capacity planning. For an institution to decide the right services needed by the infrastructure, it is advisable to go through the defined strategies and models to enhance its productivity. In this case, cloud computing plays a vital role as a resource to the ideal aspect of business operations globally due to the dynamic benefits and opportunities.

Statement of Need

Various factors cause different companies to move to the cloud. Corporations spend much money developing and installing diverse software that is needed to improve the businesses’ operation. Despite the financial constraints, establishments find difficulty in struggling with the security issues that violate the data’s privacy and the firms’ information. These demerits make most companies shift to the cloud since the cloud offers flexibility based on the services. The employees can even be comfortable working from home (Opara-Martins et al., 2016). Reduction in the database’s cost for storing the data and information cloud does not require a backup plan, thus promising proper security for the company (Opara-Martins et al., 2016). There is also an increase in collaboration since the staff members can easily share the information, which will, in turn, boost the team and individual performance.

Cloud Service Providers

Three categories make up Cloud service providers and include Platform as a Service (PaaS), Infrastructure as a Service (IaaS), and Software as a Service (SaaS) (Abdall & Varol, 2019). Choosing a cloud provision supplier for the organization should be done concerning the kind of work that the company is providing. Infrastructure as a Service (IaaS) allows the business to access the delicate web architecture, for instance, the connections, servers, and storage space, thus freeing the company from purchasing and managing the internet system (Abdalla & Varol, 2019). Additionally, the specialization and economies of scale benefit both the provider and the user. Moreover, IaaS is beneficial to companies creating profitable and highly scalable IT solutions. The user of the IaaS may not be able to oversee the hidden cloud structure but can control storage and operating systems (Abdalla & Varol, 2019). Further, the user has limited control of resources, and the main disadvantage of using IaaS is the complexity that is associated with it. An excellent example of IaaS includes the Amazon EC2 which is a significantly sophisticated platform.

Platform as a Service (PaaS) is the advanced form of IaaS. Despite the Infrastructure provision, PaaS offers the platforms for computing and the solution stack as a service. This variety is beneficial to companies building various applications without worrying about storage, servers, and management. The main disadvantage associated with PaaS is the significant dependency on the vendor and the compatibility of the current infrastructure. An excellent example of PaaS providers entails Microsoft Azure, whose efficiency is the compatibility with other systems. Software as a Service (SaaS), a computing program provider, operates with the incorporation of both IaaS and the PaaS, thus providing the businesses procured with both of them. The advantage to SaaS is that any updates are automatic and free, and it also offers cross-device compatibility, thus non-selective to various devices. The demerits in the use of SaaS are that it has limited data security, low performance, and unreliability in software integration.

Since most companies contain enormous data, I would recommend using IaaS. The main reason for using IaaS entails flexibility while also providing ample space for data storage, the security of the data, information, and the custom-built apps that are best suited to large companies. IaaS also guarantees autonomy. This independence in operationalization is through allowing the owner control of storage and operating systems.

The security status of the data and information of any company is paramount, and IaaS solves data loss and insecurity issues by regularly updating features that foster the organization’s productivity. Additionally, since the association is not interested in using all the assets, the IaaS only provides the resources paid for, reducing the users’ cost. As a result, the owner gains control over the storage and operating systems. This control bestows autonomy which is essential in such a situation.


Abdalla, P. A., & Varol, A. (2019). Advantages to disadvantages of cloud computing for small-sized businesses. In 2019 7th International Symposium on Digital Forensics and Security (ISDFS) (pp. 1-6). IEEE. Web.

Obrutsky, L. S. (2016). Cloud Storage: Advantages and disadvantages and enterprise solutions for business. Proceedings of the Eastern Institute of Technology, 1-9. Web.

Opara-Martins, J., Sahandi, R., & Tian, F. (2016). Critical analysis of vendor lock-in and its impact on cloud computing migration: A business perspective. Journal of Cloud Computing, 5(1), 4.