Offensive Security Wireless Professional
Table Of Contents
What is this certificate about?
The Offensive Security Wireless Professional (OSWP) certification is a specialized credential for professionals aiming to master the art of wireless security. Offered by Offensive Security, renowned for its practical and hands-on approach to cybersecurity training, the OSWP certification focuses specifically on wireless network penetration testing.
Learning Objectives
The OSWP certification equips individuals with the skills and knowledge to navigate the complexities of wireless networks. Key learning objectives include:
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Wireless Concepts: Understanding fundamental wireless networking concepts, protocols, and standards.
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802.11 Security: Exploring the security mechanisms and vulnerabilities associated with the 802.11 family of protocols.
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Wireless Reconnaissance: Learning techniques to discover and gather information about wireless networks, including SSID enumeration and signal strength analysis.
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Packet Capture and Analysis: Mastering the art of capturing and analyzing wireless network traffic to identify vulnerabilities and potential attack vectors.
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WEP and WPA/WPA2 Cracking: Developing proficiency in exploiting weaknesses in WEP-encrypted networks and understanding the challenges involved in cracking WPA/WPA2 encryption.
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Evil Twin and Rogue Access Points: Exploring tactics for creating rogue access points to manipulate and compromise wireless connections.
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Client-Side Attacks: Understanding methods to exploit vulnerabilities on wireless client devices and gain unauthorized access.
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WLAN Security Best Practices: Implementing and advising on best practices for securing wireless networks against common threats.
The OSWP certification is highly regarded in the cybersecurity industry for its hands-on nature, requiring candidates to demonstrate practical skills in a live lab environment. By achieving the OSWP certification, professionals validate their expertise in wireless security, making them well-equipped to assess and secure wireless networks in various real-world scenarios.