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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	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.
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	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.

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CWNP Certified Wireless Security Professional (CWSP) Sample Questions (Q146-Q151):

NEW QUESTION # 146
What security vulnerabilities may result from a lack of staging, change management, and installation procedures for WLAN infrastructure equipment? (Choose 2)

A. WIPS may not classify authorized, rogue, and neighbor APs accurately
B. The WLAN system may be open to RF Denial-of-Service attacks
C. AES-CCMP encryption keys may be decrypted
D. Authentication cracking of 64-bit Hex WPA-Personal PSK
E. Management interface exploits due to the use of default usernames and passwords for AP management

Answer: A,E

Explanation:
Without proper staging, change management, and installation procedures, significant vulnerabilities may arise:
(B) WIPS relies on a known database of authorized APs and clients. If devices are deployed without proper registration and staging, WIPS cannot accurately classify devices as authorized, rogue, or neighbor.
(D) If APs are installed without changing default credentials, attackers can exploit them through common web or SNMP-based management interfaces.
This undermines both operational visibility and network security posture.
References:
CWSP-208 Study Guide, Chapter 8 - WLAN Security Design and Architecture CWNP CWSP-208 Official Objectives: "Security Design and Policy Implementation"

NEW QUESTION # 147
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. 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.
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. 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.

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 # 148
Which wireless security method inherently provides fast secure transition between access points, usually takes less than 50 ms to complete, and establishes a robust secure network association (RSNA)?

A. Preshared key
B. Protected EAP
C. Transport layer security
D. Wired equivalent privacy

Answer: B

Explanation:
Protected EAP (PEAP) supports fast secure transition (FT) between access points, enabling seamless roaming with minimal delay (typically under 50 ms) while maintaining a robust secure network association (RSNA) for authenticated clients.

NEW QUESTION # 149
Given: When the CCMP cipher suite is used for protection of data frames, 16 bytes of overhead are added to the Layer 2 frame. 8 of these bytes comprise the MIC.
What purpose does the encrypted MIC play in protecting the data frame?

A. The MIC is used as a first layer of validation to ensure that the wireless receiver does not incorrectly process corrupted signals.
B. The MIC is a random value generated during the 4-way handshake and is used for key mixing to enhance the strength of the derived PTK.
C. The MIC provides for a cryptographic integrity check against the data payload to ensure that it matches the original transmitted data.
D. The MIC is a hash computation performed by the receiver against the MAC header to detect replay attacks prior to processing the encrypted payload.

Answer: C

Explanation:
The Message Integrity Code (MIC) is:
A cryptographic checksum applied to the data payload.
It ensures the payload was not modified in transit and guards against tampering.
With AES-CCMP, the MIC is generated as part of the encryption process and verified upon decryption.
Incorrect:
A). Signal integrity is validated at the physical layer, not through the MIC.
C). The MIC protects data payload integrity, not just MAC headers.
D). The MIC is not generated during the 4-Way Handshake.
References:
CWSP-208 Study Guide, Chapter 3 (CCMP and Frame Protection)
IEEE 802.11i-2004 Specification

NEW QUESTION # 150
Given: Mary has just finished troubleshooting an 802.11g network performance problem using a laptop-based WLAN protocol analyzer. The wireless network implements 802.1X/PEAP and the client devices are authenticating properly. When Mary disables the WLAN protocol analyzer, configures her laptop for PEAP authentication, and then tries to connect to the wireless network, she is unsuccessful. Before using the WLAN protocol analyzer, Mary's laptop connected to the network without any problems.
What statement indicates why Mary cannot access the network from her laptop computer?

A. The nearby WIPS sensor categorized Mary's protocol analyzer adapter as a threat and is performing a deauthentication flood against her computer.
B. Mary's supplicant software is using PEAPv0/EAP-MSCHAPv2, and the access point is using PEAPv1
/EAP-GTC.
C. The PEAP client's certificate was voided when the protocol analysis software assumed control of the wireless adapter.
D. The protocol analyzer's network interface card (NIC) drivers are still loaded and do not support the version of PEAP being used.

Answer: D

Explanation:
Many protocol analyzers require special drivers or place the NIC into monitor/promiscuous mode. When used this way, the original driver stack may be altered or replaced. Afterward, if not correctly reloaded, the adapter may lack full 802.1X support or required encryption features. This is likely the case here - Mary's WLAN adapter is still under the control of or affected by the analyzer's NIC driver, which doesn't support PEAP properly.
References:
CWSP-208 Study Guide, Chapter 6 - Protocol Analysis Limitations and NIC Driver Issues CWNP CWSP-208 Objectives: "Troubleshooting WLAN Authentication and Driver Conflicts"

NEW QUESTION # 151
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