Cybersecurity Network Mastery: Ethical Hacking & Penetration Testing
What you will learn:
- Master the fundamentals of networking and network security.
- Implement robust network security measures and protocols.
- Gain proficiency in ethical hacking techniques and penetration testing.
- Develop essential skills for vulnerability assessment and threat mitigation.
- Learn to utilize industry-standard tools for network security analysis.
Description
Dive deep into the world of cybersecurity with our comprehensive course, 'Cybersecurity Network Mastery: Ethical Hacking & Penetration Testing.' This course empowers you to become a skilled network security professional by providing in-depth knowledge of network fundamentals, advanced security techniques, and hands-on ethical hacking practices.
From the basics of networking to complex security protocols, you'll explore key concepts like network protocols, IP addressing, subnetting, and the OSI model. Gain practical experience with essential tools like Nmap, Wireshark, and Metasploit, mastering vulnerability assessments and penetration testing techniques.
Our expert instructors guide you through real-world scenarios, equipping you to identify and mitigate security threats effectively. Whether you're an aspiring ethical hacker, a cybersecurity enthusiast, or a seasoned professional, this course will elevate your skillset and prepare you for a rewarding career in cybersecurity.
Curriculum
Networking Fundamentals
Start your journey with a solid foundation in networking fundamentals. Explore the 'Introduction' to the course, followed by a guide on 'Lab Setup' to ensure you have the right environment for practice. Gain an understanding of the 'Basics of Networking' and learn about the 'Goals of Network Security,' setting the stage for your cybersecurity journey. Dive deeper into the world of 'Network Protocols' and understand how they govern communication, including the importance of the '3-way Handshake' for secure connections. You'll then explore the 'OSI model' and its layers, providing a framework for understanding network communication.
The section concludes with a comprehensive look at 'IP addresses' and their role in network addressing, followed by 'Subnetting' for efficient network management. Learn about 'MAC Addresses' and their significance, and delve into the core concepts of 'DHCP' for dynamic address allocation and 'DNS' for domain name resolution. Finally, explore key technologies like 'SNMP' for network management, 'ARP' for address resolution, and 'Wi-Fi' for wireless communication. Test your knowledge with a comprehensive 'Quiz' to solidify your understanding.
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