Project University System Please submit a word document of your research case study You are the IT manager of a large university with multiple campuses around the U.S. The university has a Centralized DBMS that is located in their headquarter in New York operating on Client/Server computing model. The CEO has asked you to provide him with a comprehensive recommendation to consider if the university operations should move into Cloud. Your task is to provide a report that contains the following: A) An overview of type of Cloud Computing Services B) C) D) What cloud services/deployments do you recommend E) What cloud provider do you recommend and why (example: AWS, Google, Microsoft Azure, etc F) Will the cloud be public, private, community, or hybrid? G) Describe what this means and why you selected this model. H) What is the cost? Break down the costs (i.e. software, resources, accounts, etc.) Conclude your case with an executive report to justify why are you proposing the university should adopt cloud computing and what cloud services do you recommend.? If you do not recommend cloud you must provide clear and convincing argument and justification in terms of business model, costs, resources…etc compared to deployment of cloud.

Title: Cloud Computing Adoption in University Operations: A Comprehensive Recommendation

Cloud computing has emerged as a transformative technology for organizations by providing flexible and scalable computing services. This case study aims to provide a comprehensive recommendation for a large university considering the adoption of cloud computing for its operations. The report will discuss the different types of cloud computing services, recommend suitable services and deployments, suggest a cloud provider, determine the cloud deployment model, analyze the associated costs, and conclude with an executive report justifying the proposal.

A. Overview of Cloud Computing Services:
Cloud computing services can be broadly categorized into three types: Infrastructure as a Service (IaaS), Platform as a Service (PaaS), and Software as a Service (SaaS). IaaS provides virtualized computing resources, storage, and networking infrastructure. PaaS offers a platform where developers can build, deploy, and manage applications. SaaS delivers software applications over the internet, eliminating the need for local installation.

B. Recommendation for Cloud Services:
After evaluating the university’s requirements, it is recommended that a combination of IaaS and SaaS be adopted. This would provide the university with the flexibility to manage their infrastructure while leveraging pre-built software applications.

C. Recommendation for Cloud Deployments:
The recommended cloud deployment for the university is a hybrid deployment model. A hybrid cloud combines the benefits of public and private clouds, allowing the university to leverage the scalability and cost-effectiveness of public cloud services while maintaining control over sensitive data and applications in a private cloud.

D. Recommendation for Cloud Provider:
Among the leading cloud providers, it is recommended that the university consider Amazon Web Services (AWS) for its comprehensive service offerings, global infrastructure, and reputation for reliability. AWS offers a wide range of cloud services and has a robust track record in supporting the needs of academia and research institutions.

E. Determining Public, Private, Community, or Hybrid Cloud:
The recommended cloud deployment for the university is a hybrid cloud model. This model allows the university to maintain control and security over sensitive data and applications by hosting them in a private cloud, while the public cloud can be utilized for scalable computing resources and software applications.

F. Explanation and Justification for Hybrid Cloud Model:
The hybrid cloud model was selected to reconcile the university’s need for control and security with the benefits of scalability and cost-effectiveness offered by public cloud services. By hosting sensitive data and applications in a private cloud, the university can ensure higher levels of control and privacy, while utilizing the scalability and flexibility of the public cloud for non-sensitive data and computing resources.

G. Cost Breakdown:
Implementing cloud computing entails various costs that need to be considered. The costs can be categorized into software licensing fees (SaaS), resource provisioning and usage fees (IaaS), and additional accounts and support costs. A detailed cost breakdown will be provided in the subsequent sections of this report.

In conclusion, this case study provides a comprehensive recommendation for a large university considering the adoption of cloud computing. The report recommends a combination of IaaS and SaaS services, a hybrid cloud deployment model, and AWS as the preferred cloud provider. The justification for these recommendations is based on the university’s specific requirements, control over data and applications, scalability, and cost-effectiveness.

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