Need This Assignment Done By An ICT Professional

Need This Assignment Done By An Ict Professionala Client Of Your Consu

Need this assignment done by an ICT professional A client of your consulting company has three retail locations in different cities. Your supervisor has tasked you with designing a logical network diagram layout for this client. Create a 1-page logical network diagram layout for this client using Microsoft ® Visio ® that depicts the three different city locations. Copy and paste this diagram into a Microsoft ® Word document. Do not submit Microsoft ® Visio ® files. Additionally, create a 1-page narrative table using Microsoft ® Word to explain your chosen network layout.

Paper For Above instruction

In this assignment, we are tasked with developing a logical network diagram for a client who operates three retail locations in different cities. The goal is to illustrate a clear and efficient network structure that supports the clients' needs for interconnected retail outlets, ensuring data security, reliability, and scalability. The diagram will be created using Microsoft Visio, then embedded into a Word document alongside a narrative explanation in the form of a table.

The logical network diagram for this client must represent key components such as Local Area Networks (LANs), Wide Area Networks (WANs), routers, switches, firewalls, and possibly a Virtual Private Network (VPN) connection for remote management. The three retail locations, geographically dispersed, will need to be interconnected through secure and reliable links, typically via MPLS, VPN over the internet, or dedicated leased lines depending on budget and performance requirements.

The primary design approach involves establishing a centralized or distributed network topology. A common approach here is a hub-and-spoke model where each retail location connects to a central data center or headquarters, which hosts critical servers and management tools. Alternatively, a mesh topology could be considered for increased resilience, but with higher costs. For simplicity, and given typical retail needs, a hub-and-spoke topology will be effective for this scenario.

The diagram will illustrate each retail location with its internal LAN, connecting through routers to the wide area network infrastructure. The central data center or headquarters will house core network components, including enterprise routers, firewalls, and switches. Security measures such as firewall deployments and VPN gateways will be included to safeguard data in transit, especially over internet links. Redundancy features, like dual links or backup connections, may also be incorporated to ensure continuous operation in case of a link failure.

The narrative table accompanying the diagram will describe each component, the reasoning behind the layout, and how it addresses the client's operational needs. It will mention how data flows between sites, security protocols, and scalability considerations for future growth. For example, the table will explain why VPNs are used for secure remote access, how firewall policies protect sensitive information, and how the network design facilitates efficient transaction processing and inventory management across stores.

In conclusion, the network layout aims to provide a reliable, secure, and scalable framework supporting the client's retail operations across multiple cities. By carefully designing the logical network diagram and providing clear explanations, the client will be positioned to improve operational efficiency, security, and future expansion capabilities.

References

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