CWNP CWSP-208 Exam | CWSP-208 Official Study Guide - Latest updated of Premium CWSP-208 Files

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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 (Q72-Q77):

NEW QUESTION # 72
The IEEE 802.11 Pairwise Transient Key (PTK) is derived from what cryptographic element?

A. Key Confirmation Key (KCK)
B. Phase Shift Key (PSK)
C. PeerKey (PK)
D. Group Temporal Key (GTK)
E. Group Master Key (GMK)
F. Pairwise Master Key (PMK)

Answer: F

NEW QUESTION # 73
Given: John Smith uses a coffee shop's Internet hot-spot (no authentication or encryption) to transfer funds between his checking and savings accounts at his bank's website. The bank's website uses the HTTPS protocol to protect sensitive account information. While John was using the hot-spot, a hacker was able to obtain John's bank account user ID and password and exploit this information.
What likely scenario could have allowed the hacker to obtain John's bank account user ID and password?

A. John accessed his corporate network with his IPSec VPN software at the wireless hot-spot. An IPSec VPN only encrypts data, so the user ID and password were sent in clear text. John uses the same username and password for banking that he does for his IPSec VPN software.
B. The bank's web server is using an X.509 certificate that is not signed by a root CA, causing the user ID and password to be sent unencrypted.
C. John uses the same username and password for banking that he does for email. John used a POP3 email client at the wireless hot-spot to check his email, and the user ID and password were not encrypted.
D. John's bank is using an expired X.509 certificate on their web server. The certificate is on John's Certificate Revocation List (CRL), causing the user ID and password to be sent unencrypted.
E. Before connecting to the bank's website, John's association to the AP was hijacked. The attacker intercepted the HTTPS public encryption key from the bank's web server and has decrypted John's login credentials in near real-time.

Answer: C

Explanation:
In this scenario, although the bank's website uses HTTPS (which encrypts communications between John's browser and the bank's server), the compromise did not occur during the banking session itself. Instead, the attacker exploited a common security mistake: credential reuse.
John reused his email credentials for his bank login, and he accessed his email using a POP3 client without encryption at a public hotspot. This means his username and password were sent in cleartext, which is trivially easy to sniff on an open wireless network. Once an attacker obtained those credentials, they could use them to log into his bank account if the same credentials were used there.
Here's how this aligns with CWSP knowledge domains:
* CWSP Security Threats & Attacks: This is a classic example of credential harvesting via cleartext protocols (POP3), and password reuse, both of which are significant risks in WLAN environments.
* CWSP Secure Network Design: Recommends use of encrypted protocols (e.g., POP3S or IMAPS) and user education against password reuse.
* CWSP WLAN Security Fundamentals: Emphasizes that open Wi-Fi networks offer no encryption by default, leaving unprotected protocols vulnerable to sniffing and interception.
Other answer options and why they are incorrect:
* A & D are invalid because an expired or unsigned certificate may cause browser warnings but won't result in sending credentials unencrypted unless the user bypasses HTTPS (which wasn't stated).
* C is incorrect: IPSec VPNs encrypt all data between the client and VPN endpoint-including credentials.
* E is technically incorrect and misleading: intercepting the public key of an HTTPS session doesn't allow decryption of the credentials due to asymmetric encryption and session key security. Real-time decryption of HTTPS traffic without endpoint compromise is not feasible.
References:
CWSP-208 Study Guide, Chapters 3 (Security Policy) and 5 (Threats and Attacks) CWNP CWSP-208 Official Study Guide CWNP Exam Objectives - WLAN Authentication, Encryption, and VPNs CWNP Whitepapers on WLAN Security Practices

NEW QUESTION # 74
What wireless security protocol provides mutual authentication without using an X.509 certificate?

A. EAP-TLS
B. PEAPv0/EAP-MSCHAPv2
C. EAP-FAST
D. PEAPv1/EAP-GTC
E. EAP-TTLS
F. EAP-MD5

Answer: C

NEW QUESTION # 75
You use a web-based administration interface to administer the WLAN controllers on your network. What should always be disabled in this implementation to ensure secure management practices?

A. HTTPS
B. HTTP
C. SSH
D. TLS

Answer: B

Explanation:
HTTP transmits data, including credentials, in clear text. Disabling HTTP and using HTTPS ensures that management traffic is encrypted, protecting the confidentiality and integrity of administrative sessions.

NEW QUESTION # 76
When using an overlay WIPS, what must you do with the APs detected by the WIPS that do not belong to you, are not rogue, and are not on your network?

A. Locate them and unplug them to prevent them from interfering.
B. Turn their power down to prevent their signals from being detected.
C. Mitigate them using the WIPS sensors.
D. Classify them as neighboring.

Answer: D

Explanation:
In an overlay WIPS, APs that are not part of your network, not rogue, and not under your control should be classified as neighboring. This allows the system to distinguish them from threats while monitoring their presence without taking any disruptive action.

NEW QUESTION # 77
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