Wireless Technology Security ✓ Solved

Submit a 3-page concept/idea paper IAW APA format on an approved topic. Paper organization will include:

  • Introduction.

  • Problem Statement.

  • Relevance and Significance.

  • References (at least five).

Wireless technology security has developed and evolved significantly, making it possible to use and access data from any location, whether at work or home. Users can access information via phones, tablets, laptops, and other portable devices. However, this accessibility has also increased the threats associated with wireless technology. Many companies remain susceptible to these threats, exposing sensitive and valuable information to criminals. This creates a pressing need for users of wireless technology to find effective ways to mitigate the associated risks. Wireless technology has become affordable, easy to operate, and widely available.

Wireless technology security can be described as the process of developing, implementing, and certifying that a wireless computer system is secure and free from attacks. This field is a subset of network security aimed at enhancing the protection of wireless networks. Wireless security safeguards networks from unauthorized access and restricts access through malicious attempts. It operates through devices such as routers or switches that use encryption, thereby protecting wireless communication. Security measures restrict hackers from accessing transmitted information even if network security is compromised. Additionally, network security can detect intrusions and alert administrators, enhancing overall protection. Examples of standards and algorithms commonly used for wireless security include Wired Equivalent Privacy (WEP) and Wireless Protected Access (WPA).

Organizations can secure wireless networks using authentication mechanisms. Key measures to enhance security include frequently changing default configuration settings, regularly changing encryption keys, and ensuring that each network access point has a strong, unique administrative password. Strong passwords should consist of a mixture of lowercase and uppercase letters, symbols, figures, and numbers. These passwords should be implemented in software and hardware security solutions. Furthermore, all insecure and idle protocols in management should be disabled. Other preventive measures include enabling router firewalls to scrutinize incoming packets, rejecting unwanted traffic, and changing the default SSID of the router to secure the wireless network.

Limiting the coverage area of wireless networks is another security measure that prevents intruders from penetrating external networks. Additionally, file sharing should be approached cautiously, software for access points should be patched and updated regularly, and broadcasting identifiers should be turned off for extra security.

Problem Statement

There has been a notable increase in illegal activities involving organizations and individual users of wireless networks, affecting reliability and operational efficacy. Hackers utilize compromised wireless systems and computers to access, damage, and manipulate sensitive information. Therefore, organizations must understand the various issues surrounding wireless security, which includes the nature of threats, levels of vulnerability, and methods for prevention. Enhanced understanding of wireless security technologies is critical for identifying vulnerabilities and developing effective preventive measures. This paper aims to explore and recommend best practices for enhancing wireless security.

Relevance and Significance

Developing and implementing robust wireless technology security is crucial for preventing unauthorized attacks and data misuse by individuals with access, thereby protecting sensitive information. This security framework addresses long-standing challenges associated with data management and protection. An effective wireless security strategy enables organizations to automate protective measures against threats, enhancing overall vulnerability assessment, threat prevention, and compliance, while ensuring the methods employed are secure and cost-effective. Furthermore, such technology plays a pivotal role in thwarting malicious attacks and unauthorized information access by employees, which can compromise organizational integrity. Enforcing wireless security policies for both internal and external users mitigates risks and sustains operational stability. Additional benefits of implementing these solutions range from preventing theft of internet bandwidth to mitigating exposure to network infections.

References

  • IEEE Staff. (2016). 2016 International Conference on Information Technology (ICIT). Piscataway: IEEE.

  • Daimi, K. (2018). Computer and Network Security Essentials.

  • Moran, J. (2017). Security+: Recall Wireless Security Concepts.

  • Tran, D. (2015). Information Technology 2016.

  • United States. (2017). Promoting security in wireless technology: Hearing before the Subcommittee on Communications and Technology of the Committee on Energy and Commerce, House of Representatives, One Hundred Fifteenth Congress, first session, June 13, 2017.

  • Wireless Telecommunications Symposium, IEEE Communications Society, & Institute of Electrical and Electronics Engineers. (2016). 2016 Wireless Telecommunications Symposium (WTS): Date, 18-20 April 2016.

  • Wright, J., & Cache, J. (2015). Hacking exposed wireless: Wireless security secrets and solutions.

  • Tai, L. (2019). Future Risks of Wireless Technology: An Analysis.

  • Ramus, S. (2021). The Importance of Wireless Networks Security in the Modern Age.

  • Kumar, R. (2020). Effective Strategies for Wireless Security Implementation.