A corporate training program where you will identify vulnerabilities in wireless networks and learn up-to-date attack techniques through hands-on practice!
The Power Behind Industry Leaders
About Training
Wireless Network Security and Penetration Testing Training is a corporate training program supported by lab environments, focusing on vulnerabilities in wireless technologies and protocols used in corporate networks. It covers security weaknesses in encryption standards and provides comprehensive information on applicable methods to strengthen defenses against such attacks.
Throughout the training, participants are equipped with practical skills to apply up-to-date attack techniques using the latest software, tools, trends, and technologies targeting wireless networks.
By the end of the program, participants will have gained the knowledge to conduct WLAN security audits and understand how to prevent wireless attacks, identify potential risks, detect incidents, and collect relevant information.
The training is delivered online with lab support between 10:00 AM and 5:00 PM on weekdays, completed over 3 days, and participants receive a wet-signed Privia Security certificate of completion.
Prerequisites for Training
Participants are expected to possess certain foundational competencies to ensure they can successfully complete the training. These prerequisites are as follows:
Basic knowledge of information security
Basic understanding of TCP/IP protocols
Experience in network security (Optional)
Basic knowledge of penetration testing/ethical hacking concepts (Optional)
Who Should Attend the Training?
Our corporate training program is designed for professionals who want to learn the most up-to-date and effective techniques in wireless network security.
Information security specialists
Cybersecurity professionals
Web administrators
Network and IT security personnel
Law enforcement officers
Curriculum
- 3 Sections
- 72 Lessons
- 3 Days
- 1. Day | Introduction to Wireless Networks24
- 1.1– Open Authentication
- 1.2Authentication Types in Wireless Networks
- 1.3– Connecting to WPA-Protected Networks
- 1.4– Connecting to WEP-Protected Networks
- 1.5– Discovering Wi-Fi Networks in the Environment
- 1.6Using Wireless Networks with Linux/Windows OS
- 1.7Wireless Network Technologies
- 1.8Definitions
- 1.9– AP / Station, MAC, Frame, Beacon, SSID, BSSID, Channel Numbers, Authentication, Association, WEP, WPA, EAP, TKIP, WPA2
- 1.10Types of Wireless Networks
- 1.11Wireless Network IEEE Standards (802.11 Family)
- 1.12Frame Structures
- 1.13– Beacon Frame
- 1.14– Probe Request Frame
- 1.15– Probe Response Frame
- 1.16– Authentication Frame
- 1.17– Association Request Frame
- 1.18– Authentication Response
- 1.19– Disassociation Frame
- 1.20– Deauthentication Frame
- 1.21– Reassociation Request Frame
- 1.22– Reassociation Response Frame
- 1.23– Data Frame
- 1.24– Control Frame
- 2. Day | Wireless Network Security Test (Wireless Pentest)24
- 2.1Access Point (AP) Management Interface Vulnerabilities
- 2.2WEP Encryption Weaknesses
- 2.3– TMAC
- 2.4– Macchanger
- 2.5Bypassing MAC Address Filtering
- 2.6Wireless Network Sniffing
- 2.7– Attacks targeting wireless network users
- 2.8– Attacks targeting wireless networks
- 2.9– Hardware vulnerabilities in wireless equipment
- 2.10Wireless Network Vulnerabilities
- 2.11– Software and protocol vulnerabilities in wireless networks
- 2.12– Wireshark
- 2.13– Cain and Abel
- 2.14– Kismet
- 2.15– Reading device characteristics of wireless equipment in the environment
- 2.16– NetStumbler
- 2.17Discovery Tools
- 2.18– Discovering MAC and IP addresses of clients
- 2.19– Identifying connected Wi-Fi clients
- 2.20Passive Discovery Techniques
- 2.21– Monitoring nearby Access Points (APs)
- 2.22– Monitoring WLAN-connected clients
- 2.23Active Discovery Techniques
- 2.24– Revealing hidden networks (Hidden SSIDs)
- 3. Day | Encryption Techniques in Wireless Networks24
- 3.1– Cowpatty
- 3.2– John the Ripper
- 3.3– Aircrack
- 3.4– Pyrit
- 3.5Extracting passwords from handshake packets using:
- 3.6Capturing 4-way handshake packets
- 3.7WPS structure and PIN cracking
- 3.8Protocol analysis
- 3.9Discovering WPA/WPA2-supported networks
- 3.10Methods for infiltrating WPA/WPA2 networks
- 3.11– CCMP, AES structures
- 3.12Working principle of WPA2
- 3.13– Working principle of WPA
- 3.14– TKIP, HMAC, PSK structures
- 3.15WPA / WPA2
- 3.16– Korek attack
- 3.17– Brute Force attack
- 3.18– FMS attack
- 3.19– Discovering WEP-supported networks
- 3.20– Interpreting WEP-encrypted traffic with Wireshark
- 3.21– Encryption techniques: RC4, XOR, IV
- 3.22– Working principle of WEP
- 3.23WEP (Wired Equivalent Privacy)
- 3.24Attack methods:
