Wifi Pentesting 101
What you'll learn
- Wi-Fi technology fundamentals, including its principles, standards, and historical development.
- In-depth understanding of Wi-Fi components, such as access points, routers, and clients, and their roles in network connectivity.
- Knowledge of advanced Wi-Fi technologies like MIMO, MU-MIMO, and beamforming, and their impact on signal strength and range.
- Wireless security standards, including AES, PSK, TKIP, SSID, and BSSID, and their significance in securing Wi-Fi networks.
- Techniques for gathering information about Wi-Fi security standards and configurations for vulnerability assessment.
- Capturing and saving Wi-Fi handshakes, an essential step in various security-related activities.
- Password cracking attacks using tools like John the Ripper and Fern Wifi Cracker.
- Awareness of DOS attacks and practical experience in conducting DOS attacks using Airgeddon.
- Best practices for securing Wi-Fi networks, including configuration settings, multiple SSID management, and parental controls.
- Planning and execution of Wi-Fi security testing, including strategies for assessing vulnerabilities and implementing countermeasures.
Requirements
- Basic knowledge of computer networks and networking concepts.
- Familiarity with the TCP/IP protocol suite and network protocols.
- Understanding of basic cybersecurity principles.
- Basic knowledge of Linux
- Internet connection
Description
This comprehensive course offers an in-depth exploration of Wi-Fi technology and its various aspects. Starting with an introduction to Wi-Fi, you will gain a solid understanding of its principles, functionalities, and the historical development that has shaped its evolution.
The course delves into Wi-Fi standards, including 802.11a/b/g/n/ac/ax, providing insights into their differences, features, and capabilities. You will explore different Wi-Fi technologies like MIMO, MU-MIMO, and beamforming, understanding how they enhance data transfer speeds, signal reliability, and range.
An important aspect of the course is the examination of Wi-Fi components such as access points, routers, and clients. You will learn about their roles in establishing wireless connections and network connectivity. The course also covers Wi-Fi antennas, signal propagation, and channel allocation, shedding light on their influence on network performance.
Wireless security standards, including AES, PSK, and TKIP, will be explained, equipping you with the knowledge to implement robust security measures. You will understand the significance of SSID and BSSID in network identification and management.
With a focus on Wi-Fi hacking, the course explores the requirements for hacking Wi-Fi networks, gathering information about security standards, and capturing handshakes for further analysis. You will learn about password cracking techniques using tools like John the Ripper and Fern Wifi Cracker. Additionally, the course covers evil twin attacks using Airgeddon and Fluxion, as well as DOS attacks using Airgeddon.
The course provides valuable insights into securing Wi-Fi networks, including best practices, configuring security mechanisms like WEP, WPA, WPA2, and WPA3, setting up multiple SSIDs, changing login page credentials, and implementing access control lists (ACL). You will also explore techniques for blocking unknown devices and applying parental controls.
Furthermore, the course addresses the importance of securing Wi-Fi devices themselves and emphasizes the significance of planning and conducting Wi-Fi security testing.
By the end of this course, you will have a comprehensive understanding of Wi-Fi technology, its security aspects, and practical skills in securing, hacking, and testing Wi-Fi networks. Whether you are a network administrator, IT professional, cybersecurity enthusiast, or a student in related fields, this course will empower you with the knowledge and skills needed to navigate the complexities of Wi-Fi networks and ensure their security.
Who this course is for:
- Beginners
- Network administrators and IT professionals seeking to enhance their knowledge of Wi-Fi technology and security.
- Cybersecurity enthusiasts interested in learning about Wi-Fi hacking techniques and countermeasures.
- Students pursuing studies in computer science, information technology, or cybersecurity.
Instructor
- 4.3 Instructor Rating
- 108 Reviews
- 2,663 Students
- 1 Course
As a cybersecurity professional with expertise in Penetration Testing, Security Analysis, Content Creation, and CTF Design, I possess a diverse skill set that enables me to provide comprehensive security services to my clients. My keen attention to detail and investigative mindset allow me to identify vulnerabilities in complex systems and networks, while my experience as a Security Analyst enables me to analyze security risks and develop effective mitigation strategies. Additionally, my proficiency as a CTF Designer allows me to create engaging and challenging scenarios that test the skills of participants.
I am also a dedicated Content Creator who is passionate about sharing knowledge and expertise with others. Through my platform, I strive to educate and inform the wider community about the latest trends and techniques in cybersecurity. I am committed to staying ahead of the curve and delivering results that make a real difference to the organizations I work with. With a strong dedication to excellence, I am confident in my ability to provide valuable insights and strategies to enhance cybersecurity posture.
Experience
Cybersecurity Trainer at Cybersec
2021 — Present
Conducted cybersecurity training sessions for diverse groups of learners Developed training materials and course content to enhance learners' skills and knowledge.
Capture the Flag (CTF) Designer at Hackerats
2022 — Present
Designed engaging and challenging CTF events to improve cybersecurity skills Developed creative and innovative challenges to test participants' knowledge and abilities.
Linux Administrator
2020 — Present
Managed and maintained Linux-based systems to ensure optimal performance and security Implemented best practices for server management, maintenance, and security.
Python Project Designer
2019 — Present
Designed and implemented custom Python projects to automate processes and increase efficiency Developed solutions to meet clients' specific needs and requirements.
Server Administrator
2019 — Present
Managed and maintained servers to ensure high availability and performance Conducted regular system updates and implemented security measures to prevent cyber threats.
Pentester
2021 — Present
Performed comprehensive penetration testing to identify vulnerabilities and improve security posture Produced detailed reports outlining identified vulnerabilities and recommended remediation strategies.
Achievements
Co-founded and led the CyberSec Society at MNSUAM to promote cybersecurity awareness and education.
Mentored numerous individuals on the importance of cybersecurity, equipping them with the skills and knowledge necessary to protect themselves and their organizations.
Created almost 20 CTFs for various communities, including Hackerats, Cybrovert, and CyberSec, to challenge participants and raise awareness of cybersecurity issues among a wider audience.
Established a reputation as a respected leader in the industry through my commitment to promoting cybersecurity awareness and education.
Currently serving as a Cybersecurity Instructor at CyberSec, responsible for teaching and mentoring individuals on various cybersecurity concepts, tools, and techniques.
Actively developing my skills in Security Operations Center (SOC) and continuously learning React, a popular JavaScript library for building user interfaces.
Engaged in freelance work on cybersecurity, providing comprehensive services to clients to ensure their systems and networks are secure against potential threats.
As a CTF Designer, continue to design engaging and challenging scenarios for communities to raise awareness of cybersecurity issues and promote education on the importance of cybersecurity.
Equipped with a diverse range of skills and experiences to tackle the complex and ever-changing landscape of cybersecurity.