PEN540 – Wireless Pentesting and Network Exploitation
PEN540 – Wireless Pentesting and Network Exploitation introduces students to all manner of reconnaissance, scanning, enumeration, exploitation and reporting for 802.11 networks.
The lab topics expose students to a variety of survey, database creation, scripting, and attack methods that can be used to gain a foothold in to a client’s network during a penetration test.
Penetration testers looking to broaden their overall penetration testing skill set, wireless engineers, system administrators and developers.
Provide in-depth exposure to all facets of 802.11 penetration testing, encryption cracking, post-exploitation pillaging and report writing.
- Students will learn how to conduct wireless penetration tests using open source tools against 802.11 a/b/g/n networks. In addition, students will identify characteristics and common vulnerabilities associated with WiFi.
- Students will learn to use open source tools and hardware to conduct both mobile and static 802.11 a/b/g/n surveys. Planning and executing surveys will be covered in depth as well as data management and database management techniques.
- Students continue their use of Kismet and Airodump-ng to conduct mobile surveys, database the information and create .kml files in order to visualize survey data. Students are then exposed to an in-depth discussion on advanced encryption security processes followed by learning how to use open source tools to exploit the security process.
- Building on the skills learned in the first three days, the students will learn how to conduct Man-in-the-Middle attack using easycreds and a fake access point. Students will learn how to conduct various types of attacks, traffic capture, and credential harvesting once a victim connects.
- The last day of the course comprises a full-spectrum WiFi penetration test that the students must scope, plan and conduct. Final exercise serves to replicate a variety of network hardware, services and configurations, target website for recon, with multiple WiFi access points and clients using a variety of security mechanisms as provided.