Network Penetration Testing by using Python

via Udemy

Go to Course: https://www.udemy.com/course/network-penetration-testing-by-using-python/

Introduction

Certainly! Here's a comprehensive review and recommendation for the Coursera course on network hacking and penetration testing: --- **Course Review and Recommendation: Network Hacking & Penetration Testing Without Tools** This Coursera course offers an in-depth exploration into the fundamental concepts of network hacking and penetration testing, all without the reliance on pre-made tools. It’s an ideal course for learners who want to understand the underlying principles of network security and hacking techniques from scratch. **Course Content & Structure** The course is thoughtfully divided into six comprehensive sections, each focusing on key areas of network security: 1. **Socket Programming & Wireshark** The course begins with the basics of socket programming, providing learners with foundational knowledge on how network connections are established. A practical introduction to Wireshark and its filtering capabilities enables students to understand network traffic analysis, an essential skill for any security professional. 2. **Scanning Techniques** In the second chapter, students learn about network scanning processes, including coding for IP scanners (ping sweep), threaded IP scanners, port scanners, and threaded port scanners. This section emphasizes hands-on coding exercises, fostering a practical understanding of how to identify live hosts and open ports. 3. **Packet Sniffing & ARP Attacks** The third chapter delves into sniffing processes across Ethernet, Network, and TCP layers. It covers critical concepts like ARP protocol and ARP spoofing attacks. Students are guided on how to create sniffers and even build intrusion detection systems, making this section invaluable for security analysis. 4. **DHCP Server Attacks** Chapter four explores DHCP and common attack vectors such as DHCP starvation. Students learn how to configure DHCP servers and develop scripts to launch attacks, giving them insights into network vulnerabilities at the DHCP level. 5. **Wireless Frame Analysis** The fifth section shifts focus to wireless networks. It demonstrates how to capture wireless frames, extract essential data like SSID, BSSID, and channel numbers, and perform de-authentication attacks and client detection. This is crucial for understanding wireless network security. 6. **Honeypot Creation & Fake Responses** The final chapter teaches the creation of honeypots, fake ARP and ICMP responses, unlisted DHCP attacks, and fake port open replies. These skills are essential for understanding deception techniques and defending against advanced attacks. **Pros** - Comprehensive coverage of core network hacking concepts without reliance on external tools. - Focus on coding and hands-on exercises enhances practical understanding. - Suitable for beginners with some networking background, as well as advanced learners interested in ethical hacking. - Designed to improve both offensive and defensive security skills. **Cons** - The absence of tools might be limiting for those looking for ready-to-use hacking tools; however, it provides a strong theoretical and coding foundation. - Advanced topics like honeypots and sophisticated attacks may require prior basic knowledge of networking. **Recommendation** I highly recommend this course for anyone interested in learning about network security, penetration testing, and hacking fundamentals. It’s especially perfect for students, IT professionals, and cybersecurity enthusiasts who want to build a strong theoretical understanding complemented by practical coding exercises. This knowledge forms a crucial base for further exploration into specialized security tools and ethical hacking certifications. **Final Verdict** A well-structured, educational, and practical course that demystifies complex network hacking concepts. Enroll today if you’re eager to understand the core principles behind network security vulnerabilities and defenses — all while learning how to write your own foundational tools for testing network security. --- Would you like me to tailor this review further for a specific audience or purpose?

Overview

The student will learn about the network hacking or penetration testing concept without any tools in this Course. The Course is divided into 6 Sections or chapters. In the first chapter, you will learn about socket programming and its concept. You will also learn about Wireshark and its filters. In the second chapter, you will learn the scanning process. The chapter includes coding IP scanners (ping sweep), threaded IP scanners, port scanners, and threaded port scanners. The Third chapter teaches you about the sniffing process. You will learn how to create the sniffers of Ethernet, Network, and TCP layers. You will also learn about ARP protocol and how to perform ARP spoofing attacks. With the help of a sniffer, you can create your Intrusion detection system. The fourth chapter deals with the DHCP server concept and its attack. You will learn how to config a DHCP server and create a program to launch a DHCP starvation attack. In the Fifth chapter, you will learn about wireless frames. You will see how to capture important information such as SSID, BSSID, and channel number from the wireless Acess Point (AP). You will learn about scanning wireless frames, de-auth attacks, and finding the client connected to AP. In the Sixth chapter, students will learn about the honeypot creation. How to give fake ARP and ICMP (ping) replies. You will learn about unlisted DHCP attacks. You will know how to send a fake port open reply or a fake three-way handshake.

Skills

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