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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 (Q162-Q167):

NEW QUESTION # 162
Given: The ABC Corporation currently utilizes an enterprise Public Key Infrastructure (PKI) to allow employees to securely access network resources with smart cards. The new wireless network will use WPA2- Enterprise as its primary authentication solution. You have been asked to recommend a Wi-Fi Alliance-tested EAP method.
What solutions will require the least change in how users are currently authenticated and still integrate with their existing PKI?

A. EAP-TLS
B. PEAPv0/EAP-MSCHAPv2
C. PEAPv0/EAP-TLS
D. EAP-TTLS/MSCHAPv2
E. EAP-FAST
F. LEAP

Answer: A

Explanation:
ABC Corporation already uses PKI and smart cards. EAP-TLS:
Is a certificate-based authentication protocol.
Integrates seamlessly with PKI infrastructure.
Is supported and certified by the Wi-Fi Alliance.
Incorrect:
A). EAP-FAST uses PACs, not certificates.
C). PEAPv0/EAP-MSCHAPv2 does not use certificates on the client side and is less secure.
D). LEAP is deprecated and insecure.
E). PEAPv0/EAP-TLS is not a standardized combination.
F). EAP-TTLS/MSCHAPv2 requires password-based authentication inside a tunnel, not certificate-based authentication.
References:
CWSP-208 Study Guide, Chapter 4 (EAP-TLS and PKI)
CWNP WPA2-Enterprise Integration Guidelines

NEW QUESTION # 163
ABC Company requires the ability to identify and quickly locate rogue devices. ABC has chosen an overlay WIPS solution with sensors that use dipole antennas to perform this task. Use your knowledge of location tracking techniques to answer the question.
In what ways can this 802.11-based WIPS platform determine the location of rogue laptops or APs? (Choose
3)

A. GPS Positioning
B. Time Difference of Arrival (TDoA)
C. RF Fingerprinting
D. Trilateration of RSSI measurements
E. Angle of Arrival (AoA)

Answer: B,C,D

Explanation:
WIPS platforms with multiple sensors can locate rogue devices using:
A). TDoA: Measures the time difference a signal takes to reach multiple sensors; requires synchronized clocks.
C). Trilateration using RSSI: Estimates distance based on signal strength from three or more known sensor positions.
E). RF Fingerprinting: Matches received signals to known RF patterns in the environment for device positioning.
AoA requires directional antennas (not typical with dipoles), and GPS is used for locating mobile sensors or vehicles, not indoor rogues.
References:
CWSP-208 Study Guide, Chapter 7 - Location Tracking Techniques
CWNP CWSP-208 Objectives: "Rogue Device Location via RSSI, TDoA, and Fingerprinting"

NEW QUESTION # 164
Why should you use lockable enclosures for your APs in outdoor deployments?

A. To protect the APs from wind
B. To protect the APs from rain
C. To prevent guest access
D. To prevent unauthorized physical access

Answer: D

NEW QUESTION # 165
What 802.11 WLAN security problem is directly addressed by mutual authentication?

A. Wireless hijacking attacks
B. Weak Initialization Vectors
C. MAC spoofing
D. Weak password policies
E. Offline dictionary attacks
F. Disassociation attacks

Answer: A

NEW QUESTION # 166
What drawbacks initially prevented the widespread acceptance and use of Opportunistic Key Caching (OKC)?

A. Sharing cached keys between controllers during inter-controller roaming created vulnerabilities that exposed the keys to attackers.
B. Because OKC is not defined by any standards or certification body, client support was delayed and sporadic early on.
C. Key exchanges during fast roams required processor-intensive cryptography, which was prohibitive for legacy devices supporting only TKIP.
D. The Wi-Fi Alliance continually delayed the creation of a client certification for OKC, even though it was defined by IEEE 802.11r.

Answer: B

Explanation:
Opportunistic Key Caching (OKC) is a non-standardized fast roaming method that allows clients to roam between APs without repeating the full 802.1X/EAP authentication process.
OKC was proposed by vendors (not the IEEE or Wi-Fi Alliance), so there was no formal certification early on.
This led to inconsistent and delayed client support, preventing widespread adoption.
Incorrect:
A). OKC does not involve inter-controller roaming in most scenarios; it's a local caching method.
C). The cryptographic overhead was not a significant barrier compared to lack of standardization.
D). OKC was not defined in IEEE 802.11r-Fast BSS Transition (FT) was.
References:
CWSP-208 Study Guide, Chapter 6 (Fast Secure Roaming)
CWNP Wireless Mobility Standards Overview

NEW QUESTION # 167
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