Hacking with Bettercap Framework: Ultra Penetration, MITM
Published 1/2025
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Language: English | Duration: 7h 8m | Size: 307 MB
Published 1/2025
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Language: English | Duration: 7h 8m | Size: 307 MB
Master Bettercap for advanced penetration testing, MITM attacks, network traffic manipulation, and real-time security.
What you'll learn
Perform ARP spoofing for traffic manipulation.
Execute DNS spoofing for traffic redirection.
Intercept and modify HTTP/HTTPS traffic.
Conduct wireless sniffing and network mapping.
Exploit Bluetooth Low Energy (BLE) devices.
Automate attacks using Bettercap's caplets.
Perform MITM attacks and capture credentials.
Utilize Bettercap’s proxy and filtering features.
Execute phishing attacks with Bettercap.
Analyze WiFi network vulnerabilities.
Strip SSL and bypass HTTPS.
Manipulate TCP/UDP packets for network testing.
Pen test IoT devices with Bettercap.
Simulate attacks for proactive defense strategies.
Understand Bettercap's architecture and its use in network attacks.
Requirements
Basic understanding of networking concepts (TCP/IP, DNS, ARP, HTTP, etc.)
Familiarity with basic penetration testing principles and ethical hacking.
Knowledge of Linux-based operating systems (Ubuntu, Kali Linux, etc.).
A working laptop or computer with internet access and the ability to run virtual machines or a dual-boot system.
Familiarity with command-line interfaces (CLI) and basic terminal commands.
No prior experience with Bettercap required. You'll learn the tool and its techniques step by step.
Optional: A basic understanding of wireless networks and protocols (WiFi, Bluetooth).
No programming skills needed, but familiarity with basic scripting may be helpful for automating attacks.
Description
In the rapidly evolving landscape of cybersecurity, penetration testing, and ethical hacking, it is crucial for professionals to keep up with the latest tools and frameworks. The Bettercap Framework is one of the most advanced and versatile tools for network penetration testing and Man-in-the-Middle (MITM) attacks. This course is designed for both aspiring and experienced ethical hackers who wish to master Bettercap to perform ultra-effective security assessments and attacks on computer networks.Whether you're looking to enhance your security skills, improve network traffic analysis, or gain a deeper understanding of MITM attacks, this course provides a robust learning platform. Through hands-on demonstrations and real-world attack scenarios, you’ll learn to use Bettercap for performing deep penetration testing, intercepting data, manipulating network traffic, and exploiting various network vulnerabilities.You will gain the practical knowledge and expertise needed to launch and defend against network-level attacks using Bettercap methods. From creating custom attack strategies to performing reconnaissance on vulnerable networks, this course covers all the vital aspects of modern network security assessments.Who is This Course For?This course is perfect for:Aspiring Ethical Hackers looking to expand their toolkit with Bettercap.Security Researchers interested in the latest MITM attack techniques.Penetration Testers who want to sharpen their skills with a cutting-edge framework.Network Administrators wanting to understand how attackers infiltrate and manipulate networks.Cybersecurity Professionals interested in advanced hacking methods and penetration testing.Why Choose This Course?Bettercap is a powerful, flexible, and essential tool in the world of penetration testing and security. With a growing focus on network traffic manipulation, MITM attacks, and advanced penetration testing techniques, this course is tailored to provide you with the knowledge and skills to master these areas and apply them to real-world scenarios. By the end of this course, you’ll be equipped to execute some of the most sophisticated attack vectors in the cybersecurity world.What Will You Learn in This Course?By the end of this course, you will:Master the Bettercap Framework: Understand Bettercap’s architecture and components and how to install and configure Bettercap on Kali Linux and other platforms.Conduct Network Reconnaissance: Use Bettercap for gathering vital information about network topologies, devices, and connected systems.Perform MITM Attacks: Learn how to intercept, analyze, and manipulate communication between two parties using MITM attacks with Bettercap.Manipulate HTTP and HTTPS Traffic: Discover techniques to hijack HTTP traffic, manipulate cookies, and even intercept SSL/TLS communications.Launch Sniffing Attacks: Understand how to use Bettercap for capturing network traffic and sniffing data packets to identify vulnerabilities.Create Custom Filters and Attack Modules: Dive deep into the creation and customization of filters and modules for specific penetration testing scenarios.Bypass Security Mechanisms: Learn how to bypass modern security measures like firewalls, intrusion detection systems (IDS), and encrypted traffic protection.Exploit Weaknesses in Wireless Networks: Gain the ability to target and exploit wireless networks (Wi-Fi) using Bettercap's capabilities for wireless attacks.Analyze and Inject Malicious Traffic: Understand how to manipulate network data flows, inject malware into network traffic, and control the behavior of target systems.Simulate Real-World Attacks: Set up lab environments and simulate real-world attack scenarios like eavesdropping, session hijacking, DNS spoofing, and more.Perform Active and Passive Attacks: Learn to conduct both active and passive MITM attacks, and understand when and how to deploy each type based on the network environment.Escalate Privileges Using Network Manipulation: Explore how network-level attacks can be used to gain unauthorized access and escalate privileges.Learn Bettercap’s Scripting and Automation Features: Become proficient in scripting and automating penetration tests, reducing manual effort and enhancing attack effectiveness.Understand Post-Exploitation Techniques: Learn what to do after successful exploitation, including data extraction, persistence, and network lateral movement.Course Overview:In this course, you will be guided through Bettercap’s framework by practical demonstrations that explain each feature and its application in real-world situations. The course content is tailored to develop advanced penetration testing skills by applying MITM techniques and network manipulation strategies. We will cover both theoretical and practical aspects of Bettercap, ensuring you are well-equipped to use it in your own testing environments.The course will start by teaching you the fundamentals of penetration testing and MITM attacks, introducing you to Bettercap's architecture, installation, and basic usage. From there, we will move into advanced topics like traffic injection, session hijacking, DNS spoofing, and manipulating encrypted traffic. You will also explore various penetration testing modules of Bettercap such as HTTP/HTTPS interception, TCP/UDP sniffing, and DNS poisoning.Through hands-on exercises, you will learn how to simulate attacks, intercept communications, inject malicious payloads, and escalate your privileges using Bettercap. We will explore various penetration testing modules of Bettercap such as HTTP/HTTPS interception, TCP/UDP sniffing, and DNS poisoning.What Are the Prerequisites?This course assumes the learner has a basic understanding of penetration testing concepts and basic networking. If you are new to hacking or penetration testing, we recommend exploring introductory cybersecurity and ethical hacking resources beforehand.For practical application, you will need a computer with Kali Linux or another Linux distribution installed, and access to a virtual machine environment for safely practicing penetration tests.Why is Bettercap So Powerful?Bettercap is a comprehensive, flexible, and modular tool designed for network attacks and penetration testing. Unlike other tools, Bettercap offers a real-time, powerful MITM framework that supports a wide range of attacks, from simple network sniffing to sophisticated session hijacking and traffic manipulation. With Bettercap’s dynamic scripting capabilities, you can create custom attack modules, perform targeted attacks, and even perform post-exploitation tasks like data extraction.Whether you are auditing network security, testing Wi-Fi networks, or performing IoT security assessments, Bettercap offers all the tools you need in a single framework, providing you with maximum flexibility and power.Why Take This Course?Up-to-date Content: Learn the latest techniques in penetration testing using Bettercap, a widely used and continually updated tool.Hands-on Experience: This course is filled with real-world examples and hands-on exercises, ensuring you are not just learning theory but applying it as well.Comprehensive Coverage: From MITM attacks to traffic manipulation, this course covers the most powerful aspects of Bettercap.Flexible Learning: Learn at your own pace with lifetime access to course materials, quizzes, and lab setups.By the end of this course, you’ll be a confident Bettercap user, fully equipped to perform comprehensive network penetration tests, successfully execute MITM attacks, and manipulate network traffic with precision and expertise.This course is a complete learning pathway to mastering Bettercap and becoming proficient in one of the most sought-after skill sets in cybersecurity. Whether you're a seasoned professional or just beginning your ethical hacking journey, this course will elevate your penetration testing skills to the next level.
Who this course is for
Ethical hackers, penetration testers, and cybersecurity enthusiasts looking to deepen their skills in advanced man-in-the-middle (MITM) attacks and network manipulation using Bettercap.
Intermediate to advanced security professionals who want to learn how to execute real-world network-based attacks, perform sniffing, spoofing, and traffic injection.
Anyone interested in mastering modern network hacking tools, focusing on practical applications in penetration testing, red teaming, and vulnerability assessment.