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WGU Cybersecurity Architecture and Engineering (KFO1/D488) Sample Questions:

1. In which state is data considered information?

A) Input
B) Raw
C) Unprocessed
D) Processed

2. A small start-up is setting up its first network, and it needs to ensure that its network security is adequate. The start-up is aware of the latest cybersecurity threats and the need for strong security measures. In addition to network security, the start-up wants to ensure that it has a disaster recovery plan in place in case of any unexpected events.
Which approach will meet the needs of the start-up?

A) Packet filtering
B) Intrusion detection system (IDS)
C) Bootstrapping
D) Virtual private network (VPN)

3. An organization's engineering team is developing a mobile application that uses near-field communication (NFC) capabilities but wants to ensure that information communicated using this protocol remains confidential.

A) Encryption to prevent man-in-the-middle and eavesdropping attacks
B) Bluetooth device honing restrictions for increased-risk transactions
C) Kerberos centralized server for token and certificate management
D) Portable device management (PDM) to allow only authorized protocols

4. A system analyst is reviewing risk documents and noticed that the date of many risks are more than three years old.
What should be proposed to leadership regarding these risks?

A) A process to evaluate how risks are captured on risk documents
B) A process to determine how involved leadership is in assignment risk scores
C) A process to confirm that risk documents are readily available to all individuals
D) A process to reassess risks on a defined schedule

5. A company has discovered a vulnerability in its lightweight directory access protocol (LDAP) implementation, which could potentially allow unauthorized access to sensitive information. The company has decided to implement risk mitigation strategies to reduce the risk associated with this vulnerability.
Which risk mitigation strategy will meet the needs of the company?

A) Implementing strong authentication mechanisms and encryption protocols to secure communication between the LDAP server and clients
B) Implementing intrusion detection and prevention systems (IDPS) to monitor for suspicious activities and potential LDAP attacks
C) Regularly backing up data stored in the LDAP server to prevent data loss in the event of a breach
D) Conducting regular security awareness training for employees to prevent social engineering attacks targeting LDAP credentials

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