- 1.01-introduction
- 1.02-introduction-overview
- 2.01-wireless-intro
- 2.02-wireless-intro-part2
- 3.01-wifi-basics-wifi-intro
- 3.02-wifi-basics-wifi-intro-2
- 3.03-wifi-basics-wifi-concepts
- 3.04-wifi-basics-wifi-concepts-2
- 3.05-wifi-basics-wifi-concepts-3
- 3.06-wifi-basics-wifi-phylayers
- 3.07-wifi-basics-wifi-phylayers-2
- 3.08-wifi-basics-promiscuous-and-monitor
- 4.01-security-intro
- 4.02-security-intro-part2
- 4.03-security-intro-part3
- 4.04-security-intro-part4
- 6.01-wifi-security-intro
- 6.02-wifi-security-wep
- 6.03-wifi-security-wep-part2-R1
- 6.04-wifi-security-wep-part3-R1
- 6.05-wifi-security-wpa-R1
- 6.06-wifi-security-dot1x-R1
- 6.07-wifi-security-wpa2-R1
- 6.08-wifi-security-psk-enterprise-modes-R1
- 6.09-wifi-security-wps-R1
- 7.01-equipment-intro
- 7.02-equipment-intro2
- 7.03-equipment-intro3
- 7.04-kali-linux-wireless-tools
- 7.05-using-kali-linux-iw
- 7.06-monitor-mode-airmon
- 7.06a-monitor-mode-wireshark
- 7.06b-monitor-mode-wireshark-airodump
- 7.07-injection-testing
- 7.08-injection-testing-2
- 8.01-wep-passive-attacks
- 8.02-wep-attacks-passive-part2
- 8.03-wep-attacks-passive-wireshark
- 8.04-wep-attacks-active
- 8.05-wep-attacks-active-fragmentation
- 8.05a-wep-attacks-fragmentation-wireshark
- 8.06-wep-isolated-client
- 8.07-wep-cafe-latte-demo
- 8.08-wep-cafe-latte-and-hirte
- 9.01-wps-reaver-part1
- 9.02-wps-reaver-part2
- 9.03-wps-reaver-part3
- 10-10.hashcat-ec2
- 10.01-wpa-and-wpa2-psk
- 10.01a-wpa-and-wpa2-psk-contd
- 10.02-wpa-and-wpa2-psk-demo
- 10.03-wpa-and-wpa2-psk-demo2
- 10.04-wpa-and-wpa2-psk-wordlists
- 10.04a-wpa-and-wpa2-deauth
- 10.05-wpa-and-wpa2-psk-isolated-clients
- 10.06-wpa-and-wpa2-psk-isolated-clients-demoR1
- 10.07-hashcat-motivation
- 10.07a-hashcat-intro
- 10.08-wpa-and-wpa2-psk-hashcat-demo
- 10.09-wpa-and-wpa2-psk-hashcat-demo-part2
- 10.11-hashcat-ec2-part2
- 10.12-hashcat-ec2-part3
- 10.13-hashcat-ec2-part4
- 11.01-social-fluxion-intro
- 11.02-social-fluxion-demo
- 11.03-social-fluxion-demo-part2
- 11.04-social-fluxion-demo-part3
- 12-01-conclusions
- 12.02-conclusions-part2
What you'll learn
- Perform WiFi assessments based on commonly known vulnerabilities, exploits and hacking methods
- Gain a better understanding into the world of ethical hacking
- Better understand signal frequency
Description
This course aims to teach student's how to perform tasks of an ethical hacker/penetration tester specifically from a WiFi hacking perspective. Little to no prior knowledge is required for this course, however knowing a few Linux commands would be beneficial. The course covers the entire process of WiFi based ethical hacking from a professional penetration testers point of view.
The first set of lectures allows the student to understand what WiFi is and how it works from a technical perspective as well as it's history and associated weaknesses.
The course then looks into the various exploitation techniques a hacker would use and accompanies detailed demonstrations of how to find and exploit such issues. The course also covers potential pitfalls that an ethical hacker may encounter when trying to hack specific encryption levels of WiFi as well as how to combat such issues.
Finally the course concludes with different tools and methods that can be used to break encryption keys to ensure the greatest likelihood of success.
Students also bought
Información sobre el Instructor

- 4.08 Calificación
- 59985 Estudiantes
- 5 Cursos
TWR Internet Solutions Ltd
Providing high quality, affordable material
TWR Internet Solutions Ltd was formed as part of a collaboration of experts specialising in networking, forensics, programming and ethical hacking. The team each have over ten years experience in their specific fields, the company belief is to provide affordable training of a high standard to help aid people from all backgrounds in getting into specialist fields of computing.
Student feedback
Course Rating
Reviews
amazing experience.
SI













