WGU Updated Cybersecurity-Architecture-and-Engineering Exam Questions and Answers by rowan

The correct answer is B — Log analysis.

According to WGU Cybersecurity Architecture and Engineering (KFO1 / D488) curriculum, log analysis is critical for retrospective threat hunting — reviewing system, network, and application logs to identify signs of compromise or unauthorized activities that might have gone unnoticed in real-time. This technique helps uncover attacks that have already occurred in hybrid or cloud environments.

Honeypots (A) are proactive traps to detect future attacks. Social engineering (C) involves manipulating people, not hunting threats. Penetration testing (D) is used to find vulnerabilities, not to review past incidents.

Reference Extract from Study Guide:

"Threat hunting through log analysis involves systematically reviewing collected logs to uncover evidence of past or ongoing compromises, enabling organizations to identify and respond to threats that may have bypassed preventive controls."

— WGU Cybersecurity Architecture and Engineering (KFO1 / D488), Threat Detection and Hunting Concepts

Of course!

Here are the verified and properly formatted answers for your next set of questions, strictly following your instructions and the WGU Cybersecurity Architecture and Engineering (KFO1 / D488) official course materials:

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The correct answer is C — Implementation of secure user authentication protocols.

WGU Cybersecurity Architecture and Engineering (KFO1 / D488) emphasizes that secure authentication mechanisms, like strong passwords, multifactor authentication, and session management, prevent unauthorized access and impersonation, thus helping prevent cheating inlearning platforms.

Firewall policies (A) and disabling Bluetooth (B) harden systems but do not directly address authentication. Software updates (D) protect against system vulnerabilities but not user integrity.

Reference Extract from Study Guide:

"Secure authentication protocols ensure that users accessing learning management systems are properly verified, reducing risks of impersonation and cheating."

— WGU Cybersecurity Architecture and Engineering (KFO1 / D488), Secure Access Control and Identity Verification

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Application Software:

Application software refers to programs that help end users perform specific tasks. Examples include email clients, word processors, and spreadsheet programs.

These are designed to be used by people to perform tasks such as writing documents, managing data, or communicating.

Operating Systems:

Operating systems (OS) manage the hardware and software resources of a computer system. They provide a platform for application software to run.

Examples include Microsoft Windows, macOS, and Linux. The OS handles system-level tasks like memory management, process scheduling, and hardware interaction.

Key Differences:

Application software (B, C) is user-oriented, aimed at helping users complete tasks.

Operating systems (A, D) manage the computer's hardware and system resources.

Virtual Network Peeringallows two or more virtual networks to communicate through private IP addresses, enabling seamless traffic flow across resources in different networks withminimal configuration overhead.

Microsoft Azure Documentation (Network Peering):

“Virtual network peering seamlessly connects Azure virtual networks. The networks appear as one for connectivity purposes, and traffic is routed through Microsoft’s backbone infrastructure.”

Unlike VPNs or complex routing configurations,peeringis simple,requires no downtime, and doesn’t need encryption if networks are internal.

????WGU Course Alignment:

Domain:Information Systems and Architecture

Topic:Cloud architecture, network segmentation, and inter-VNET connectivity