Question 16

Conduct server hardening

Implementing server hardening is a crucial strategy for enhancing data protection measures. This process involves securing a server by reducing its surface of vulnerability, thereby minimizing the risk of unauthorized access and data breaches.

A) Increase wireless access point range

Increasing the wireless access point range does not directly contribute to data protection methodologies. While it may enhance connectivity, it can potentially expose the network to more threats, as a larger range might allow unauthorized users to access the network more easily.

B) Implement wired equivalent privacy (WEP)

While WEP was once a standard for securing wireless networks, it is now considered obsolete and insecure due to its vulnerabilities. Relying on WEP would not improve data protection significantly, as it does not provide adequate security against modern threats.

C) Conduct server hardening

Conducting server hardening is the most effective strategy in this context, as it involves implementing various security measures to protect servers from attacks. This includes disabling unnecessary services, applying patches, and configuring security settings, which can significantly enhance the overall security posture of the organization.

D) Use a variable network topology

Using a variable network topology may offer some advantages in terms of network flexibility and performance, but it does not specifically address data protection. Without proper security measures in place, changes in network topology could lead to vulnerabilities rather than enhancing data security.

Conclusion

Conducting server hardening is essential for improving data protection measures, as it directly addresses potential vulnerabilities in server configurations. Other options, such as increasing wireless access range or relying on outdated security protocols like WEP, do not effectively enhance data protection. Therefore, server hardening stands out as the most relevant and effective strategy to safeguard data.