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To continue the support of the growth expansion plan and proposal for West Consulting, this week you will develop the data center design and security plan.Design an enterprise data center solution that expands the campus LAN network, which has reached its capacity.The design must include the following:A logically separated WLAN infrastructure that can be integrated into the existing enterprise networkData flows between segments of the enterprise network - public (outside), DMZ, private, and data center Incorporate feedback you received from your instructor on the diagram from the Week Two Individual Assignment, “West Consulting Modular Design Proposal.” Use this revised diagram, and the information from all previous assignments, as the basis for this diagram.Create a high-level network security policy that identifies key network security measures. Include the following components:List of network assets and their use(s)Potential threats and vulnerabilities in which assets need to be protected from including; open ports, malware, viruses, and specific types of attacksDetailed security methods you will use to protect these assets and how they will be implementedA high-level incident handling process for two of the network attacks you identified, including whom to contact (by role), what should happen to the asset, and how to protect dataDiagram your data center design in Microsoft® Visio®.Document your security policy as either:A 2- to 3- page Microsoft® Word documentA Microsoft® Excel® spreadsheet, properly formatted for easy reading and referenceNote: You will use this completed assignment as you work on next weeks West Consulting Voice and Video Network Design and Final Proposal assignment.West Consulting Network Design Summary west_consulting_customer_design_revised.docx modular_design_proposal.pptx west_consulting_ip_addressing_schema.edited.docx Unformatted Attachment Preview Running head: WEST CONSULTING CUSTOMER DESIGN SUMMARY West Consulting Customer Design Summary Name: Frank Longo Institution: UPOX Course Code: NTC/320 1 WEST CONSULTING CUSTOMER DESIGN SUMMARY West Consulting Customer Design Summary Project Summary West Consulting Company is located in Houston, a city in Texas. The Company focuses on printing and graphic design and is looking forward to expanding its business to a new test location in China. Currently, in Houston, the Company has a total of 1000 employees and two buildings, each building houses 500 employees. The Company is planning to have a new erection in China that houses 500 employees. A remote testing site will also be built, accommodating 30 employees. All the plans for China will be possible from the increase in sales of CAD designs The Company has its headquarters in Houston, which houses servers that run heavy bandwidth applications. The users have experienced delays and slowness in processing while accessing a particular server. Design Requirements • To ensure wiring cot is down, at least half of the users need a secure • Minimal or zero interruption in the Unified Communications System • In all locations, IP solutions which will accommodate new users. • The switch bandwidth between backbone switches will be upgraded to fiber uplinks of 10GB. • The servers will be upgraded to a connection of 10GB and add-on options for redundancy. • Server virtualization technologies and Data Center solutions for networks. • The internet with an Improved Link speed 2 WEST CONSULTING CUSTOMER DESIGN SUMMARY • For the employees and partners usage, intranet security should be improved. • A timeline of 4-6month deadline. Existing High-Level Network Infrastructure Survey Implementation Plan • Half of the users with a secured WLAN solution • To cut the wiring cost, the current WLAN should be upgraded. • The new building be equipped with an Improved IP configuration. • Upgrading switch bandwidth to 10 GB fiber uplinks. • Internet speed link be improved. 3 WEST CONSULTING CUSTOMER DESIGN SUMMARY • 4 Implementation of improved security for intranet services. High-level Network Upgrade Plan • Prepare: The needs of the company will be established, and the network strategy developed. The assessment of technologies to support the high-level network upgrade will also be undertaken. This will help the company with establishing a financial justification for the proposed upgrade. • Plan: The primary requirements for the high-level network upgrade will be identified. This shall encompass the purpose of the network upgrade and client needs. The plan will be useful to the company in facilitating the efficient management of the tasks, responsibilities, and resources necessary for the implementation of changes. • Design: Requirements identified in the planning section will inform the approach to be taken by the network design personnel. The network design should present the company with an adequate idea of how the business and technical needs are integrated. Furthermore, processes to enhance availability, reliability, security, and performance will be adequately captured by the design specifications of the network upgrade. • Implement: The network upgrade is undertaken in accordance with the design specifications. The process of implementation will be aided by the planning and design activities that prevent cases of vulnerability arising from the high-level network upgrade. • Operate: The final test of the effectiveness of the design will be the operational phase. The maintenance of the efficiency of the network shall be guided through daily operations. This is also set to detect faults, identify areas needing correction, and to monitor the functionality and performance of the network upgrade. WEST CONSULTING CUSTOMER DESIGN SUMMARY • 5 Optimize: Entails the consistent management of the high-level network upgrade with an aim to address the faults and correction needs identified from the operational phase. This is the final process in the plan that should establish whether the performance of the highlevel network upgrade meets expectations. West Consulting Modular Design Proposal Introduction  This presentation outlines the following details:  The Cisco® design principles and approach that supports the project and requirements  The steps taken to ensure the project addresses long-term organizational goals  Areas of specific concern  A summary of how the design enhances modularity, resiliency, and scalability for future growth Cisco Design Principles and Approach  The project will use a hierarchical Layered approach.  It will be based on layer 3 access layer  The distribution layer will supply wire speed performance on all ports, redundancy, and infrastructure services.  The core layer will provide gigabit speed switching along with redundant paths for high availability to the distribution layer. Meeting long-term goals  The design will authorize future expansion and scalability of the network.  It will also meet the traffic demands by international video calls with an integrated communications system.  The IP framework will accommodate all new users.  The network will be inclusive of 10GB fiber uplinks, a 10GB link to each of the servers, and a redundant network.  10GB connections will link to the ISP. Specific concerns  A single mode fiber optic will link the layers of the network and ISP, thereby eliminating bandwidth issues. The framework will accommodate 10GB, 40GB, or 100GB connections when required.  The comprehensive network configuration will accommodate multiple sets of traffic. Modularity, resiliency, and scalability  The hierarchical layered framework ensures modularity.  Redundant links in the network ensure the system is resilient.  The hierarchical network approach offers scalability, which can be leveraged for growth. Hierarchical enterprise network diagram Conclusion  Indeed, the design meets the network requirements that are essential for West Consulting’s needs. Running head: WEST CONSULTING IP ADDRESSING SCHEMA West Consulting IP Addressing Schema Frank Longo NTC/320 5/17/2020 1 WEST CONSULTING IP ADDRESSING SCHEMA 2 West Consulting IP Addressing Schema Introduction The need to address network plans for a West Consulting printing and design firm is set to focus on the protocols available. In this case, the consideration is made on the schemas of IPv4, and IPv6. To achieve the goal, the first option is to create am IPv4 table that will have to consider the use of subnets, Classless Inter-Domain Routing notation, and the needed hosts (Li, 2015). Generally, hosts 454lkare considered for each of the subnets on the sites. Then, the paper will set to recommend how an IPV6 will be applied in the integration of IPv6 and IPv4 sites. Also, it the selected IP-routing protocols. Typically, this will be based on the current protocol used in West Consulting. Finally, a summary to address routing protocol and involved protocol recommendations will have taken into considerations to maximize the performance of the network. Recommendations Necessary for IPv6 and IPv4 and Schemas-China Location The new proposed site set in china will serve as the smallest of the company’s many other locations. It will allow for the connection of 30 users who re-employed and based on the site. However, there will be plans to make an extension of the connection of more users from the same site. To address the concerns on system servers, tow servers are valid for that and will be adequate to support the network system in that case. The addressing scheme is vital for the computer network. It will help to ensure the forwarding of packets from one location to another effectively. Since a small number of users are involved in the new location, an IP address from class C is suitable. The network will be holding only 30 users from the location. Moreover, it 3 WEST CONSULTING IP ADDRESSING SCHEMA also provides for the expansion; hence there will be no problem if the firm seeks to add more users to the connection. IPv4 Table Locations CIDR-Notation Subnets Hosts China 197.100.1.0/24 - 197.100.1.32/24 2 30 Houston (Building. 1) 194.100.1.0/24 - 194.100.5.224/24 40 500 Houston (Building. 2) 196.100.1.0/24 - 196.100.1.224/24 40 500 Texas 195.100.1.0/24 - 195.100.5.224/24 40 500 IPv6 Scheme in the Sites Integration The transition from IPv4 to a more effective IPv6 has become a significant networking trend today. The firm can integrate its two sites through the implementation of the dual-stack technology which allows for the need to configure networking devices such as switches, firewalls, and routers with both IP protocols (Ahn, 2016). Also, it will allow the simultaneous processing of the traffic between the two IP protocols. In this case, the IPv4 and IPv6 will be operating simultaneously. Despite the high costs involved with the dual-stack method, it is best when it comes to the migration of the IPv4 to IPv6. Appropriate IP-Routing Protocol WEST CONSULTING IP ADDRESSING SCHEMA 4 The firm applies the EIGRP routing protocol as it has support for both IPv6 and IPv4 networks (Goyal & Arora, 2017). Thus, it will promote the transition process to an IPv6. Also, it offers a high level of scalability in addition to ease of implementation. Therefore, using the EIGRP will ease the task as it is already in place at West Consulting. Conclusion In consideration of the two protocols, it’s recommendable that a dual-stack method is applied for effectiveness purposes. The move will be easy as West Consulting has a good rationale as it will just maintain the EIRGP despite the transition. The ability of the dual-stack method to support simultaneous operations IPv4 and IPv6 protocols justifies the choice. Generally, following the explained recommendations, West Consulting will maintain its routing protocol integrity. WEST CONSULTING IP ADDRESSING SCHEMA 5 Reference Ahn, J. K. (2016). IPv4-IPv6 transition system and method using a dual-stack transition mechanism (DTSM). U.S. Patent Application No. 11/271,868. Goyal, V., & Arora, G. (2017). Implementation of enhanced interior gateway routing protocol (EIGRP) in the IPv6 network. Research Journal of Advanced Engineering and Science, 2(1), 90-95. Li, W. (2015). Inter-domain routing: Problems and solutions. The State University of New York at Stony Brook. ... Purchase answer to see full attachment