Grasp Reverse Engineering, Malware Evaluation, Linux, Cyber Safety, Ghidra,x86-64, IDA Professional, IDA Free, Meeting and NASM
What you’ll be taught
The speculation behind disassembly and its function in reverse engineering.
The 4 levels of binary evaluation: Preprocessing, Compilation, Meeting, and Linking.
The compilation course of breakdown and the aim of every section.
Working with symbolic data in stripped and never stripped binaries.
How binary executables load and execute.
Set up and fundamentals of Ghidra, a device for reverse engineering.
Putting in the Java Improvement Package (JDK) for Ghidra.
Navigating and using Ghidra for venture evaluation.
Actual-world malware evaluation utilizing Ghidra.
Sensible reverse engineering expertise by means of hands-on malware evaluation.
Writing a 64-bit meeting program to show “Hiya, world!” utilizing a makefile.
Putting in and establishing the SASM assembler for meeting programming.
Understanding the prevalence of NASM (Netwide Assembler) and evaluating it with different assemblers.
Making a fundamental “Hiya, world!” program in meeting with out utilizing a makefile.
Exploring the idea of disassembly and disassemblers in reverse engineering.
Analyzing the basics of disassembly and its significance in reverse engineering.
Delving into numerous knowledge varieties and their illustration in meeting language.
Understanding CPU architectures, binary recordsdata, and their relationship.
Changing decimal numbers to binary utilizing fundamental mathematical operations in meeting.
Initiating debugging with gdb (GNU Debugger) and configuring debugging flavors.
Debugging methods for finding and inspecting variables in reminiscence addresses.
Increasing data of gdb functionalities for superior debugging situations.
Writing a second 64-bit meeting program, creating the supply code, and producing a makefile.
Analyzing program output utilizing gdb and constructing a makefile for the meeting code.
Exploring binary evaluation and comprehending the 4 levels of compilation.
Studying about preprocessing, compilation, meeting, and linking phases of program compilation.
Distinguishing between symbols, stripped, and non-stripped binaries.
Using READELF to view symbolic data in binaries and object recordsdata.
Revealing the contents of an object file and making an attempt to research binary executables.
Understanding how binary recordsdata load and execute in principle.
Exploring the Executable and Linkable Format (ELF) utilized in Linux executables, specializing in the executable header.
Studying about ELF fields and ELF program header fields.
Understanding the basics of Home windows PE (Moveable Executable) format utilized in Home windows executables.
Mastering bitwise logical operations: OR, XOR, NOT, and AND.
Making use of OR logic to control knowledge and carry out bitwise operations.
Implementing NOT logic to invert bits in meeting programming.
Exploring XOR logic and its purposes in knowledge manipulation.
Understanding AND logic and the way it’s used for masking and bit filtering.
Using the Knowledge Show Debugger (DDD) to research meeting packages.
Creating meeting packages to research utilizing DDD and understanding the debugging course of.
Analyzing RAX register values utilizing DDD and gdb.
Mastering management circulate with soar and loop directions in meeting.
Studying about frequent errors in meeting programming and their options.
Utilizing conditional statements and jumps to manage program circulate.
Implementing soar directions primarily based on equality situations.
Understanding soar directions for inequality situations.
Using soar directions for comparisons involving larger values.
Implementing soar directions for greater-than-or-equal-to situations.
Utilizing soar directions for comparisons involving lesser values.
Implementing soar directions for less-than-or-equal-to situations.
Creating an meeting venture that makes use of soar and loop directions successfully.
Making a calculator venture utilizing meeting language to carry out arithmetic operations.
Defining variables and reminiscence allocation in meeting programming.
Implementing addition and subtraction operations in meeting language.
Including remaining touches and decorations to meeting initiatives.
Explaining the sensible utilization of registers in meeting programming.
Finishing the meeting initiatives with a deal with optimization and effectivity.
Using reminiscence manipulation methods to work together with knowledge buildings.
Exploring a extra superior venture referred to as “EXABYTE” involving reminiscence manipulation.
Testing and analyzing initiatives utilizing instruments like Readelf and GDB for verification and debugging.
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