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CWNP CWSP-208 Exam Syllabus Topics:

Section	Weight	Objectives
Topic 1: WLAN Security Design and Architecture	50%	- Authentication Solutions 1. Guest access 2. WPA2/WPA3-Enterprise 3. RADIUS 4. WPA3-Enterprise 192-Bit 5. EAP methods (EAP-TLS, EAP-TTLS, PEAP) 6. WPA2/WPA3 Personal/SAE 7. 802.1X - Encryption Solutions 1. Virtual Private Network (VPN) 2. SAE 3. 192-bit modes 4. Differentiate encryption methods and concepts 5. CCMP, GCMP, and AES 6. Opportunistic Wireless Encryption (OWE) - Network Security Design 1. VLANs and segmentation 2. Firewalls and access control lists 3. Secure roaming implementations - Wireless Monitoring Solutions 1. Wireless Intrusion Prevention System (WIPS) - overlay and integrated
Topic 2: Security Policy	10%	- Security Training and Awareness 1. Ensure proper training is administered for all stakeholders related to security policies and ongoing security awareness - WLAN Security Requirements 1. Review client devices and applications 2. Review WLAN infrastructure devices 3. Evaluate and incorporate business, technical, and applicable regulatory policies (e.g., PCI-DSS, HIPAA, GDPR) 4. Identify appropriate stakeholders - WLAN Security Policies 1. Ensure appropriate approval and support for all policies 2. Advise on the creation of WLAN security policies based on industry standards 3. Translate security requirements to high-level policy statements 4. Advise on the implementation of security policy lifecycle management
Topic 3: Security Lifecycle Management	10%	- Security Lifecycle Phases 1. Monitor and audit new technologies 2. Assess security requirements for new technologies 3. Identify technologies being introduced to the WLAN 4. Implement appropriate protective measures and validate security - Security Assessment and Testing 1. System log analysis 2. Vulnerability assessments 3. Report findings to management and support professionals 4. Penetration testing
Topic 4: Vulnerabilities, Threats, and Countermeasures	30%	- Secure Public Access and Open Networks 1. Guest access 2. Wi-Fi Certified Passpoint/Open Roaming 3. Captive portals 4. Peer-to-peer connectivity 5. OWE (Opportunistic Wireless Encryption) - WLAN Security Audits and Compliance Monitoring 1. Configure and operate Wireless Intrusion Prevention Systems (WIPS) 2. Perform WLAN security audits 3. Implement compliance monitoring solutions - WLAN Vulnerabilities and Threats 1. Identify social engineering threats 2. Identify vulnerabilities in wireless architectures 3. Understand common attack techniques and tools - Infrastructure Vulnerability Prevention 1. HTTP-based administration interface access 2. Older SNMP protocols (SNMPv1, SNMPv2) 3. Misconfiguration 4. Telnet-based administration interface access 5. Firmware/software updates 6. Weak/default passwords

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CWNP Certified Wireless Security Professional (CWSP) Sample Questions (Q12-Q17):

NEW QUESTION # 12
The IEEE 802.11 standard defined Open System authentication as consisting of two auth frames and two assoc frames. In a WPA2-Enterprise network, what process immediately follows the
802.11 association procedure?

A. 802.1X/EAP authentication
B. Passphrase-to-PSK mapping
C. RADIUS shared secret lookup
D. 4-Way Handshake
E. Group Key Handshake
F. DHCP Discovery

Answer: A

NEW QUESTION # 13
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

NEW QUESTION # 14
An attack is under way on the network. The attack is preventing users from accessing resources required for business operations, but the attacker has not gained access to any files or data. What kind of attack is described?

A. Man-in-the-middle
B. DoS
C. Hijacking
D. ASLEAP

Answer: B

Explanation:
A Denial-of-Service (DoS) attack focuses on preventing legitimate users from accessing network resources. In this case, the attacker has not accessed files or data but is interrupting services. This aligns perfectly with a DoS attack scenario.
References:
CWSP-208 Study Guide, Chapter 5 (WLAN Threat Categories)
CWNP Learning Center: DoS and Availability Attacks

NEW QUESTION # 15
Given: ABC Company is deploying an IEEE 802.11-compliant wireless security solution using 802.1X/EAP authentication. According to company policy, the security solution must prevent an eavesdropper from decrypting data frames traversing a wireless connection.
What security characteristics and/or components play a role in preventing data decryption? (Choose 2)

A. Multi-factor authentication
B. 4-Way Handshake
C. Integrity Check Value (ICV)
D. PLCP Cyclic Redundancy Check (CRC)
E. Group Temporal Keys
F. Encrypted Passphrase Protocol (EPP)

Answer: B,E

Explanation:
To prevent data decryption:
B). The 4-Way Handshake derives and installs unique unicast keys (PTKs) on both client and AP.
F). The GTK is used to encrypt broadcast and multicast frames, ensuring group traffic is protected.
Incorrect:
A). Multi-factor authentication enhances identity assurance but not encryption.
C). PLCP CRC checks for transmission errors but does not secure data.
D). EPP is not a valid or recognized encryption protocol.
E). ICV was used in WEP and is cryptographically weak.
References:
CWSP-208 Study Guide, Chapter 3 (Key Hierarchy and 4-Way Handshake)
IEEE 802.11i Standard

NEW QUESTION # 16
What WLAN client device behavior is exploited by an attacker during a hijacking attack?

A. After the initial association and 4-way handshake, client stations and access points do not need to perform another 4-way handshake, even if connectivity is lost.
B. When the RF signal between a client and an access point is disrupted for more than a few seconds, the client device will attempt to associate to an access point with better signal quality.
C. As specified by the Wi-Fi Alliance, clients using Open System authentication must allow direct client- to-client connections, even in an infrastructure BSS.
D. When the RF signal between a client and an access point is lost, the client will not seek to reassociate with another access point until the 120 second hold down timer has expired.
E. Client drivers scan for and connect to access points in the 2.4 GHz band before scanning the 5 GHz band.

Answer: B

Explanation:
Hijacking attacks often rely on exploiting client behavior during signal disruption. Clients will seek better connections when RF is weak or interrupted. An attacker may:
Disrupt the signal (e.g., with a deauth attack)
Present a rogue access point (evil twin) with stronger signal
Trick the client into associating with the rogue AP, hijacking the session Incorrect:
B). There is no standard 120-second timer behavior.
C). Loss of connectivity typically triggers reassociation and reauthentication.
D). Direct client-to-client connections are not required in infrastructure mode.
E). Band selection logic varies and is unrelated to hijacking attacks.
References:
CWSP-208 Study Guide, Chapter 5 (Hijacking and Client Behavior)
CWNP Wi-Fi Threat Analysis

NEW QUESTION # 17
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