Udemy – Red Teaming | Exploit Development with Assembly and C |MSAC+ 2024-1 – Downloadly

Mastering Shellcode Execution: Gain a comprehensive understanding of shellcode execution techniques and their role in system hacking.

Malformed Character Detection: Learn how to detect and handle malformed characters in your shellcode and ensure its effectiveness and reliability.

Segmentation Fault Analysis: Discover the nuances of segmentation faults and discover strategies to overcome them when executing shellcode.

Principles of Ethical Hacking: Understand the ethical framework of hacking and how to use these techniques responsibly.

Custom Shellcode Development: Develop your own custom shellcode to effectively exploit system vulnerabilities.

Practical hands-on scenarios: Participate in hands-on demonstrations and exercises to apply theoretical knowledge to real-world scenarios.

System Compromise Techniques: Learn techniques to ethically compromise systems by executing shellcode.

Vulnerability Exploitation: Discover vulnerabilities in systems and exploit them using shellcode to gain access.

Advanced Malformed Character Defense: Dive into advanced techniques for identifying, analyzing, and mitigating malformed characters in shellcode.

Build ethical hacking skills: Equip yourself with practical ethical hacking skills and expand your cybersecurity expertise.

Understand the importance of assembly language in open source exploration.

Get insight into the course structure and objectives.

Install and run the SASM development environment.

Download and configure Ghidra, IDA Pro and JDK to use the lab effectively.

Open and navigate projects in Ghidra.

Discover and use Ghidra’s key features for code analysis.

Perform real malware analysis with Ghidra.

Analyze suspicious threads and use OSINT techniques for reverse engineering.

Extract system files from malware and manipulate function names.

Break down the four steps of binary compilation.

Understand the preprocessing, compilation, assembly, and linking steps of binary analysis.

Use READELF to display symbolic information.

Analyze both deleted and undeleted binaries to gain important insights.

Explore the ELF format and understand its executable and linkable features.

Learn more about ELF fields and application header fields.

Understand the basics of the Windows PE executable format.

Get to know IDA Pro and its key features.

Discover the useful tabs in the IDA Pro interface.

Create a “Hello World” program using a file.

Learn the advantages of NASM and compare different assemblers.

Understand the theory of disassembly.

Discover the concept of disassembly and its practical applications.

Understand CPU architecture and binary data types.

Convert decimal numbers to binary using basic mathematical operations.

Getting started with GDB, exploring different flavors.

Debug programs, find variables at memory addresses and improve your debugging skills.

Code an assembly file, analyze the output with GDB, and create a Makefile.

Learn OR, XOR, NOT and AND operations in assembly language.

Create an assembly program for analysis with DDD.

Analyze previously written code and interpret register values ​​using DDD.

Identifying and troubleshooting assembly language programming errors.

Implementation of conditional jumps and loops in assembly code.

Develop a project with loops and calculator in assembly language.

Test and evaluate the completed project.

Work on the EXABYTE project, which is about memory manipulation.

Test and analyze the project with Readelf and GDB.

Define variables, perform additions and subtractions in the assembly.

Explain the registers in action and complete the passage.

Create custom shellcode and fix segmentation faults.

Identify and fix malformed characters during shellcode execution.

Generate shellcode with JMP instructions for malware injection.

Paste the code shell and create an exploit for practical use.

Compile and test shell code using the stack technique.

Implement Syscall Exec using C to access the shell.

Successfully access the shell using Syscall Exec.

Plan the C side of a reverse link shell.

Write assembly code to listen, connect, and accept system calls.

Create a functional and secure TCP connection shell.