Expired
Red Teaming | Exploit Development with Assembly and C |MSAC+
FREE
$19.99
What you’ll learn
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Mastering Shellcode Execution: Gain a comprehensive understanding of shellcode execution techniques and their role in system hacking.
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Identifying Bad Characters: Learn to identify and handle bad characters in shellcode, ensuring its effectiveness and reliability.
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Segmentation Fault Analysis: Explore the nuances of segmentation faults and discover strategies to overcome them when executing shellcode.
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Ethical Hacking Fundamentals: Understand the ethical framework of hacking and how to apply these techniques responsibly.
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Developing Custom Shellcode: Develop your own custom shellcode to exploit system vulnerabilities effectively.
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Hands-On Practical Scenarios: Engage in practical demonstrations and exercises to apply theoretical knowledge in real-world scenarios.
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System Compromise Techniques: Learn techniques to compromise systems ethically by executing shellcode.
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Vulnerability Exploitation: Discover vulnerabilities within systems and exploit them using shellcode to gain access.
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Advanced Bad Character Mitigation: Dive deep into advanced techniques for identifying, analyzing, and mitigating bad characters in shellcode.
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Building Ethical Hacking Skills: Equip yourself with practical skills in ethical hacking, enhancing your cybersecurity expertise.
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Understand the significance of Assembly language in open-source exploration.
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Gain insights into the course structure and objectives.
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Install and set up the SASM development environment.
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Download and configure Ghidra, IDA Pro, and JDK for effective lab usage.
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Open and navigate projects within Ghidra.
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Explore and utilize key features of Ghidra for code analysis.
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Perform real malware analysis using Ghidra.
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Analyze suspicious strings and employ OSINT techniques in reverse engineering.
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Extract system files from malware and manipulate function names.
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Break down the four stages of binary compilation.
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Understand the preprocessing, compilation, assembly, and linking phases of binary analysis.
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Utilize READELF to view symbolic information.
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Analyze both stripped and not stripped binaries for key insights.
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Explore the ELF format and understand its executable and linkable features.
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Learn about ELF fields and program header fields.
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Grasp the fundamentals of the Windows PE format for executable files.
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Familiarize yourself with IDA Pro and its key functionalities.
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Explore useful tabs within the IDA Pro interface.
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Write a “Hello World” program using a makefile.
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Understand the advantages of NASM and compare different assemblers.
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Comprehend the theory behind disassembly.
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Explore the concept of disassembly and its practical applications.
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Understand CPU architectures and binary data types.
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Convert decimal to binary using basic mathematical operations.
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Initiate and set up GDB, exploring various flavors.
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Debug programs, locate variables in memory addresses, and enhance debugging skills.
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Code an assembly file, analyze output with GDB, and create a makefile.
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Learn the operations of OR, XOR, NOT, and AND in assembly language.
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Develop an assembly program for analysis using DDD.
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Analyze previously written code and interpret register values using DDD.
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Identify and troubleshoot errors in assembly programming.
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Implement conditional jumps and loops in assembly code.
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Develop a project involving loops and a calculator using assembly language.
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Test and evaluate the completed project.
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Work on the EXABYTE project involving memory manipulation.
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Test and analyze the project using Readelf and GDB.
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Define variables, perform addition and subtraction in assembly.
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Explain registers in practice and complete the section.
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Develop a custom shellcode and troubleshoot segmentation faults.
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Identify and fix bad characters in shellcode execution.
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Create shellcode with JMP instruction for malware injection.
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Inject shellcode and build an exploit for practical application.
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Compile and test shellcode using stack technique.
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Implement the Execve syscall with C for gaining shell access.
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Successfully gain shell access using the Execve syscall.
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Program the C side of a reverse bind shell.
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Develop assembly code for Listen, Bind, and Accept syscalls.
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Create a functional and secure TCP bind shell.
