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Discover a wide range of professional training courses designed to elevate your skills and advance your career. From foundational principles to advanced techniques, our course catalog offers in-depth learning opportunities across various industries. Browse through our extensive selection to find the perfect fit for your professional development needs and take the next step in achieving your goals with TrainSec academy.
Learn advanced analysis techniques from real-world malware and harness this knowledge to craft your own malware, understanding attacker strategies. Empower yourself with both defensive and offensive cybersecurity skills.
In this malware analysis and reverse engineering course, you will delve even deeper into the inner core of dissecting different malware types and variants, understand the adversarial mindset behind them and the used TTPs.
In this malware analysis and reverse engineering course, you will delve into the inner core of dissecting different malware types and variants, understand the adversarial mindset behind them and the used TTPs. At the end of the course, you will gain the power and knowledge to win any malware coming
Continuing from where part 1 left off, this course digs deeper into the x64 architecture.
x64 processors are the most used processors on which Windows and Linux systems run. Understanding how these processors work is essential when working closely with the OS, such as when debugging, reverse engineering, or researching.
Leverage the Windows API in this “Windows System Programming” bundle!
Continuing from where “Windows System Programming 2” left off, the last part deals with Dynamic Link Libraries, Security, COM Fundamentals, and basic Windowing.
Continuing from where “Windows System Programming 1” left off, this course deals with Jobs, Threads, Thread Synchronization, I/O, and Memory.
The Windows system-level API provides a rich infrastructure for building Windows applications, whether client, server, and anything in between. This course guides the learner through the intricacies of the Windows API, while getting a deeper understanding of Windows mechanisms.
The last “day” in the Windows Internals series is about the I/O System and Security.
Continuing the “Windows Internals” series, day 4 deals with Memory Management.
Bundle of the set of 5 Windows Internals courses.
The Sysinternals tools from Microsoft are useful for any power user on Windows. This course demonstrates some of the tools in detail while adding Windows Internals information. Supporting tools are also used that augment the information provided by the Sysinternals tools.
Many of my tools in a convenient installer (installer and binaries are signed). All updates are free.
Continuing from where “COM Programming 1” left off, this course teaches COM automation, EXE Servers, and COM Threading and Apartments.
COM provides an abstraction and supporting runtime for creating component-based systems, leveraging loose coupling and independence of programming language. Many Windows components are exposed through COM, which also forms the basis of the Windows Runtime.
Continuing from where “Windows Kernel Programming 1” left off, this course covers file system mini-filters, some advanced techniques, and an introduction to KMDF.
The course provides the foundations for the most common software device drivers that are useful not just in cyber security, but also other scenarios, where monitoring and sometimes prevention of operations is required.
Following “Day One”, this course continues with Windows Internals details, discussing Processes, Jobs, and Threads.
This course provides the fundamentals of Windows. This will get you up to speed with the Windows core concepts and architecture.
WinDbg is a powerful Microsoft debugger, able to debug user mode and kernel mode code. This course shows the major aspects of working with WinDbg, in user and kernel mode, with and without source code.
Leverage the Windows API in this “Windows System Programming” bundle!
The Rust programming language promises to be safe, fast and productive. Created by Mozilla, Rust provides high level features while maintaining control and safety for low level code if required. Rust plays in the same playing field as C/C++ but is fit for any kind of software, from low-level system
Would you like to write applications for Windows with a graphical user interface (GUI) using C++? You may have programmed many command line applications and tools, but how about some GUI? Menus, toolbars, list views, tree views, and graphics? This course shows you how to use WTL and C++ to
Continuing from where part 1 left off, this course digs deeper into the x64 architecture.
x64 processors are the most used processors on which Windows and Linux systems run. Understanding how these processors work is essential when working closely with the OS, such as when debugging, reverse engineering, or researching.
Leverage the Windows API in this “Windows System Programming” bundle!
Continuing from where “Windows System Programming 2” left off, the last part deals with Dynamic Link Libraries, Security, COM Fundamentals, and basic Windowing.
Continuing from where “Windows System Programming 1” left off, this course deals with Jobs, Threads, Thread Synchronization, I/O, and Memory.
The Windows system-level API provides a rich infrastructure for building Windows applications, whether client, server, and anything in between. This course guides the learner through the intricacies of the Windows API, while getting a deeper understanding of Windows mechanisms.
Continuing from where “COM Programming 1” left off, this course teaches COM automation, EXE Servers, and COM Threading and Apartments.
COM provides an abstraction and supporting runtime for creating component-based systems, leveraging loose coupling and independence of programming language. Many Windows components are exposed through COM, which also forms the basis of the Windows Runtime.
Continuing from where “Windows Kernel Programming 1” left off, this course covers file system mini-filters, some advanced techniques, and an introduction to KMDF.
The course provides the foundations for the most common software device drivers that are useful not just in cyber security, but also other scenarios, where monitoring and sometimes prevention of operations is required.
Following “Day One”, this course continues with Windows Internals details, discussing Processes, Jobs, and Threads.
This course provides the fundamentals of Windows. This will get you up to speed with the Windows core concepts and architecture.
WinDbg is a powerful Microsoft debugger, able to debug user mode and kernel mode code. This course shows the major aspects of working with WinDbg, in user and kernel mode, with and without source code.
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