SEC617: Wireless Penetration Testing and Ethical Hacking Expert - Led Video Course
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1. Introduction to Wireless Technologies
1.1 Definition and History of Wireless Networks
1.2 Wireless Standards Overview (IEEE 802.11 a/b/g/n/ac/ax)
1.3 Frequency Bands and Channels
1.4 Wireless Network Topologies
1.5 Components of a Wireless Network
1.6 Types of Wireless Networks (WLAN, WPAN, WMAN, WWAN)
1.7 Regulatory Bodies and Compliance
1.8 Wireless Network Applications
1.9 Trends in Wireless Technologies
1.10 Key Terms and Concepts
2. Fundamentals of Wireless Security
2.1 Introduction to Wireless Threats
2.2 Wireless Security Principles
2.3 Wireless Security Protocols (WEP, WPA, WPA2, WPA3)
2.4 Authentication and Encryption in Wireless
2.5 Common Wireless Attacks
2.6 Security Challenges in Wireless Networks
2.7 Security Best Practices
2.8 Wireless Security Policies
2.9 Role of Physical Security
2.10 Wireless Security Standards
3. Wireless Networking Hardware
3.1 Access Points (APs)
3.2 Wireless Network Interface Controllers (NICs)
3.3 Wireless Routers
3.4 Antennas and Types
3.5 Wireless Bridges and Repeaters
3.6 Wireless Controllers
3.7 Hardware Selection Criteria
3.8 Firmware and Hardware Vulnerabilities
3.9 IoT Wireless Devices
3.10 Hardware Setup for Labs
4. Setting up a Wireless Lab
4.1 Lab Requirements and Planning
4.2 Hardware and Software Selection
4.3 Lab Network Topology
4.4 Installing Virtualization Tools
4.5 Acquiring Target Devices
4.6 Configuring Access Points
4.7 Installing Penetration Testing Tools
4.8 Creating Isolated Environments
4.9 Safety and Legal Considerations
4.10 Documenting Lab Configuration
5. Wireless Communication Basics
5.1 Radio Frequency Fundamentals
5.2 Modulation and Demodulation
5.3 Signal Propagation
5.4 Interference and Attenuation
5.5 Channel Allocation
5.6 Bandwidth and Throughput
5.7 Noise and Signal-to-Noise Ratio
5.8 Data Transmission in Wireless
5.9 Wireless Frame Structure
5.10 Troubleshooting Connectivity
6. Wireless Protocols and Standards
6.1 IEEE 802.11 Protocol Family
6.2 Understanding 802.11 Frames
6.3 802.1X Authentication
6.4 802.11 Management, Control, and Data Frames
6.5 Wi-Fi Alliance Certifications
6.6 Bluetooth and BLE Protocols
6.7 Zigbee and Z-Wave
6.8 NFC and RFID
6.9 Wireless Mesh Protocols
6.10 Emerging Wireless Standards
7. Scanning and Reconnaissance
7.1 Introduction to Wireless Reconnaissance
7.2 Passive vs Active Scanning
7.3 Wireless Discovery Tools Overview
7.4 Using Kismet
7.5 Using Airodump-ng
7.6 Identifying APs and Clients
7.7 SSID Collection Techniques
7.8 Channel Mapping
7.9 MAC Address Identification
7.10 Documenting Reconnaissance Data
8. Wireless Packet Analysis
8.1 Introduction to Packet Sniffing
8.2 Wireless Adapters in Monitor Mode
8.3 Capturing Packets with Wireshark
8.4 Analyzing 802.11 Frames
8.5 Identifying Handshakes
8.6 Decrypting Wireless Traffic
8.7 Filtering and Searching Packets
8.8 Identifying Anomalies
8.9 Data Extraction Techniques
8.10 Reporting Findings
9. Authentication Mechanisms in Wireless
9.1 Open System Authentication
9.2 Shared Key Authentication
9.3 Pre-Shared Key (PSK)
9.4 Extensible Authentication Protocol (EAP)
9.5 EAP Types (EAP-TLS, EAP-TTLS, PEAP)
9.6 RADIUS and Authentication Servers
9.7 WPA2 Enterprise Authentication
9.8 802.1X and Supplicants
9.9 Weaknesses in Authentication Mechanisms
9.10 Improving Wireless Authentication
10. Encryption in Wireless Networks
10.1 WEP Encryption Overview
10.2 WPA and TKIP
10.3 WPA2 and AES/CCMP
10.4 WPA3 and Simultaneous Authentication of Equals (SAE)
10.5 Encryption Key Management
10.6 Common Encryption Attacks
10.7 Cracking WEP Keys
10.8 Cracking WPA/WPA2 PSK
10.9 Dictionary and Brute Force Attacks
10.10 Future of Wireless Encryption
11. Wireless Attacks Overview
11.1 Classification of Wireless Attacks
11.2 Eavesdropping and Sniffing
11.3 Rogue Access Points
11.4 Evil Twin Attacks
11.5 Man-in-the-Middle (MitM) Attacks
11.6 Denial of Service Attacks
11.7 Replay Attacks
11.8 Session Hijacking
11.9 MAC Spoofing
11.10 Attack Mitigation Strategies
12. WEP Cracking Techniques
12.1 WEP Weaknesses
12.2 Collecting IVs
12.3 Injection Attacks
12.4 Using Aircrack-ng
12.5 Chop-chop Attack
12.6 Fragmentation Attack
12.7 PTW Attack
12.8 KoreK Attacks
12.9 Mitigating WEP Vulnerabilities
12.10 Case Studies
13. WPA/WPA2 Attacks
13.1 WPA/WPA2 Security Overview
13.2 Four-Way Handshake Capture
13.3 Dictionary Attacks
13.4 Rainbow Table Attacks
13.5 PMKID Attack
13.6 GPU-Accelerated Cracking
13.7 Tools for WPA/WPA2 Attacks
13.8 Bypassing WPA2-Enterprise
13.9 Mitigation Techniques
13.10 Real-World Examples
14. WPA3 and Modern Wireless Security
14.1 Introduction to WPA3
14.2 WPA3 Security Features
14.3 Simultaneous Authentication of Equals (SAE)
14.4 Transition Mode Vulnerabilities
14.5 Attacking WPA3 Networks
14.6 Known WPA3 Weaknesses
14.7 WPA3 Configuration Best Practices
14.8 WPA3 vs WPA2
14.9 WPA3 Compatibility Issues
14.10 The Future of WPA3
15. Attacking Open and Captive Portals
15.1 Understanding Open Networks
15.2 Risks in Open Wi-Fi
15.3 Captive Portal Functionality
15.4 Bypassing Captive Portals
15.5 Evil Twin with Captive Portal
15.6 Credential Harvesting Attacks
15.7 SSL Stripping
15.8 Social Engineering in Captive Portals
15.9 Detecting Malicious Captive Portals
15.10 Securing Captive Portals
16. Rogue Access Points
16.1 Rogue AP Definition
16.2 Rogue AP Threats
16.3 Setting up a Rogue AP
16.4 Detecting Rogue APs
16.5 Evil Twin Attacks
16.6 Airbase-ng for Rogue APs
16.7 Karma Attacks
16.8 Mitigating Rogue AP Risks
16.9 Enterprise Defense Strategies
16.10 Case Studies
17. Wireless Denial of Service Attacks
17.1 DoS in Wireless Networks
17.2 Deauthentication Attacks
17.3 Disassociation Attacks
17.4 Beacon Flooding
17.5 Probe Request Flooding
17.6 Jamming Attacks
17.7 Tools for DoS Attacks
17.8 Detection and Prevention
17.9 Business Impact
17.10 Incident Response
18. Bluetooth Security and Attacks
18.1 Introduction to Bluetooth
18.2 Bluetooth Protocol Stack
18.3 Bluetooth Security Modes
18.4 Bluejacking
18.5 Bluesnarfing
18.6 Bluebugging
18.7 Bluetooth MITM Attacks
18.8 Tools for Bluetooth Hacking
18.9 Bluetooth Security Best Practices
18.10 Case Studies
19. Zigbee and IoT Wireless Security
19.1 Introduction to Zigbee
19.2 Zigbee Architecture
19.3 Zigbee Security Features
19.4 Zigbee Vulnerabilities
19.5 Zigbee Attack Vectors
19.6 IoT Device Enumeration
19.7 Zigbee Exploitation Tools
19.8 IoT Security Challenges
19.9 Zigbee Mitigation Strategies
19.10 Future of IoT Wireless Security
20. NFC and RFID Security
20.1 NFC and RFID Basics
20.2 Communication Protocols
20.3 Typical Uses of NFC/RFID
20.4 RFID Tag Cloning
20.5 Eavesdropping and Skimming
20.6 Relay Attacks
20.7 NFC/RFID Hacking Tools
20.8 Security Controls for NFC/RFID
20.9 Real-World Attacks
20.10 Future Trends
21. Wireless Social Engineering Attacks
21.1 Introduction to Social Engineering
21.2 Phishing via Wi-Fi
21.3 Evil Twin and Captive Portal Scams
21.4 Credential Harvesting
21.5 Baiting with Free Wi-Fi
21.6 Impersonation Attacks
21.7 USB Drop Attacks
21.8 Pretexting via Wireless
21.9 Social Engineering Defense
21.10 Awareness Training
22. Wireless Client Attacks
22.1 Client-Side Vulnerabilities
22.2 Probe Request Attacks
22.3 Karma Attacks on Clients
22.4 Forced Association Attacks
22.5 Malicious Hotspot Attacks
22.6 Client Isolation Bypass
22.7 Exploiting Client Software
22.8 Client Tracking and Privacy
22.9 Defending Clients
22.10 Case Studies
23. Wireless Man-in-the-Middle (MitM) Attacks
23.1 MitM Attack Principles
23.2 ARP Spoofing on Wireless
23.3 SSL Stripping Techniques
23.4 DNS Spoofing
23.5 Session Hijacking
23.6 Tools for MitM Attacks
23.7 Traffic Manipulation
23.8 Detecting MitM Attacks
23.9 MitM Mitigation
23.10 Ethical and Legal Issues
24. Wireless Intrusion Detection and Prevention Systems (WIDS/WIPS)
24.1 Introduction to WIDS/WIPS
24.2 Architecture and Components
24.3 Detection Techniques
24.4 Prevention Mechanisms
24.5 Signature vs Anomaly Detection
24.6 Deployment Strategies
24.7 Challenges in WIDS/WIPS
24.8 Evasion Techniques
24.9 Testing WIDS/WIPS
24.10 Case Studies
25. Wireless Security Assessment Methodology
25.1 Planning a Wireless Assessment
25.2 Scoping and Rules of Engagement
25.3 Reconnaissance and Discovery
25.4 Vulnerability Identification
25.5 Exploitation Techniques
25.6 Reporting and Documentation
25.7 Remediation Recommendations
25.8 Post-Assessment Procedures
25.9 Compliance Considerations
25.10 Continuous Improvement
26. Legal and Ethical Aspects of Wireless Pentesting
26.1 Laws and Regulations
26.2 Permissions and Authorization
26.3 Responsible Disclosure
26.4 Ethical Guidelines
26.5 Privacy Considerations
26.6 Liability Issues
26.7 Handling Sensitive Data
26.8 Working with Law Enforcement
26.9 Documentation Best Practices
26.10 Case Studies
27. Wireless Pentesting Tools: Aircrack-ng Suite
27.1 Introduction to Aircrack-ng
27.2 Airmon-ng for Monitor Mode
27.3 Airodump-ng for Packet Capture
27.4 Aireplay-ng for Injection
27.5 Aircrack-ng for Cracking
27.6 Airbase-ng for Rogue APs
27.7 Airdecloak-ng for WEP
27.8 Using Aircrack-ng in Practice
27.9 Automation with Aircrack-ng
27.10 Limitations and Countermeasures
28. Kismet for Wireless Reconnaissance
28.1 Introduction to Kismet
28.2 Installation and Setup
28.3 Capturing Wireless Traffic
28.4 Identifying Networks and Devices
28.5 GPS Integration
28.6 Data Logging and Reporting
28.7 Analyzing Captured Data
28.8 Integration with Other Tools
28.9 Kismet Plugins
28.10 Best Practices
29. Wireshark for Wireless Packet Analysis
29.1 Introduction to Wireshark
29.2 Wireless Capture Setup
29.3 Filtering 802.11 Frames
29.4 Analyzing Handshakes
29.5 Decrypting Wireless Traffic
29.6 Protocol Analysis
29.7 Exporting Data
29.8 Automating Analysis
29.9 Troubleshooting with Wireshark
29.10 Reporting Results
30. Specialized Wireless Pentesting Tools
30.1 Overview of Popular Tools
30.2 Reaver for WPS Attacks
30.3 Bully for WPS Brute Force
30.4 Wifite for Automated Attacks
30.5 Fluxion for Social Engineering
30.6 Bettercap for MitM Attacks
30.7 Hashcat for Cracking
30.8 Linset for Phishing
30.9 Fern WiFi Cracker
30.10 Integrating Tools in Workflow
31. Wireless Phishing and Credential Harvesting
31.1 Phishing via Rogue APs
31.2 Custom Captive Portals
31.3 SSL Stripping for Credential Theft
31.4 Social Engineering via Wi-Fi
31.5 Credential Harvesting Workflow
31.6 Reporting Stolen Credentials
31.7 Mitigating Phishing Attacks
31.8 User Awareness Techniques
31.9 Automation in Phishing Attacks
31.10 Case Studies
32. Advanced Wireless Exploitation Techniques
32.1 Advanced Injection Attacks
32.2 Bypassing MAC Filters
32.3 Hidden SSID Discovery
32.4 Fragmentation and Reassembly Exploits
32.5 Advanced WPA2-Enterprise Attacks
32.6 VLAN Hopping
32.7 Exploiting Wireless Controllers
32.8 Multi-Stage Attacks
32.9 Automation and Scripting
32.10 Defense in Depth
33. Wireless Post-Exploitation
33.1 Gaining Persistent Access
33.2 Lateral Movement via Wireless
33.3 Data Exfiltration Techniques
33.4 Network Mapping
33.5 Privilege Escalation
33.6 Maintaining Stealth
33.7 Clearing Tracks
33.8 Communication Channels
33.9 Covering Exfiltration
33.10 Post-Exploitation Cleanup
34. Physical Layer Attacks
34.1 Jamming and Interference
34.2 Signal Jamming Devices
34.3 Physical Access to Devices
34.4 Antenna Manipulation
34.5 Hardware Tampering
34.6 Side-Channel Attacks
34.7 Antenna Placement Risks
34.8 Securing Physical Layer
34.9 Detecting Physical Layer Attacks
34.10 Incident Response
35. Securing Wireless Networks
35.1 Security by Design
35.2 Strong Authentication and Encryption
35.3 Disabling WPS
35.4 AP and Client Isolation
35.5 Network Segmentation
35.6 Secure Wireless Management
35.7 Firmware Updates
35.8 Disabling Unused Services
35.9 Security Monitoring
35.10 Security Policies
36. Wireless Network Hardening
36.1 Changing Default Settings
36.2 Using Strong Passwords
36.3 Disabling Broadcast SSID
36.4 Enabling MAC Filtering
36.5 Using VLANs
36.6 Limiting Signal Range
36.7 Monitoring Logs
36.8 Enabling Firewall Features
36.9 Secure Remote Management
36.10 Regular Security Assessments
37. Wireless Forensics and Incident Response
37.1 Introduction to Wireless Forensics
37.2 Evidence Collection Techniques
37.3 Wireless Log Analysis
37.4 Packet Capture for Forensics
37.5 Timeline Reconstruction
37.6 Attribution in Wireless Attacks
37.7 Chain of Custody
37.8 Forensic Tools
37.9 Incident Response Process
37.10 Reporting and Documentation
38. Wireless Network Monitoring and Auditing
38.1 Continuous Monitoring
38.2 Real-Time Alerting
38.3 Network Anomaly Detection
38.4 Auditing Wireless Configurations
38.5 Monitoring Tools Overview
38.6 Log Management
38.7 Compliance Auditing
38.8 Reporting and Metrics
38.9 Automated Auditing
38.10 Remediation Based on Audits
39. Wireless Security in the Cloud
39.1 Cloud-Managed Wireless Networks
39.2 Cloud Security Principles
39.3 Securing Cloud Wireless Controllers
39.4 Cloud Authentication Integrations
39.5 Remote Monitoring and Management
39.6 Threats to Cloud Wireless
39.7 Cloud Compliance Requirements
39.8 Incident Response in the Cloud
39.9 Data Privacy Issues
39.10 Future Trends
40. IoT Wireless Security
40.1 IoT Wireless Protocols
40.2 IoT Device Enumeration
40.3 IoT Attack Surface
40.4 IoT Device Security Assessment
40.5 Common IoT Vulnerabilities
40.6 Exploiting IoT Devices
40.7 IoT Network Segmentation
40.8 IoT Security Standards
40.9 Mitigating IoT Risks
40.10 Case Studies
41. BYOD and Wireless Security
41.1 BYOD Policy Overview
41.2 Risks in BYOD Environments
41.3 Wireless Access Control
41.4 Network Segmentation for BYOD
41.5 Device Profiling
41.6 Mobile Device Management
41.7 Enforcing Security Policies
41.8 Monitoring BYOD Devices
41.9 User Training
41.10 Incident Response for BYOD
42. Wireless Security Compliance
42.1 Compliance Overview
42.2 PCI DSS and Wireless
42.3 HIPAA and Wireless Security
42.4 GDPR and Data Privacy
42.5 NIST Guidelines
42.6 ISO 27001 and Wireless
42.7 Compliance Assessment Tools
42.8 Remediation for Compliance
42.9 Reporting Compliance Status
42.10 Audit Preparation
43. Wireless Security Risk Management
43.1 Wireless Risk Assessment
43.2 Identifying Threats
43.3 Vulnerability Analysis
43.4 Impact and Likelihood
43.5 Risk Mitigation Strategies
43.6 Risk Acceptance and Transfer
43.7 Residual Risk
43.8 Periodic Risk Review
43.9 Risk Reporting
43.10 Integrating Risk Management
44. Wireless Security Awareness and Training
44.1 Importance of Awareness
44.2 User Training Programs
44.3 Simulated Attacks
44.4 Phishing Awareness
44.5 Device Security Training
44.6 Policy Communication
44.7 Monitoring Training Effectiveness
44.8 Continuous Education
44.9 Security Culture Building
44.10 Awareness Metrics
45. Wireless Vulnerability Assessment
45.1 Assessment Planning
45.2 Scanning for Vulnerabilities
45.3 Enumerating Wireless Devices
45.4 Identifying Weak Configurations
45.5 Exploiting Vulnerabilities
45.6 Reporting Vulnerabilities
45.7 Remediation Planning
45.8 Re-Testing and Validation
45.9 Assessment Tools
45.10 Continuous Assessment
46. Wireless Penetration Testing Reporting
46.1 Importance of Reporting
46.2 Organizing Findings
46.3 Writing Executive Summaries
46.4 Technical Details
46.5 Risk Ratings
46.6 Recommendations and Remediation
46.7 Proof of Concept
46.8 Report Templates
46.9 Delivering Reports
46.10 Maintaining Confidentiality
47. Case Studies in Wireless Attacks
47.1 Historical Wireless Attacks
47.2 Corporate Wireless Breaches
47.3 Public Wi-Fi Attacks
47.4 IoT Attacks
47.5 Bluetooth Exploits
47.6 Zigbee Case Studies
47.7 NFC/RFID Exploits
47.8 Lessons Learned
47.9 Mitigation Outcomes
47.10 Best Practices
48. Emerging Trends in Wireless Security
48.1 5G Security Considerations
48.2 Wi-Fi 6 (802.11ax) Security
48.3 Artificial Intelligence in Wireless Security
48.4 Machine Learning for Threat Detection
48.5 Zero Trust in Wireless
48.6 Blockchain for Wireless Authentication
48.7 Quantum Security Implications
48.8 Future Protocols
48.9 Evolving Attack Techniques
48.10 Preparing for the Future
49. Wireless Pentesting Challenges and CTFs
49.1 Introduction to Wireless CTFs
49.2 Challenge Types
49.3 Setting up Capture-the-Flag Labs
49.4 Sample Attack Scenarios
49.5 Solving Common Challenges
49.6 Scoring and Hints
49.7 Team Collaboration
49.8 Lessons Learned
49.9 Resources for Practice
49.10 Hosting Your Own CTF
50. Capstone Project and Course Review
50.1 Capstone Project Overview
50.2 Project Planning
50.3 Defining Assessment Scope
50.4 Executing Wireless Attacks
50.5 Mitigation and Remediation
50.6 Documenting the Assessment
50.7 Presenting Findings
50.8 Course Review
50.9 Next Steps in Wireless Security
50.10 Further Learning PathsÂ