Competencies 4027.1.4 : Network Characteristics The graduate determines network characteristics based on functionality defined in the Open Systems Interconnection (OSI) reference model and the TCP/IP protocol stack for designing and building highly secure computer networks. 4027.1.5 : Network Device Security The graduate securely configures network devices to maximize the security of a computer network. 4027.1.6 : Network Segmentation The graduate recommends network segmentation strategies to isolate network segments based on business requirements and security concerns. 4027.1.7 : Troubleshooting Network Problems The graduate performs root cause analysis to determine sources of network-related problems and propose solutions. 4027.1.8 : Secure Network Architecture The graduate designs secure network architectures based on industry best practices and the principles of secure network design. IntroductionSecure network design is a critical component for protecting resources, processes, and business continuity. Effective network design involves evaluating existing network problems and potential threats, considering secure architectures based on industry best practices and secure design principles, and proposing secure network design solutions that address the business needs of the organization. For this task, you will access the “Performance Assessment Lab Area” to run Zenmap and OpenVAS. Screenshots saved for submission must include your name and student ID. Your final network drawing should be saved in *.vsd format using Microsoft Visio or a similar software tool.ScenarioCompany A is a property and casualty insurer underwriting multiple types of insurance. Company A is acquiring Company B, a financial services organization, in order to diversify and increase market share. Company B conducts business in the same geographical area as Company A and delivers business and individual financial planning services. Both companies provide services from their respective offices and at the customer’s site. Both companies use broadband connectivity. You are the IT director for Company A and will be the chief information officer (CIO) for the merged organization. You are tasked with analyzing, designing, and presenting the proposed IT integration project. Company A has clear IT infrastructure documentation, including a logical diagram, an organizational chart, and a recent security risk analysis. Company B does not have any IT infrastructure documentation, and several security and integration issues are evident. Company B outsources any IT-related needs to a consultant. Leadership for the merged organization has allocated a limited budget of $35,000 for this project and will expect justification for recommended expenditures. Integration project requirements include following secure network design principles, selecting or repurposing secure network components, assuring secure communication channels, addressing relevant regulatory compliance, minimizing potential network problems and security threats, delivering integration cost savings, and aligning IT to meet the business needs of the post-merger organization. This post-merger organization will reflect one corporate office and a branch office.Requiremen
ts A. Describe the problems Company A has with network security and infrastructure using details from one or more of the “Company A Organizational Chart,” “Company A Risk Analysis,” and “Company A Visio Diagram” supporting documents. B. Run Zenmap and OpenVAS on Company B’s network(s) using the “Performance Assessment Lab Area” web link. Your submission should include the following documents: • a screenshot of the completed Zenmap scan—should be taken within the lab environment and should include your name and student ID • a screenshot of the OpenVAS report result—should be taken within the lab environment and should include your name and student ID • the completed Zenmap PDF file(s) • the completed OpenVAS PDF file—should include your name in the summary of the report C. Describe the potential impact of network security or infrastructure problems of Company B using details from the outputs of Zenmap and OpenVas (see supporting documents below), including rationale for problem. 1. Explain how correcting each of these problems will improve the functioning of the merged network. D. Provide a network topology diagram using Microsoft Visio or a similar software tool that represents the proposed merging requirements from the scenario of Company A and Company B, including remediation of existing infrastructure problems described in part A and part C. E. Identify which layer of the OSI model and layer of the TCP/IP protocol stack apply to component in the merged network topology diagram. F. Justify the retention or deletion of existing components as suggested in your proposed network topology diagram. Include how each component’s retention or deletion and any newly required additions to the network address security concerns and budgetary restrictions found in the scenario. G. Explain how secure network design principles are included in your proposed merged network topology diagram. H. Describe secure hardware and/or software components integrated into the proposed network topology and how component will address the security needs of the merged organization. I. Explain how the proposed network topology diagram for the merged organization addresses security safeguards based on a regulatory compliance requirement. J. Explain a security threat and one potential network problem that would become a risk as part of the implementation of the proposed network topology diagram, including why would become a risk. 1. Explain how the security threat and potential network problem should be managed or mitigated as part of the implementation of the proposed topology diagram. K. Acknowledge sources, using in-text citations and references, for content that is quoted, paraphrased, or summarized. L. Demonstrate professional communication in the content and presentation of your submission. File RestrictionsFile name may contain only letters, numbers, spaces, and these symbols: ! – _ . * ‘ ( ) File size limit: 200 MB File types allowed: doc, docx, rtf, xls, xlsx, ppt, pptx, odt, pdf, txt, qt, mov, mpg, avi, mp3, wav, mp4, wma, flv, asf, mpeg, wmv, m4v, svg, tif, tiff, jpeg, jpg, gif, png, zip, rar, tar, 7z londonessays.com – performance lab link