Immunity Debugger for Exploit Devs - YCSC Lab Essentials
- Familiarity with Assembly Language (good to have)
- Understanding of x86 CPU architecture (registers, flags, stack etc.)
Immunity Debugger is the go to debugger for most security professionals. Immunity Inc describes it as a powerful new way to write exploits, analyze malware, and reverse engineer binary files. It builds on a solid user interface with function graphing, the industry's first heap analysis tool built specifically for heap creation, and a large and well supported Python API for easy extensibility.
Note: To know about offers on this course, check out our website yaksas-dot-io
To enroll in our Hands-on Fuzzing and Exploit Development courses, check out our website yaksas-dot-io
This course covers both, well-known and lesser-known, features of Immunity Debugger. Few of the key topics discussed in this course are as follows:
Download and Installation
Breakpoints, stepping through, tracing etc.
PyCommands and Mona Library
... and a lot more
A good understanding of Immunity Debugger comes in handy while exploit development, backdooring PE files, encoding files for anti-virus evasion. Once you have completed this course, you will be a lot more comfortable with Immunity Debugger and you'll know which features to use to perform each of the previously mentioned activities.
Since other debuggers like Ollydbg (Olly debug), evans debug etc. have a similar interface, through this course you can learn how to use them as well. I have created this course with the vision that it becomes your go to reference guide for Immunity Debugger and other similar debuggers.
Who this course is for:
- Cyber security professionals
- Reverse Engineers
- Beginners in Exploit Development
- Security Researchers / Engineers/ Analysts
Uday Mittal (OSCE, OSCP, CRTP, CISSP, CISA, CISM, CRISC, DCPP) is the founder of Yaksas CSC. He has over 6 years of experience in dealing with various issues related to cyber security. He is actively working towards educating people on cyber security risks and steps to mitigate them. His areas of interest include exploitation research, malware analysis, red teaming, VAPT etc.