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Running Head: Advantages & Disadvantages of New Infrastructure
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Advantages & Disadvantages of New Infrastructure
Samuel L. Burley III
Information Technology
INT 5910, IT Capstone Project
Professor Jasmine Williams Ph.D. South College Dec 19, 2023
Running Head: Advantages & Disadvantages of New Infrastructure
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Table of Contents
Introduction 3
Advantages & Disadvantages 3
Conclusion 6 References 7
Running Head: Advantages & Disadvantages of New Infrastructure
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Introduction
Businesses constantly search for ways to improve operations and stay ahead of the competition. One of the most important aspects of this expansion is network infrastructure development. This essay will discuss the reasons for, potential benefits from, and potential disadvantages of adding five new network sites. The decision to add five more locations to our company's network is driven by several strategic considerations. Gaining a competitive advantage in a world where businesses are operating on a global scale necessitates building a robust and diverse network. By strategically expanding, the company can boost connectivity, reach a wider audience, and ultimately boost overall performance. Advantages & Disadvantages
One of the primary motivations for adding more network locations is to increase market presence. By venturing into new areas, our company can access untapped markets and grow the size of our clientele. This expansion allows us to become more accessible to potential customers,
fostering relationships that could lead to increased revenue streams and sales. A strategically planned network expansion improves the customer experience. With its newly located locations, our company will be able to provide its customers with faster and more reliable services. Lower latency and faster reaction times increase user satisfaction, which is important in an era where consumers expect seamless and instantaneous interactions with businesses. The flexibility and operational efficiency of our business are enhanced by expanding the range of network locations. The decentralized structure allows for distributed processing of multiple sites, reduces the likelihood of bottlenecks in the system, and guarantees more smooth operations. It also provides a level of flexibility that is necessary to permit growth and adapt to shifting market conditions without unduly taxing the existing infrastructure.
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Running Head: Advantages & Disadvantages of New Infrastructure
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Although it's a common misconception that network growth means higher costs, strategically planned network expansion can lead to cost savings and resource optimization. By carefully selecting additional locations and making use of local talent, infrastructure, and resources, our company can optimize operating expenses by lowering risk and potentially ensuring that it is not overly dependent on any one location. Adding new locations allows the network architecture to incorporate the latest technological developments; this could involve integrating cutting-edge security measures, cutting-edge communication protocols, and new technologies like edge computing (Panel, 2022). The decision to expand the business's network is heavily influenced by the rapidly evolving field of technology.
Our network is built on a well-developed core switching infrastructure, which includes high-capacity switches that serve as the hub for data interchange and redundant cables that connect these switches to improve fault tolerance and dependability (Panel, 2022). These developments help the business stay competitive and prepare its operations for the future. The distribution layer is the link between end-user devices (like PCs and printers) and the distribution
layer; device connectivity throughout our company is guaranteed, and the necessary bandwidth and security measures are provided. The distribution layer bridges the access layer and the core switches to facilitate effective traffic distribution and network management. This layer includes sophisticated routing and filtering techniques to maximize data flow. Because of the increasing reliance on mobile devices, our network has a robust wireless infrastructure as well (Panel, 2022). Access points strategically placed throughout the network allow laptops, smartphones, and other wireless devices to connect to the network with ease. Security is our top priority when designing our network, and we have implemented intrusion detection and prevention systems, firewalls, and encryption procedures. A set of standard protocols that govern data flow and communication are necessary for our network to work. These protocols allow connected devices to interpret and comprehend data
Running Head: Advantages & Disadvantages of New Infrastructure
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consistently. Some of the primary network protocols that are critical to our configuration are as follows:
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Transmission Control Protocol (TCP): This connection-oriented protocol makes sure that data is delivered between devices in an orderly and dependable manner. It divides up longer messages into smaller ones, coordinates their delivery, and makes sure the pieces are put back together correctly when they get to the other end (Goss, 2023).
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Data packets must be addressed and routed using Internet Protocol (IP) in order for them to transit networks and reach their intended location. It offers a logical addressing method that gives every networked device a distinct identity (Goss, 2023).
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The protocols known as Hypertext Transfer Protocol (HTTP) and Hypertext Transfer Protocol Secure (HTTPS) regulate the transmission of web pages and guarantee safe online communication. Standard web pages use HTTP; sensitive data, such as login passwords, and financial information is secured by encryption in HTTPS (Goss, 2023).
The data transfer process in our network follows a systematic flow to ensure reliability and effectiveness. The steps in starting data transfer or communication are as follows: Communication starts when the user's device sends a request. For example, the device sends an HTTP request to the server to view a webpage
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Addressing: The IP protocol is used to address the request, giving the recipient server a distinct IP address. To resolve a domain name to its matching IP address, DNS may be used (O'Sullivan, 2022).
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Routing: To find the most effective way to go to the destination, the addressed data packet is routed across the network architecture using routing protocols (O'Sullivan, 2022).
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Reassembly: The TCP protocol reconstructs the original data at the destination by reassembling the packets in the proper sequence (O'Sullivan, 2022).
Running Head: Advantages & Disadvantages of New Infrastructure
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Delivery: After processing the data received, the destination device sends back the
desired material to the user, or in the case of web pages, responds to their request (O'Sullivan, 2022).
Together, the numerous protocols enable communication and data transfer while maintaining the security and integrity of the information being transferred. Conclusion
In summary, the new network infrastructure we have put in place is a thoughtful technological investment that will enable our business to adapt to its changing needs. The combination of cutting-edge hardware, robust security features, and adherence to established network protocols ensures that our operations are built on a stable, scalable, and secure foundation. Using essential protocols and best practices in network design ensures a strong, future-proof network that supports our organization's goals. We are committed to providing our stakeholders and staff with seamless and secure connectivity, and we look forward to the sustained success made possible by our upgraded network. We're still committed to setting the standard for innovation as technology advances, adapting our network architecture to take advantage of new opportunities and challenges.
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Running Head: Advantages & Disadvantages of New Infrastructure
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References
Goss, M. (2023, May 16). 12 common network protocols and their functions explained: TechTarget
. Networking. https://www.techtarget.com/searchnetworking/feature/12common-network-protocols-
and-their-functions-explained
O’Sullivan, F. (2022, October 2). What is HTTP?
. How. https://www.howtogeek.com/833465/what-is-http/
Panel, E. (2022, April 21). Council post: 16 underestimated tech-related risks businesses need to consider
. Forbes. https://www.forbes.com/sites/forbestechcouncil/2021/12/09/16underestimated-tech-
related-risks-businesses-need-to-consider/?sh=15e4ae5adaaf
What is OSI model: 7 layers explained: Imperva
. Learning Center. (2023, March 16). https://www.imperva.com/learn/application-security/osi-model/