Donyelle, the company owner, likes the idea of going to the cloud but wants to learn more about the best cloud solution for the company. She wants you to investigate further and has asked you to prepare a narrated PowerPoint presentation that will be presented to company leadership at the next meeting.

In this project, you will develop a detailed comparative analysis of cloud vendors and their services. A comparative analysis provides an item-by-item comparison of two or more alternatives, processes, products, or systems. In this case, you will compare the pros/cons of the cloud service providers in terms of security, ease of use, service models, services/tools they provide, pricing, technical support, cloud service providers’ infrastructure, and architecture model.

You will present your findings to the owner of the company in a narrated PowerPoint presentation with 10 to 20 slides. The presentation will be submitted next week. Use the Cloud Presentation Template.

Presentation Guidelines

Your presentation should be comprised of the following:

1. One to two slides on the company profile.
2. One to two slides on what the company is struggling with. 
3. One to two slides on current infrastructure.
4. Three to six slides on the top three cloud services providers. Include their service models (i.e., SaaS, PaaS, IaaS), services/tools/solutions (i.e., compute, storage, database, developer tools, analytics tools, networking and content delivery, customer engagement), pricing, accessibility, technical support for companies, global infrastructure.
5. One to two slides on a recommended cloud service provider based on the comparative analysis and the cloud vendor’s abilities to meet the service needs of the company.
6. One slide on the conclusion. 

Donyelle, the company owner, likes the idea of going to the cloud but wants to learn more about the best cloud solution for the company. She wants you to investigate further and has asked you to prepare a narrated PowerPoint presentation that will be presented to company leadership at the next meeting.

In this project, you will develop a detailed comparative analysis of cloud vendors and their services. A comparative analysis provides an item-by-item comparison of two or more alternatives, processes, products, or systems. In this case, you will compare the pros/cons of the cloud service providers in terms of security, ease of use, service models, services/tools they provide, pricing, technical support, cloud service providers’ infrastructure, and architecture model.

You will present your findings to the owner of the company in a narrated PowerPoint presentation with 10 to 20 slides. The presentation will be submitted next week. Use the Cloud Presentation Template.

Presentation Guidelines

Your presentation should be comprised of the following:

1. One to two slides on the company profile.
2. One to two slides on what the company is struggling with. 
3. One to two slides on current infrastructure.
4. Three to six slides on the top three cloud services providers. Include their service models (i.e., SaaS, PaaS, IaaS), services/tools/solutions (i.e., compute, storage, database, developer tools, analytics tools, networking and content delivery, customer engagement), pricing, accessibility, technical support for companies, global infrastructure.
5. One to two slides on a recommended cloud service provider based on the comparative analysis and the cloud vendor’s abilities to meet the service needs of the company.
6. One slide on the conclusion. 

 Problem Statement: We assume that the standard input contains a sequence of non-zero integers between – 121 and 121, which ends with 0. This sequence will be given by the user. 1. Write an algorithm, called Decomposition_Powers_Three, which produces the decomposition of each integer using powers of 3, namely 1, 3, 9, 27, and 81, and the + and – operators. Each power of 3 should appear at most once in the decomposition. Examples: 1 = 1 2 = 3 – 1 3 = 3 4 = 3 + 1 7 = 9 – 3 + 1 14 = 27 – 9 – 3 – 1 43 = 81 – 27 – 9 – 3 + 1 121 = 81 + 27 + 9 + 3 + 1 2. Show that the algorithm Decomposition_Powers_Three is correct using an informal proof (i.e., discussion). 3. Give a program corresponding to Decomposition_Powers_Three, using any of your favorite programming languages. Observation: The intervals [-121,-41], [-40,-14], [-13,-5], [-4,-2], [-1,-1], [1,1], [2,4], [5,13], [14,40], and [41,121] play a particular role. Deliverables: Students may choose to work in team of up to two members. You should turn in a report explaining all the design decisions and your code should be commented appropriately for readability and understanding. More precisely, a report should include the problem statement, proposed approach/solution along with a detailed discussion, algorithm (high-level description of all the design parts along with some details when necessary), commented code, tests (input given by the user and output generated by your program execution), and lessons learned from such an implementation experience.  

Now that you’ve seen all of the elements contributing to the Devil’s Canyon enterprise architecture, Justin wants to move forward with developing privacy policies to ensure videos aren’t distributed or uploaded to the net without the consent of the people in them. This opens a much larger conversation: Devil’s Canyon is also in need of a complete security plan, as well as risk assessments.

In a 2- to 3-page rationale and table, prepare the following information to present to the Devil’s Canyon team:

• Explain the relationship between policies and security plans. Identify potential policy needs, noting Justin’s privacy policy, in relation to the Devil’s Canyon enterprise structure.
• Outline the importance of a security plan in relation to security roles and safeguards.
• Analyze at least 5 security-related risks/threats that Devil’s Canyon may face.
• Assess the probability and impact to the Devil’s Canyon if each risk occurs. Based on these two factors, determine the overall risk level. For purposes of this assignment, evaluate and categorize each factor as low, medium, or high, and create a table to illustrate the risks. For example, a risk/threat with a low likelihood of occurrence and a high impact would represent an overall medium risk.
• Consider digital elements mentioned in the designing of the enterprise architecture, such as software, hardware, proposed security measures, smart lift tickets, web cam systems, and smartphones.