Antivirus Evasion - Process Injection and Migration from Udemy

This course provides a comprehensive study of process injection and process migration techniques, essential for understanding advanced malware behavior and penetration testing. Participants will explore how attackers use these techniques to execute malicious code, bypass security measures, and evade detection.

The course covers a range of key techniques, including Classic Process Injection, Process Hollowing, Unhooking AV Hooks, and Unhooking AV ntdll.dll using PerunsFart. These methods allow attackers to stealthily manipulate and hijack legitimate processes. Students will also learn advanced concepts such as Section Mapping, where memory regions are manipulated for stealthy code execution, and Thread Context manipulation to hijack thread execution.

Additionally, participants will explore Asynchronous Procedure Calls (APCs), which allow attackers to queue code execution within a target process, adding to their toolkit of stealth techniques. Emphasis will be placed on understanding how these techniques are used in real-world attacks and how defenders can detect and mitigate them.

Through hands-on labs and case studies, students will gain practical experience in both the offensive use of these techniques and defensive measures, such as behavioral monitoring and memory analysis. The course will also explore detection strategies using modern tools and methodologies like advanced endpoint detection and response (EDR) systems.

By the end, participants will have a deep understanding of process injection and migration, equipping them to defend against these sophisticated attack methods.

Prerequisites: Basic knowledge of operating systems, programming, and cybersecurity fundamentals.

What's inside

Learning objectives

Ethical hacking
Installing kali linux & windows virtual machines
Crafting undetectable payloads that bypasses a fully upto date windows defender antivirus using metasploit shellcode, c# codes and c++ e.t.c

Cyber security
Process injection & migration
Antivirus solution evasion

Ethical hacking
Installing kali linux & windows virtual machines
Crafting undetectable payloads that bypasses a fully upto date windows defender antivirus using metasploit shellcode, c# codes and c++ e.t.c
Cyber security
Process injection & migration
Antivirus solution evasion

Syllabus

Course Prelude

Introduction

Antivirus Evasion - Process Injection and Migration - Resources

https://terabox.com/s/1wJrUTPEZskxqXSZb_Yo59g

Traffic lights

Read about what's good

what should give you pause

and possible dealbreakers

Explores process injection and migration techniques, which are crucial for understanding advanced malware behavior and enhancing penetration testing skills

Covers techniques like Classic Process Injection and Process Hollowing, which are actively used by attackers to bypass security measures and evade detection

Includes hands-on labs and case studies, providing practical experience in both offensive and defensive strategies against process injection and migration attacks

Requires basic knowledge of operating systems, programming, and cybersecurity fundamentals, suggesting it is designed for those with some existing technical proficiency

Teaches unhooking AV ntdll.dll through PerunsFart, which may be a dated technique, as antivirus solutions are constantly evolving

Reviews summary

Advanced av evasion & process injection

According to students, this course offers a deep dive into Antivirus Evasion techniques, specifically focusing on Process Injection and Migration. Learners praise the detailed explanations of core methods like Hollowing and Section Mapping. The hands-on labs and practical demos are highlighted as particularly valuable for reinforcing concepts and gaining real-world applicable skills. Some reviews note that a solid background in programming and operating systems is strongly recommended to fully grasp the material, suggesting it's best suited for those with existing technical proficiency. The coverage of advanced topics such as AV unhooking is seen as a significant strength.

Assumes background in programming/OS.

"You definitely need a solid grasp of C/C++ before starting."

"Basic OS knowledge is a must, not just 'basic'."

"Found it challenging without a strong programming background."

"Recommended for those with intermediate technical skills."

Covers advanced AV bypass techniques.

"The unhooking section was particularly valuable and hard to find elsewhere."

"Learning about PerunsFart was a unique addition."

"Helped demystify AV evasion techniques."

"Found the unhooking module very informative."

Labs reinforce theoretical concepts.

"The hands-on labs were crucial for understanding how this works in practice."

"Building the payloads myself really solidified the concepts."

"Seeing the demos live was super insightful."

"The lab exercises provided excellent practical experience."

Applicable to current cybersecurity threats.

"The techniques covered are highly relevant to modern malware."

"Helped me understand how EDR systems work and can be bypassed."

"Practical skills I can use in penetration testing."

"Directly applicable knowledge for my cybersecurity role."

Explains process injection methods deeply.

"The course goes into great detail on process hollowing and section mapping."

"Really breaks down the mechanics of classic injection."

"Understanding the nuances of APC injection was very helpful."

"I found the explanations of the different injection methods very thorough."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Antivirus Evasion - Process Injection and Migration with these activities:

Review Operating System Internals

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Reinforce your understanding of how operating systems function, as process injection heavily relies on manipulating OS-level processes and memory.

Browse courses on Operating Systems

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Review process management concepts.
Study memory management techniques.
Understand thread execution and context switching.

Practice C# Programming

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Sharpen your C# programming skills, as C# is frequently used to create payloads and perform process injection in Windows environments.

Browse courses on C# Programming

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Write programs that manipulate memory.
Practice creating and managing threads.
Review DLL injection techniques.

Read 'Windows Internals, 7th Edition'

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Gain a deeper understanding of Windows internals to better grasp the underlying mechanisms of process injection.

View Melania on Amazon

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Read chapters on process and thread management.
Study memory management and virtual memory concepts.
Review the section on security mechanisms.

Four other activities

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Follow Process Injection Tutorials

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Enhance your practical skills by following step-by-step tutorials on implementing various process injection techniques.

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Find tutorials on classic process injection.
Implement process hollowing from a tutorial.
Test your code in a safe, isolated environment.

Implement a Basic Process Injector

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Solidify your understanding by building your own process injector from scratch, applying the concepts learned in the course.

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Choose a target process for injection.
Write code to allocate memory in the target process.
Copy shellcode into the allocated memory.
Create a remote thread to execute the shellcode.

Write a Blog Post on Antivirus Evasion

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Deepen your understanding and share your knowledge by writing a blog post explaining different antivirus evasion techniques.

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Research different evasion methods.
Outline the structure of your blog post.
Write clear and concise explanations.
Include code examples and diagrams.

Read 'Practical Malware Analysis'

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Learn how malware analysts dissect and understand process injection techniques used by malicious software.

View Practical Malware Analysis: The Hands-On Guide... on Amazon

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Read chapters on dynamic malware analysis.
Study techniques for identifying injected code.
Practice analyzing real-world malware samples.

Career center

Learners who complete Antivirus Evasion - Process Injection and Migration will develop knowledge and skills that may be useful to these careers:

Malware Analyst

The role of a Malware Analyst involves dissecting and understanding malicious software to develop effective defenses. This course is highly relevant to this role, as it provides a comprehensive study of process injection and process migration techniques commonly used in advanced malware. By learning how attackers use classic process injection, process hollowing, and other stealthy methods to execute malicious code, a Malware Analyst can gain critical insights into malware behavior. Hands-on labs and case studies, along with the exploration of detection strategies using modern tools like EDR systems, ensure you are well prepared to analyze and combat sophisticated malware threats.

See salaries and explore the career path for Malware Analyst

Red Team Operator

Red Team Operators simulate real-world attacks to test an organization's security defenses. This course is directly aligned with the responsibilities of a Red Team Operator by providing in-depth knowledge of process injection and migration techniques. Learning how to craft undetectable payloads, bypass antivirus solutions, and evade detection is crucial for a team member to effectively assess security vulnerabilities. Red Team Operators need to master the advanced evasion methods covered in this course to conduct thorough security assessments and help organizations improve their defenses.

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Reverse Engineer

Reverse Engineers analyze software or hardware to understand its inner workings, often to identify vulnerabilities or malicious functionality. This course is highly beneficial for Reverse Engineers, offering a deep dive into process injection and migration techniques that are key to understanding advanced malware. By exploring methods like section mapping, thread context manipulation, and asynchronous procedure calls, a Reverse Engineer can gain critical insights into how malware operates. The hands-on labs and case studies, focusing on both offensive and defensive measures, will improve your ability to dissect and analyze complex software.

See salaries and explore the career path for Reverse Engineer

Penetration Tester

A Penetration Tester simulates cyber attacks on computer systems, networks, or applications to find security vulnerabilities. This course directly supports the role of a Penetration Tester by providing in-depth knowledge of process injection and migration techniques, which are crucial for understanding how attackers bypass security measures. Learning to craft undetectable payloads and evade antivirus solutions using methods such as classic process injection, process hollowing, and unhooking techniques can significantly enhance a tester's ability to discover and exploit weaknesses in systems. You'll gain an advantage by mastering these advanced evasion methods, which are essential for conducting thorough security assessments and protecting organizations from sophisticated threats.

See salaries and explore the career path for Penetration Tester

Exploit Developer

Exploit Developers create code that takes advantage of vulnerabilities in software or systems. This course helps you by providing a comprehensive study of process injection and process migration techniques, which are essential for developing advanced exploits. By learning how to craft undetectable payloads, bypass security measures, and evade detection using methods like classic process injection and unhooking techniques, exploit developers can create more effective and stealthy exploits. The hands-on labs and case studies provide practical experience in both the offensive use of these techniques and defensive measures.

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Incident Responder

An Incident Responder investigates and manages security incidents to minimize their impact on an organization. This course directly supports the role of an Incident Responder by providing a deep understanding of process injection and migration techniques used in advanced attacks. It helps you to quickly identify and analyze security breaches. Knowing how attackers bypass security measures and evade detection is crucial for effectively responding to incidents and preventing further damage. By learning how to detect and mitigate these techniques, you will be better equipped to handle sophisticated cyberattacks and protect your organization.

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Vulnerability Researcher

A Vulnerability Researcher identifies and analyzes weaknesses in software and systems to help improve security. The hands-on approach will allow you to explore process injection and process migration, which are commonly exploited by attackers, and this makes the course highly relevant. By learning how attackers leverage techniques like process hollowing, unhooking AV hooks, and section mapping, you will be better equipped to discover and understand vulnerabilities in software. The course's focus on both offensive and defensive measures provides a balanced approach, helping you develop effective strategies for finding and mitigating vulnerabilities.

See salaries and explore the career path for Vulnerability Researcher

Security Analyst

A Security Analyst monitors and analyzes security events to detect, prevent, and respond to cybersecurity threats. This course helps Security Analysts by deepening their understanding of advanced malware behavior and evasion tactics. By exploring process injection, process migration, and techniques like section mapping and asynchronous procedure calls, you will improve your ability to identify and analyze malicious activity. Knowledge of how attackers bypass security measures and evade detection is invaluable for enhancing threat detection capabilities and protecting organizations from cyberattacks. The course's focus on behavioral monitoring and memory analysis directly aligns with the responsibilities of a Security Analyst, making you better equipped to defend against sophisticated threats.

See salaries and explore the career path for Security Analyst

Cybersecurity Engineer

Cybersecurity Engineers design, implement, and manage security systems to protect an organization's digital assets. This course provides you with critical knowledge of how attackers evade security measures, which is essential for building robust defenses. By understanding process injection, process migration, and techniques like unhooking AV hooks, you can design systems that are more resistant to sophisticated attacks. Hands-on experience with offensive and defensive measures, along with the exploration of detection strategies, directly contributes to the skills needed to engineer effective cybersecurity solutions. A Cybersecurity Engineer benefits from this course which focuses on understanding the intricacies of modern cyber threats.

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Security Architect

Security Architects design and oversee the implementation of security infrastructure to protect an organization's assets. This course enhances the skills of a Security Architect by providing a deep understanding of advanced attack techniques, such as process injection and migration, which are critical for building robust defenses. By learning how attackers bypass security measures and evade detection, a Security Architect can design systems that are more resilient to sophisticated threats. Knowledge of methods like asynchronous procedure calls and thread context manipulation helps create more secure architectures.

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Cloud Security Engineer

Cloud Security Engineers specialize in securing cloud-based systems and data. This course helps you by providing a deeper understanding of process injection and process migration techniques, which can be used to compromise cloud environments. By learning how attackers use methods like asynchronous procedure calls and thread context manipulation to evade detection, you can design and implement more effective security measures. The knowledge gained in this course is valuable for securing cloud infrastructure and protecting against sophisticated cloud-based attacks.

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Security Consultant

A Security Consultant advises organizations on how to improve their cybersecurity posture and protect against threats. This course provides depth and breadth of knowledge related to process injection and migration techniques, which are essential for understanding how attackers bypass security measures. By gaining expertise in these techniques, along with hands-on experience in both offensive and defensive measures, you can offer valuable insights to clients seeking to enhance their security. You will be able to assess vulnerabilities related to these attack methods and recommend effective strategies for mitigation, making you a more effective consultant.

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Application Security Engineer

Application Security Engineers focus on securing software applications by identifying and addressing vulnerabilities. This course is be useful for Application Security Engineers by providing insights into process injection and migration techniques that can be used to compromise applications. Knowledge of how attackers use methods like process hollowing and section mapping to inject malicious code can help Application Security Engineers better understand and mitigate these types of threats. The course's focus on both offensive and defensive measures gives you a comprehensive view of application security.

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Information Security Manager

An Information Security Manager oversees an organization's security programs and policies. This course may equip Information Security Managers with a better understanding of advanced attack techniques, such as process injection and migration, which is essential for making informed decisions about security strategies. By learning how attackers bypass security measures and evade detection, an Information Security Manager can better assess risks and implement effective security policies. Knowledge of methods like unhooking AV hooks and section mapping helps create more secure environments.

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Digital Forensics Analyst

A Digital Forensics Analyst investigates computer systems and digital media to uncover evidence for legal or investigative purposes. This course may provide Digital Forensics Analysts with a good background on process injection and process migration techniques. Understanding these techniques is valuable for identifying and analyzing malware infections and other security incidents. Knowledge of methods like asynchronous procedure calls and thread context manipulation can help in reconstructing timelines of events and identifying the actions of attackers.

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Reading list

We've selected two books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Antivirus Evasion - Process Injection and Migration.

Practical Malware Analysis

Save

Provides a comprehensive guide to malware analysis techniques. It covers static and dynamic analysis methods, which are essential for understanding how malware uses process injection and migration. It is more valuable as additional reading to understand the defensive side. This book is commonly used by security analysts and incident responders.

Practical Malware Analysis: The Hands-On Guide to...

Paperback

Practical Malware Analysis: The Hands-On Guide to...

Kindle Edition

Antivirus Evasion - Process Injection and Migration

What's inside

Learning objectives

Syllabus

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Reviews summary

Advanced av evasion & process injection

Activities

Career center

Reading list

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