
Explore bypassing antivirus and firewall on up-to-date Windows systems, examine undetectable malware, bind payloads, and maintain access.
Outline a crash course on undetectable malware concepts, building payloads, and deploying tools across Gardley Linux, including binding payloads to image files and maintaining persistence.
Outline prerequisites for the course, including prior hacking experience, information gathering, Linux knowledge, the distinction between payload and exploit, plus Kali Linux and a crash course on mechanized flight framework.
Explore the Metasploit framework for penetration testing, from information gathering and scanning to building attack trees and exploiting systems with payloads.
Learn to set up Metasploit in Kali Linux, configure the database and schema, start the MSF console, and create a simple payload for penetration testing.
Explore how exploits and payloads work together in the framework, using auxiliaries like scanners to identify services and gain access after information gathering and scanning.
Create a simple payload with msf venom, configure host and port, generate an exe, and test antivirus detection while setting up a msfconsole handler.
Test a created payload on a Windows machine to assess reverse shell feasibility, observe Windows Defender detection, and discuss future undetectable payloads.
Discover how the Veil 3.0 framework bypasses devices and defenders, creates multi-language payloads, and changes signatures to remain undetectable by antivirus software.
Demonstrate installation and setup of Veil 3.0 framework, including dependencies and troubleshooting, to prepare for creating evasion tools and payloads.
Learn how to create a simple payload with Veil, using Vision and Ordnance tools, and examine how to minimize antivirus detection via payload options and handlers.
Explore advanced payload creation with Veil, including shellcode types, encoding, and signature customization. Learn how these techniques are applied in a controlled security context to understand malware evasion.
Explore advanced payload creation with Veil Part 2, focusing on encoders and bad characters to alter payload signatures and improve stealth.
Explore installing py2exe on windows to compile payloads that aim to be undetectable by anti-virus, and begin the setup of required components to build and run a payload.
Discover how to create and compile a Windows payload with py2exe, deploy it to a Windows host, and verify a session using msf console and a handler.
Bind a payload to a jpg image using an SFX archive, customize the icon to resemble an image, and test the setup across machines.
Examine how changing file extensions can disguise a payload and test payload behavior on Windows 10, including deploying beyond a local network using public IP.
Explore port forwarding to reach a device outside your network by mapping a router port to a local IP, enabling traffic to reach the attacker machine.
Generate a payload using a public IP and port, then start a handler to establish a Windows session and move the payload to a Windows machine.
Interact with a meterpreter session to inspect a victim's Windows 10 machine, post attack, list processes and directories, view files, and capture screenshots.
Explore post-attack usage of meterpreter to upload and download files on a victim machine, and learn techniques to sustain and maintain access after a reboot.
Learn how to establish a persistence connection so the session automatically reopens after a victim machine restarts, by injecting a payload and maintaining access.
Verify reliable sources and avoid unknown sites to defend against malware attacks. Check file sizes and scan downloaded files, then verify hashes against the site-provided values.
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In this course, you will learn how modern malware techniques work from an ethical hacking and cybersecurity research perspective. The focus of this training is to understand how attackers operate so that security professionals can better detect, analyze, and defend against these threats.
We will start by demonstrating how security researchers build and analyze malware samples in controlled lab environments. You will see how payloads can be embedded into files and how these techniques are studied during penetration testing and red team exercises.
Next, we will explore how attackers attempt to compromise fully updated and patched systems. These demonstrations are performed strictly in isolated testing environments to help students understand real‑world attack methodologies and how organizations can defend against them.
The course will also cover the important phase of post‑exploitation and maintaining access, showing how security testers simulate persistence techniques during authorized penetration tests.
Throughout the course, we will examine how modern security solutions such as antivirus, firewalls, and endpoint protection systems attempt to detect malicious activity. By understanding these mechanisms, students will gain valuable insights into both offensive security techniques and defensive strategies.
Disclaimer
Important: All demonstrations in this course are performed in controlled lab environments and are intended strictly for educational and defensive cybersecurity purposes. Students must follow all applicable laws and ethical guidelines. Unauthorized interception of data, attacks on networks, or use of these techniques on systems without permission is strictly prohibited.