DBYou are a respected and tenured IT professor and you also manage the university computer operations that consist of a server farm of 8 servers and an NAS of 100 terabytes. The CIO is excited to announce that the university enrollment is increasing at a steady rate, and as a result, the number of college students enrolling at the university has increased dramatically. This has caused the data requirements to grow 27% in the last 6 months.Your boss at the university has asked you to provide a 2-year plan to address this unprecedented growth. Make a post of 3–4 paragraphs of your 2-year plan. Include the following:·      Primary problems that exist in meeting the growth requirement and your proposed solutions·      A list of common problems that you may encounter while adding storage to meet growing data storage requirements·      Your proposed solutions·       Assignment 1It is almost time to go away for the holiday but before you begin your vacation, the CIO has asked that you attend a meeting of the IT steering council to discuss how the new distributed network storage systems would necessitate changes in the organization’s current method of DAS storage.·      You are to create a PowerPoint presentation of 10-12 slides.·      Include an overview of what DAS storage is.·      What are the key advantages and disadvantages of using it?·      What are the new distributed network storage systems offered on the market today?·      How do the capabilities of the new methods compare to the organization’s current method?The CIO will be additionally impressed if you can demonstrate a return on investment (ROI) calculation that either persuades the IT steering committee to keep the current method or move to a new method. Assignment 2You work as a network administrator for a college located in your local city. Next door to the college is a new gated community. The residents have being moving in over the last few months. The college is running a converged network. The services that are present on the infrastructure include the phone system that all staff and faculty use to make calls (voice network). The data for students and faculty are also present on the infrastructure. The infrastructure includes a student-accessible wireless environment. You have gotten numerous complaints about call quality. Complaints have included the following: • It has being intermittent and very hard to track down the issue.• The trouble report states that the call quality is poor and that calls are breaking up.• It was also stated that the overall network performance is very bad, and it started a few months ago but it is progressively getting worse.• It takes a long time to access any files or the Internet. About 2 months ago, you implemented a network monitoring solution. You decided to check the logs as a result of a call you received from your CIO. The president of the college was on an important phone call and was not able to communicate as a result of the call quality. A review of your performance monitor logs revealed an enormous amount of traffic on the network. This excess network traffic was generated from the wireless LAN. Network traffic was destined for P2P (peer-to-peer) Web sites for movie and music downloads. The logs further reveal very high traffic volume when the students, staff, and faculty were off campus. You just remembered that the university did not have a wireless access control solution in place. It appears that unauthorized usage of the wireless network is generating this traffic that is greatly affecting network performance. You reported this finding to the CIO, and she needs a resolution. Deliverable: • Research and identify an enterprise wireless access control solution.• Based on your research, write a report of 2–3 pages for your boss on your solution.• Discuss authentication methods and encryption. Grading Criteria: Students should include the following: • They should discuss any solution of their choosing. One such solution could be a company’s unified wireless solution, which requires that all wireless access points be registered with a wireless controller. The wireless controller will then pass off registration requests to a radius server that leverages LDAP for authenticating against an access database (the same database that the students will use to access their resources on or off campus). • With this implementation, the services set identifier (SSID) could be broadcast. However, access to wireless services would only be granted to those who provided a valid username and password that would be required before traffic is allowed to pass through to the Internet. Wireless encryption including, but not limited to, Extensible Authentication Protocol (EAP), Protect Extensible Authentication Protocol (PEAP), or Challenge Handshake Authentication Protocol (CHAP), among various other options, can be implemented to protect communication between the access point (AP) and the wireless devices.