cyber security exercise and need the explanation and answer to help me learn.
Outline: For this exercise – please create the outline for your paper. The outline should include the following all in APA format:
Title page with title, name date, class, professor, and university info.
Top level headers which outline what you will be talking about in your paper.
Second level headers (sub-headers) which outline detail for each of your top-level headers.
A bibliography list with at least 3 sources.
Submit your outline in a word file with the following file naming convention:
APA Outline Helpful Links:
APA Title Page
APA Outline
APA Bibliography
This assignment is a summative assessment for Course Objective 4.
Assignment Rubric ( 100 Points)
Synthesis of Concepts
60
Writing Standards – APA format
20
Timeliness
20
Requirements: per pages
Wireless Security in Large Enterprises
Student’s Name
Course
Institution
Date
Ensuring wireless security within large enterprises is crucial to modern business operations. Its main objective is to maintain the security of wireless networks and safeguard confidential data, thereby maintaining the integrity of the company’s everyday operations. In today’s interconnected world, where Wi-Fi is all around, the significance of sturdy wireless protection cannot be overstated. Large corporations, given their extensive networks and the multitude of gadgets they use, encounter unique challenges in wireless security. These enterprises usually struggle with a blend of gadgets, some owned by the organization and others by workers, linking to their networks. This variety of gadgets contributes to a level of intricacy in safeguarding the wireless setting.
One essential element of wireless security is encryption. Encryption is like a secret cipher that ensures that information transmitted between devices is jumbled and can only be unraveled by authorized individuals (Nie et al., 2020). In large corporations, robust encryption protocols, like WPA3, are crucial. These protocols ensure that even if a hacker intercepts the wireless traffic, they won’t be able to understand it without the encryption key.
Another crucial component of wireless security is access control. Organizations should establish stringent access protocols to ascertain who can link to the wireless network and what degree of access they have. This is accomplished through user verification, which requires employees to enter a username and password before obtaining access. Multifactor verification (MFA) incorporates an additional layer of protection, often involving something the user knows (like a password) and something they have (like a mobile device for obtaining a confirmation code).
In large enterprises, it is common to have multiple Wi-Fi networks, each serving a particular purpose. For example, there could be a guest network for visitors and a separate network for workers. This division helps improve protection by separating various categories of users and devices. It ensures that guests cannot reach confidential organization resources and information. Regularly updating and patching wireless equipment and software is also critical (Wang et al., 2022). Cybercriminals continually uncover new weaknesses, and vendors release issue updates to resolve these problems. Large enterprises can alleviate potential security risks by keeping their wireless infrastructure up to date.
Security awareness and training have a notable impact on safeguarding wireless networks. Employees must understand the risks of using wireless networks and adhere to best practices, like refraining from connecting to public Wi-Fi networks while remote working. They should also be careful about sharing sensitive data over wireless connections. Big enterprises often use intrusion detection and prevention systems (IDPS) to oversee their wireless networks for suspicious activities. These systems can identify abnormal behavior and implement measures to obstruct potential hazards. Regularly examining records and alerts generated by these systems is crucial for recognizing and managing security incidents.
Physical security is often disregarded but is equally crucial. Unauthorized physical access to networking equipment can result in security infringements. Organizations should ensure that networking equipment is physically secured in locked rooms or cabinets, and access should be limited to authorized individuals exclusively. Wireless security is not just about preventing external threats but also about protecting against insider threats. Employees may inadvertently jeopardize security by sharing passcodes or linking compromised gadgets to the network (Yang et al., 2020). To address this, large corporations should implement stringent protocols and procedures for managing and sharing credentials and carry out regular security audits. Lastly, large enterprises must have a well-defined incident response blueprint in place. Despite all preventative measures, security mishaps can still transpire. A sturdy strategy outlines how to respond to security breaches, reducing potential damage and downtime.
In conclusion, wireless security in large enterprises is a complex challenge that demands a thorough strategy. It encompasses encryption, access control, network partitioning, routine updates, staff training, intrusion detection, physical security, and incident response preparation. By addressing these facets, large enterprises can establish a secure wireless environment that shields their information and undertakings from external and internal threats. In a progressively digital world, protecting wireless networks is crucial for business success and maintaining the trust of stakeholders.
References
Nie, H., Jiang, X., Tang, W., Zhang, S., & Dou, W. (2020). Data security over wireless transmission for enterprise multimedia security with fountain codes. Multimedia tools and applications, 79, 10781-10803.
Wang, C. N., Yang, F. C., Vo, N. T., & Nguyen, V. T. T. (2022). Wireless communications for data security: Efficiency assessment of cybersecurity industry—A promising application for UAVs. Drones, 6(11), 363.
Yang, H., Xiong, Z., Zhao, J., Niyato, D., Xiao, L., & Wu, Q. (2020). Deep reinforcement learning-based intelligent reflecting surface for secure wireless communications. IEEE Transactions on Wireless Communications, 20(1), 375-388.
