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In this CSP course, you will apply all the knowledge and skills taught in the CSL course to crack real software.  Real software are commercial proprietary software.  We are doing this for educational purposes and not to harm software developers. This skill and knowledge benefits developers in that they are better able to secure their software. The concept is similar to ethical hacking – the only way to defend against hackers is to know how hackers break in. Similarly, for software security. The best way to improve software security is to learn how software is being cracked.

Syllabus

1. Introduction
2. Creating a Sandbox for Cracking Software
3. Introduction to crackme’s
4. Introduction to x64dbg and Detect it Easy (DIE)
5. Setting up your cracking workspace and workflow
6. Debugger Stepping Basics
7. Stepping Into Calls
8. Breakpoint
9. Reversing Jumps
10. How to patch a program
11. Summary of Cracking Software Workflow
12. Introduction to cracking gui-based programs
13. Crack the Serial Key using BP on strings
14. Windows api functions & the stack
15. Patching to bypass wrong serial key message
16. Setting Breakpoints on Intermodular Calls
17. Setting BP from the Call Stack
18. Cracking Registration File Checks
19. Removing Nag Screens
20. Cracking Trial Period Software
21. Cracking Auto-Generated Serial Keys
22. Removing Nag Screen by TDC
23. Cracking by patching eax register values
24. Cracking via Hardware Breakpoints
25. How to Change Serial Key By Patching Memory Directly
26. xAnalyzer Static Code Analyzer
27. Serial Fishing – how to extract serial key
28. Cracking Software Protection
29. Cracking software using loaders
30. Cracking Software’s Anti-Debugging Protection
31. Cracking Software that has a combination of Packing Anti-Debugging
32. Keygens
33. Assembly Language Programming for Reversers
34. Creating an External Keygen
35. Cracking Visual Basic 6 Native compiled software
36. Cracking VB6 p-code Software
37. x64dbg tools usage
38. Cracking .NET Framework Software (C# and VB.NET)
39. Cracking .NET Software Protection
40. Understanding the Process of De-obfuscation
41. Cracking DLL’s

Cracking Software Practicals (CSP)

Cracking Software Legally (CSL) course is reverse engineering training and software penetration testing legally. In this course, you will learn about reverse engineering and Assembly language. Also, this course will provide valuable information for people who work in the field of Malware Analysis and Exploit Development. Gives.

Syllabus

1. Introduction
2. Creating a Sandbox for Cracking Software
3. Introduction to crackme’s
4. Introduction to x64dbg and Detect it Easy (DIE)
5. Setting up your cracking workspace and workflow
6. Debugger Stepping Basics
7. Stepping Into Calls
8. Breakpoint
9. Reversing Jumps
10. How to patch a program
11. Summary of Cracking Software Workflow
12. Introduction to cracking gui-based programs
13. Analyzing the PE for a gui-based program
14. Crack the Serial Key using BP on strings
15. Windows api functions & the stack
16. Patching to bypass wrong serial key message
17. Setting Breakpoints on Intermodular Calls
18. Setting BP from the Call Stack
19. Cracking Registration File Checks
20. Removing Nag Screens
21. Cracking Trial Period Software
22. Cracking Auto-Generated Serial Keys
23. Removing Nag Screen by TDC
24. Cracking by patching eax register values
25. Cracking via Hardware Breakpoints
26. How to Change Serial Key By Patching Memory Directly
27. xAnalyzer Static Code Analyzer
28. Serial Fishing – how to extract serial key
29. Cracking Software Protection
30. Cracking software using loaders
31. Cracking Software’s Anti-Debugging Protection
32. Cracking Software that has a combination of Packing Anti-Debugging
33. Keygens
34. Assembly Language Programming for Reversers
35. Creating an External Keygen
36. Cracking Visual Basic 6 Native compiled software
37. Cracking VB6 p-code Software
38. x64dbg tools usage
39. Cracking .NET Framework Software (C# and VB.NET)
40. Cracking .NET Software Protection
41. Understanding the Process of De-obfuscation
42. Cracking DLL’s

Cracking Software Legally (CSL)

This risk management course is specifically designed to guide a CISO in defining and implementing a risk management approach within an IS program. The course introduces the student to the most common approaches and practices used by organizations worldwide. It is not intended to cover risk outside of the IS enterprise (including financial and business risks).

Syllabus

EC-Council: Risk Management Approach and Practices

EC-Council’s Certified Incident Handler provides students with a method-driven program that uses a holistic approach to cover vast concepts concerning organizational incident handling and response from preparing and planning the incident handling response process to recovering organizational assets after a security incident. The skills taught in EC-Council’s ECIH program are desired by cybersecurity professionals from around the world and is respected by employers.

Syllabus

• Module 01: Introduction to Incident Handling and Response
• Module 02: Incident Handling and Response Process
• Module 03: Forensic Readiness and First Response
• Module 04: Handling and Responding to Malware Incidents
• Module 05: Handling and Responding to Email Security Incidents
• Module 06: Handling and Responding to Network Security Incidents
• Module 07: Handling and Responding to Web Application Security Incidents
• Module 08: Handling and Responding to Cloud Security Incidents
• Module 09: Handling and Responding to Insider Threats

EC-Council: Master Incident Handling In Cybersecurity (ECIH v2)

is a training and credentialing program that helps the candidate acquire trending and in-demand technical skills through instruction by some of the most experienced trainers in the industry. The program focuses on creating new career opportunities through extensive, meticulous knowledge with enhanced level capabilities for dynamically contributing to a SOC team. Being an intense 3-day program, it thoroughly covers the fundamentals of SOC operations, before relaying the knowledge of log management and correlation, SIEM deployment, advanced incident detection, and incident response. Additionally, the candidate will learn to manage various SOC processes and collaborate with CSIRT at the time of need. To read more about SOC and how they are important to many industries click here:

Syllabus

• Module 01 – Security Operations and Management
• Module 02: Understanding Cyber Threats, IoCs, and Attack Methodology
• Module 03: Incidents, Events, and Logging
• Module 04: Incident Detection with Security Information and Event Management (SIEM)
• Module 05: Enhanced Incident Detection with Threat Intelligence
• Module 06: Incident Response

EC Council: CSA – Certified SOC Analyst