Certified Wireless Analysis Professional
CWAP-405
Money Back Guarantee
98% Success Rate
Real Questions
1
Protocol Analysis 15%
1.1
Capture 802.11 frames using the appropriate methods
6 subtopics1.1.1Select capture devices
1.1.2Install monitor mode drivers
1.1.3Select capture location(s)
1.1.4Capture sufficient data for analysis
1.1.5Capture all channels or capture on a single channel as needed
1.1.6Capture roaming events
Learning Objectives
- Select and configure appropriate capture devices for various scenarios
- Install and configure monitor mode drivers
- Determine optimal capture locations
- Capture sufficient data for comprehensive analysis
- Execute single and multi-channel captures
- Successfully capture roaming events
1.2
Understand and apply the common capture configuration parameters available in protocol analysis tools
7 subtopics1.2.1Save to disk
1.2.2Packet slicing
1.2.3Event triggers
1.2.4Buffer options
1.2.5Channels and channel widths
1.2.6Capture filters
1.2.7Channel scanning and dwell time
Learning Objectives
- Configure capture-to-disk options
- Implement packet slicing for storage optimization
- Set up event triggers for automated captures
- Configure buffer options appropriately
- Capture on various channel widths
- Create effective capture filters
- Configure channel scanning and dwell times
1.3
Understand and apply common protocol analyzer features and functions
9 subtopics1.3.1Use appropriate display filters to view relevant frames and packets
1.3.2Use colorization to highlight important frames and packets
1.3.3Configure and display columns for analysis purposes
1.3.4View frame and packet decodes and understand the information shown
1.3.5Use multiple adapters and channel aggregation
1.3.6Implement protocol analyzer decryption procedures
1.3.7View and use a capture's statistical information for analysis
1.3.8Use expert mode for analysis
1.3.9View and understand peer maps
Learning Objectives
- Create and apply effective display filters
- Use colorization for visual analysis
- Configure custom columns
- Interpret frame decodes
- Perform multi-adapter captures
- Decrypt captured traffic when possible
- Analyze capture statistics
- Utilize expert mode features
- Interpret peer maps
1.4
Utilize additional tools for 802.11 analysis
4 subtopics1.4.1WLAN scanners and discovery tools
1.4.2Protocol capture visualization and analysis tools
1.4.3Centralized monitoring, alerting and forensic tools
1.4.4Client experience monitoring tools
Learning Objectives
- Use WLAN scanning tools effectively
- Apply visualization tools for analysis
- Implement centralized monitoring
- Monitor client experience
1.5
Ensure appropriate troubleshooting methods are used with all analysis types
7 subtopics1.5.1Define the problem
1.5.2Determine the scale of the problem
1.5.3Identify probable causes
1.5.4Capture and analyze the data
1.5.5Observe the problem
1.5.6Choose appropriate remediation steps
1.5.7Document the problem and resolution
Learning Objectives
- Follow systematic troubleshooting methodology
- Define problems accurately
- Determine problem scale
- Identify probable causes
- Collect and analyze appropriate data
- Observe and replicate issues
- Select and validate remediation
- Document findings and resolutions
Domain Hands-on Skills
Installing and configuring protocol analyzersCapturing 802.11 frames in various scenariosConfiguring capture filters and display filtersDecrypting WPA2/WPA3 trafficUsing expert mode and statisticsMulti-adapter and multi-channel capturesTroubleshooting methodology application
Common Mistakes to Avoid
- Using display filters instead of capture filters
- Insufficient capture duration
- Wrong adapter placement for roaming captures
- Not configuring decryption keys properly
- Overlooking expert mode warnings
2
Spectrum Analysis 10%
3
PHY Layers and Technologies 10%
4
MAC Sublayer and Functions 25%
5
WLAN Medium Access 10%
6