100% Pass Quiz CWNP - CWSP-208 - Certified Wireless Security Professional (CWSP)–The Best Reliable Test Test

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CWNP CWSP-208 Exam Syllabus Topics:

Topic	Details
Topic 1	Vulnerabilities, Threats, and Attacks: This section of the exam evaluates a Network Infrastructure Engineer in identifying and mitigating vulnerabilities and threats within WLAN systems. Candidates are expected to use reliable information sources like CVE databases to assess risks, apply remediations, and implement quarantine protocols. The domain also focuses on detecting and responding to attacks such as eavesdropping and phishing. It includes penetration testing, log analysis, and using monitoring tools like SIEM systems or WIPS WIDS. Additionally, it covers risk analysis procedures, including asset management, risk ratings, and loss calculations to support the development of informed risk management plans.
Topic 2	WLAN Security Design and Architecture: This part of the exam focuses on the abilities of a Wireless Security Analyst in selecting and deploying appropriate WLAN security solutions in line with established policies. It includes implementing authentication mechanisms like WPA2, WPA3, 802.1X EAP, and guest access strategies, as well as choosing the right encryption methods, such as AES or VPNs. The section further assesses knowledge of wireless monitoring systems, understanding of AKM processes, and the ability to set up wired security systems like VLANs, firewalls, and ACLs to support wireless infrastructures. Candidates are also tested on their ability to manage secure client onboarding, configure NAC, and implement roaming technologies such as 802.11r. The domain finishes by evaluating practices for protecting public networks, avoiding common configuration errors, and mitigating risks tied to weak security protocols.
Topic 3	Security Policy: This section of the exam measures the skills of a Wireless Security Analyst and covers how WLAN security requirements are defined and aligned with organizational needs. It emphasizes evaluating regulatory and technical policies, involving stakeholders, and reviewing infrastructure and client devices. It also assesses how well high-level security policies are written, approved, and maintained throughout their lifecycle, including training initiatives to ensure ongoing stakeholder awareness and compliance.
Topic 4	Security Lifecycle Management: This section of the exam assesses the performance of a Network Infrastructure Engineer in overseeing the full security lifecycle—from identifying new technologies to ongoing monitoring and auditing. It examines the ability to assess risks associated with new WLAN implementations, apply suitable protections, and perform compliance checks using tools like SIEM. Candidates must also demonstrate effective change management, maintenance strategies, and the use of audit tools to detect vulnerabilities and generate insightful security reports. The evaluation includes tasks such as conducting user interviews, reviewing access controls, performing scans, and reporting findings in alignment with organizational objectives.

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CWNP Certified Wireless Security Professional (CWSP) Sample Questions (Q93-Q98):

NEW QUESTION # 93
Which one of the following describes the correct hierarchy of 802.1X authentication key derivation?

A. The MSK is generated from the 802.1X/EAP authentication. The PMK is derived from the MSK. The PTK is derived from the PMK, and the keys used for actual data encryption are a part of the PTK.
B. If passphrase-based client authentication is used by the EAP type, the PMK is mapped directly from the user's passphrase. The PMK is then used during the 4-way handshake to create data encryption keys.
C. After successful EAP authentication, the RADIUS server generates a PMK. A separate key, the MSK, is derived from the AAA key and is hashed with the PMK to create the PTK and GTK.
D. The PMK is generated from a successful mutual EAP authentication. When mutual authentication is not used, an MSK is created. Either of these two keys may be used to derive the temporal data encryption keys during the 4-way handshake.

Answer: A

Explanation:
In 802.1X/EAP authentication:
The EAP method (e.g., EAP-TLS, PEAP) results in the generation of a Master Session Key (MSK).
The Pairwise Master Key (PMK) is derived from the MSK.
The Pairwise Transient Key (PTK) is derived from the PMK using nonces and MAC addresses during the 4- Way Handshake.
The PTK includes the actual keys used for data encryption.
Incorrect:
B). This applies to WPA/WPA2-Personal, not 802.1X/EAP.
C). The RADIUS server sends the MSK, not the PMK directly.
D). The MSK is always derived during EAP authentication, mutual or not.
References:
CWSP-208 Study Guide, Chapter 3 (Key Hierarchy)
IEEE 802.11i Specification

NEW QUESTION # 94
What is a security concern when implementing BYOD in an enterprise?

A. DDNS name conflicts
B. The potential for malware on users' personal devices
C. Decreased throughput due to encryption overhead
D. Depletion of encrypted DHCP addresses

Answer: B

Explanation:
Bring Your Own Device (BYOD) introduces security risks because personal devices may be infected with malware or lack enterprise security controls, potentially compromising the corporate network and sensitive data.

NEW QUESTION # 95
A local cafe offers wireless access for their customers. They decided to configure the access point with a captive portal, preshared key security, and a strong passphrase to limit access only to their customers. You notice the passphrase is written on the menu tents located on the table tops. What concerns you the most about this small business wireless security configuration?

A. Using a captive portal decreases any benefit of using the preshared key security solution
B. Preshared key is deprecated in the IEEE 802.11 standard and should not be used
C. Preshared key security is not good enough for any situation
D. A hacker can capture the 4-way handshake and possibly see user data

Answer: D

Explanation:
Writing the preshared key publicly allows anyone, including attackers, to connect. An attacker can capture the WPA/WPA2 4-way handshake and potentially decrypt user data, compromising confidentiality despite the strong passphrase.

NEW QUESTION # 96
A user has called the company help desk indicating that her Wi-Fi enabled mobile device has been stolen. A support ticket has been escalated to the appropriate team based on the corporate security policy. The security administrator has decided to pursue a device wipe based on corporate security policy. However, the administrator is unable to wipe the device using the installed MDM solution. What is the most likely cause of the inability to wipe the device?

A. The mobile device is an employee-owned device
B. The user has changed the lock screen PIN
C. The device is not connected to a wireless network or the Internet
D. The user has removed her thumbprint from the device

Answer: C

Explanation:
Mobile Device Management (MDM) solutions require the device to be online - connected to a network or the Internet - to receive wipe commands. If the device is offline, the MDM cannot communicate with it to perform the remote wipe.

NEW QUESTION # 97
For a WIPS system to identify the location of a rogue WLAN device using location patterning (RF fingerprinting), what must be done as part of the WIPS installation?

A. All WIPS sensors must be installed as dual-purpose (AP/sensor) devices.
B. At least six antennas must be installed in each sensor.
C. The RF environment must be sampled during an RF calibration process.
D. A location chipset (GPS) must be installed with it.

Answer: C

Explanation:
For a WIPS system to perform location patterning (also called RF fingerprinting), it must first perform an RF calibration or RF site survey. This process involves sampling signal strengths from known locations to develop a model of how signals propagate in the environment. This "fingerprint" is then used to triangulate or estimate the positions of rogue devices.

NEW QUESTION # 98
......

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