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Ajin Deepak

Hello all,

Welcome to the Arm assembly for Hackers course. This is a short course on the basic instructions in the arm architecture .This course can help you build a strong foundation on arm instructions for helping you in Reverse engineering / Exploit development in the arm platform. Arm devices are now becoming more and more popular now a days .Today ,even in IOT devices arm based processors are used  so its important to learn about some basic security principles .

Read more

Hello all,

Welcome to the Arm assembly for Hackers course. This is a short course on the basic instructions in the arm architecture .This course can help you build a strong foundation on arm instructions for helping you in Reverse engineering / Exploit development in the arm platform. Arm devices are now becoming more and more popular now a days .Today ,even in IOT devices arm based processors are used  so its important to learn about some basic security principles .

This course covers from almost all the basic instructions in the armv6 .This is enough to reverse engineer Android apps and to perform Binary exploitation in the arm platform .we will walk through all the basic instructions step by step we will not only be explaining these instructions through the slides we will debugging the instructions in gdb so that you guys will get a visual representation and analyzing these instructions line by line in order to get a strong hold in grasping it .After taking this course you can move on arm exploitation very easily this would also help you if you want reverse native android apps .This course has a 30 day refund policy so even if you dont like this course you can just surely get your money 100%.

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What's inside

Learning objective

Arm assembly

Syllabus

Introduction to the course
Introduction
In this section we will looking how to install the labs
Lab Setup
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In this section we will looking into a brief introduction to arm
About ARM
Registers in ARM
In this section we will learning basic arm instructions
Mov instruction
Add instrution
Sub instruction
Mul instruction
Load instruction
Store instruction
Load and store instruction 0x1
Load and store instruction 0x2
Load multiple and store multiple instruction 0x1
Load multiple and store multiple instruction 0x2
Conditional branching
CMP and Conditional Execution
Push and Pop
Functions
Loops
Thank and further study
Thank you

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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 Arm assembly for Hackers with these activities:
Review Assembly Language Fundamentals
Reviewing assembly language fundamentals will provide a solid base for understanding ARM assembly instructions.
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  • Read introductory materials on assembly language concepts.
  • Practice writing simple assembly programs.
  • Familiarize yourself with registers and memory addressing.
Read 'Reverse Engineering for Beginners'
Reading this book will provide a foundation for reverse engineering ARM binaries.
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  • Read the chapters covering basic reverse engineering techniques.
  • Practice applying the techniques to simple binaries.
  • Focus on understanding the control flow and data structures.
Read 'ARM Assembly Language: Fundamentals and Techniques'
Reading this book will provide a deeper understanding of ARM assembly language and its applications.
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  • Read the chapters covering basic ARM instructions.
  • Work through the examples provided in the book.
  • Try to implement some of the examples on your own.
Four other activities
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Show all seven activities
Create a Cheat Sheet for ARM Assembly Instructions
Creating a cheat sheet will help you memorize and quickly reference common ARM assembly instructions.
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  • List all the basic ARM assembly instructions covered in the course.
  • Write a brief description of each instruction.
  • Include examples of how to use each instruction.
Practice ARM Assembly Coding Challenges
Practicing coding challenges will reinforce your understanding of ARM assembly instructions and improve your problem-solving skills.
Show steps
  • Find online resources with ARM assembly coding challenges.
  • Attempt to solve the challenges using ARM assembly.
  • Compare your solutions with the provided solutions.
Implement a Simple Program in ARM Assembly
Implementing a simple program will allow you to apply your knowledge of ARM assembly instructions in a practical setting.
Show steps
  • Choose a simple program to implement, such as a calculator or a text editor.
  • Write the program in ARM assembly.
  • Test the program thoroughly.
Follow ARM Exploitation Tutorials
Following exploitation tutorials will provide practical experience in exploiting vulnerabilities in ARM binaries.
Show steps
  • Find online tutorials on ARM exploitation.
  • Follow the tutorials step-by-step.
  • Try to adapt the techniques to different scenarios.

Career center

Learners who complete Arm assembly for Hackers will develop knowledge and skills that may be useful to these careers:
Reverse Engineer
A reverse engineer analyzes systems or software to understand their design, functionality, and security vulnerabilities, often without access to original source code. The Arm assembly for Hackers course directly supports this career by providing a strong foundation in ARM assembly language, which is essential for reverse engineering ARM-based systems. This course would be helpful because it explains ARM instructions through debugging with gdb, giving a visual representation critical for analyzing code. Specifically, its coverage of load, store, and branching instructions helps reverse engineers understand data flow and control flow in ARM binaries.
Exploit Developer
An exploit developer researches and creates techniques to take advantage of security vulnerabilities in software or hardware systems. This course can help those wishing to become exploit developers. The course focuses on building a foundation in ARM assembly, a common architecture in IoT devices and mobile platforms. The step-by-step explanation of instructions, combined with debugging exercises, offered throughout the course would be helpful for understanding how to craft effective exploits. Knowledge of conditional branching is a foundational aspect of exploit development.
Security Researcher
Security researchers investigate software, hardware, and networks to identify vulnerabilities and improve overall security. Learning ARM assembly using the Arm assembly for Hackers course could aid security researchers. The course focuses on building a foundation in ARM assembly, a common architecture in IoT devices and mobile platforms. The step-by-step explanation of instructions, combined with debugging exercises, would be helpful for understanding low-level vulnerabilities. The course's emphasis on reverse engineering is directly relevant.
Penetration Tester
Penetration testers, also known as ethical hackers, simulate attacks on computer systems to identify vulnerabilities before malicious actors can exploit them. The Arm assembly for Hackers course can be helpful to these testers. A solid understanding of ARM assembly is valuable when assessing the security of embedded systems and mobile devices. This course may be useful because it provides hands-on experience with debugging ARM instructions, allowing testers to analyze the behavior of potentially vulnerable code. The course's coverage of reverse engineering techniques is helpful in this kind of work.
Malware Analyst
Malware analysts dissect malicious software to understand its functionality, identify its targets, and develop methods for its detection and removal. The Arm assembly for Hackers course can be a good fit to those wishing to become malware analysts. Given that malware increasingly targets ARM-based devices, understanding ARM assembly is crucial for analyzing and disarming these threats. This course may be useful because it provides a foundational understanding of ARM assembly instructions and debugging techniques, essential skills for reverse engineering malware samples. Its focus on reverse engineering and binary exploitation are particularly relevant.
Vulnerability Analyst
Vulnerability analysts identify and assess weaknesses in software and hardware systems that could be exploited by attackers. This course would be very effective. Knowledge of ARM assembly is a crucial component of understanding how vulnerabilities manifest in ARM-based systems. The step-by-step explanation of instructions and debugging exercises offered in this course may be useful for examining potentially vulnerable code. The course specifically mentions reverse engineering and exploit development, which are closely tied to vulnerability analysis.
Firmware Engineer
Firmware engineers develop and maintain the low-level software that controls hardware devices. The Arm assembly for Hackers course may be useful for those interested in this career. Given that many embedded systems utilize ARM processors, a strong understanding of ARM assembly is invaluable for debugging and optimizing firmware code. The course's coverage of basic ARM instructions is helpful when understanding how hardware interacts with software at a low level. The course's hands-on approach, combined with the debugging exercises, would be helpful for this kind of work.
Security Consultant
Security consultants advise organizations on how to protect their information assets, often performing risk assessments and recommending security measures. Security consultants may find the Arm assembly for Hackers course valuable. While not all security consulting requires deep knowledge of ARM assembly, it would be helpful for consultants working with mobile or IoT device security. The course may be useful because it provides a foundational understanding of ARM architecture and assembly language, allowing consultants to better understand the security challenges specific to these platforms. This role typically requires an advanced degree.
Software Developer
A software developer designs, writes, and tests code for applications and systems. This course may be useful for software developers. While most software development does not require assembly-level knowledge, understanding ARM assembly could be helpful for optimizing performance-critical code on ARM-based platforms, such as mobile devices. The Arm assembly for Hackers course offers a foundation in ARM assembly, which may be useful when fine-tuning software for embedded systems. The course covers the basic instructions used when programming Arm architecture.
Mobile Application Developer
Mobile application developers create applications for smartphones, tablets, and other mobile devices. The Arm assembly for Hackers course would be valuable to mobile application developers. The course focuses on ARM architecture, which is the foundation for many of today's mobile devices. The course can give the recipient a ground-level view of the instruction set and the low-level operations of mobile devices. This may lead to increased performance or to finding vulnerabilities.
Systems Programmer
Systems programmers develop and maintain the core software components of an operating system. The Arm assembly for Hackers course may be useful for systems programmer. The course focuses on ARM architecture, which is the foundation for many of today's embedded devices. The course can give the recipient a ground-level view of the instruction set and the low-level operations of embedded systems. This may lead to increased performance or to finding vulnerabilities. This kind of role typically requires an advanced degree.
Quality Assurance Engineer
Quality assurance engineers test software and systems to ensure they meet quality standards and function correctly. Quality assurance engineers may find the Arm assembly for Hackers course valuable. While not all quality assurance requires deep knowledge of ARM assembly, it would be helpful for those working with mobile or IoT devices. The course may be useful because it provides a foundational understanding of ARM architecture and assembly language, allowing them to better understand the challenges in these platforms.
Technical Support Engineer
Technical support engineers provide assistance to users experiencing technical issues with software, hardware, or systems. The Arm assembly for Hackers course may be useful for technical support engineers. While not all technical support requires deep knowledge of ARM assembly, it would be helpful for those working with mobile or IoT devices. The course may be useful because it provides a foundational understanding of ARM architecture and assembly language, allowing them to better understand the technical challenges in these platforms.
Computer Engineer
Computer engineers design, develop, and test computer hardware and software systems. Computer engineers may find the Arm assembly for Hackers course useful. The course focuses on ARM architecture, which is the foundation for many of today's embedded devices. The course can give the recipient a ground-level view of the instruction set and the low-level operations of embedded systems. This may lead to increased performance or to finding vulnerabilities.
Cryptographer
Cryptographers design and analyze encryption algorithms and security protocols to protect data. They study the basic principles of encryption. Cryptographers may find the Arm assembly for Hackers course useful. The course focuses on ARM architecture, which is the foundation for many of today's embedded devices. The course can give the cryptographer a ground-level view of the possibilities and limitations of cryptography implementation on ARM devices. This kind of role typically requires an advanced degree.

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 Arm assembly for Hackers.
Provides a gentle introduction to reverse engineering concepts and techniques. While not specific to ARM, it covers fundamental principles applicable to reverse engineering ARM binaries. It is particularly helpful for those new to reverse engineering and provides a solid foundation for further study. This book is more valuable as additional reading than it is as a current reference.

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