Cybersecurity news in the media Guided Hacking

🔥 Become an IDA Pro Expert Here: https://www.youtube.com/watch?v=fgMl0Uqiey8&list=PLt9cUwGw6CYG2kmL5n6dFgi4wKMhgLNd7&index=1 👨‍💻 Buy Our Courses: https://guidedhacking.com/register/ 💰 Donate on Patreon: https://patreon.com/guidedhacking ❤️ Follow us on Social Media: https://linktr.ee/guidedhacking ✏️ Tags: #reverseengineering #malwareanalysis #gamehacking hex rays ida pro meme f5 ida pro game hacking hexrays ida pro tutorial malware analysis reverse engineering ida pro malware analysis tools malware analysis tutorial ida pro malware analysis ida pro reverse engineering ida pro plugin ida plugins ida pro plugins best ida pro plugin best ida plugins best ida pro plugins ida ida pro game hacking ida pro tutorial ida plugin

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🔥 Learn How Calling Conventions Work For Reverse Engineering & Game Hacking 👨‍💻 Buy Our Courses: https://guidedhacking.com/register/ 💰 Donate on Patreon: https://patreon.com/guidedhacking ❤️ Follow us on Social Media: https://linktr.ee/guidedhacking 🔗 Learn More: https://guidedhacking.com/threads/calling-conventions-for-reverse-engineering.20586/ 👨‍💻 Script & Visuals by rexir: https://guidedhacking.com/members/280340/ 👩‍💻 Narration by wahsami: https://guidedhacking.com/members/wahsami.278740/ 📜 Video Description: Today we're going to explore the low level world of calling conventions, which are essentially the guidelines that dictate how function arguments are passed. Understanding calling conventions is key to comprehending assembly code, especially when you're involved in reverse engineering tasks. It's important to recognize how the stack operates, growing and shrinking through various push and pop instructions. Remember, the stack is just one segment within a process's memory, with others like the heap, code, and data sections playing their pivotal roles. As a foundational concept, the function prologue sets the stage for a better comprehension of calling conventions. Think of the prologue as a routine that preps the system for the task ahead, ensuring that once the function is called, everything operates seamlessly. We'll also explore different calling conventions—cdecl, stdcall, and fastcall—each with its unique mechanism for managing arguments and maintaining system stability. Furthermore, learning about these conventions will illuminate the cleanup processes and the distinctions between caller and callee cleanups. Let's not forget our sponsor, Malcore.io, who has greatly simplified the process of scanning files for unknown threats with their innovative online malware analysis tools. 📝 Timestamps: 00:00 Intro to Calling Conventions 00:16 Stack Mechanics 01:16 Malcore Is Dank 02:17 Function Prologue 03:00 cdecl calling convention 04:01 AddNum Example 05:00 cdecl Cleanup 05:30 stdcall 06:01 FastCall Variants 07:28 Microsoft FastCall 07:47 thiscall Convention ✏️ Tags: #reverseengineering #gamehacking #malwareanalysis thiscall calling convention cdecl calling convention calling convention x64 reverse engineering x64 calling convention x86 calling convention calling convention x86 calling conventions calling convention x86 reverse engineering x86-64 calling convention c++ calling conventions c++ calling convention fastcall calling convention stdcall calling convention reverse engineering windows calling convention calling conventions function calling convention calling conventions c++

calling convention

🔥 Learn How Assembly Works For Game Hacking! 👨‍💻 Buy Our Courses: https://guidedhacking.com/register/ ❤️ Follow us on Social Media: https://linktr.ee/guidedhacking 🏆 Try Malcore for FREE: https://link.malcore.io/redirect/guidedhacking 🔗 Text Tutorial: https://guidedhacking.com/threads/learn-assembly-for-game-hacking.20569/ 📜 Video Description: Learn assembly basics in MINUTES. When C++ code is compiled, it results in machine code. This machine code can be disassembled using IDA Pro, which will give you assembly. Learning assembly is essential for reverse engineering games and any windows application, which is why it's recommended to learn the basics of assembly language, such as x86 assembly. One of the most common assembly instructions include, MOV, CMP, and jump instructions. In assembly instructions, the stack memory can be accessed using the ESP and EBP registers, and placing hooks in the program code at such instructions, will allow you to modify data on the stack for any specific function. What is assembly code used for? Assembly code is used for tasks that require direct hardware manipulation, high performance, or precise timing, such as embedded systems, operating system development, and performance-critical applications. How does assembly code differ from high-level programming languages? Assembly code allows programmers to write instructions that operate directly on the CPU and memory of the computer, offering more control and efficiency than high-level languages. However, it is also more complex and less portable, as it is specific to a particular processor architecture. Is assembly code the same for all types of processors? No, assembly code is specific to processor architectures. For example, the assembly code for an Intel x86 processor is different from that for ARM-based processors. Each type of processor has its own set of instructions and conventions. How do I get started with learning assembly code? To start learning assembly code, choose a specific processor architecture to focus on, study its instruction set and conventions, and practice writing small programs. This assembly programming tutorial offers a comprehensive introduction to assembly language, focusing on both x86 assembly and x64 assembly, making it ideal for beginners and advanced users alike. If you are looking to learn assembly from scratch, this guide provides step-by-step instructions that cover the essential concepts and practical applications. Understanding assembly code is crucial for those interested in diving deeper into how software operates at a fundamental level. For those who want to learn assembly code in a structured manner, our modules are designed to sequentially build your skills. The assembly language can be quite daunting; however, with reverse engineering, you can deconstruct complex software systems to better understand their architecture. Engaging in assembly programming allows developers to manipulate hardware more directly than with high-level languages. Translating high-level languages into machine code gives us insight into the processor's operational blueprint. Our assembly language programming tutorial extends beyond theory by incorporating real-world examples that reinforce learning. For those aiming to learn assembly language effectively, the guide covers both basic and advanced topics. Enthusiasts wanting to learn assembly language x86 will find dedicated sections that tailor to this architecture, similarly for those focused on x64. Beginners looking to learn assembly x86 will appreciate the direct approach we take, simplifying complex concepts. 🏆Understanding assembly language x64 can be a powerful skill, enabling developers to write more efficient code. Our segments on assembly language explained ensure that learners of all levels gain a clear understanding of this language's fundamentals. Lastly, our detailed assembly language basics articles serve as a foundation, while our assembly code tutorial puts theoretical knowledge into practice, completing the learning cycle with hands-on experience. 📝 Timestamps: 00:00 Intro to Assembly 00:36 Disassembler Tools 01:02 Malcore.io is THE BEST! 02:24 Memory Stack Explained 03:36 CPU Registers 04:47 Cheat Engine Tutorial 06:01 Health Modification 07:53 Assembly Write Operations 09:07 Data Type Management 10:01 Sub Register Usage 11:58 General Purpose Registers 12:54 Writing Assembly in C++ ✏️ Tags: assembly programming tutorial assembly x86 assembly x64 assembly learn assembly assembly code learn assembly code assembly language reverse engineering assembly programming machine code assembly laguage programming tutorial learn assembly language learn assembly language x86 learn assembly language x64 learn assembly x86 guidedhacking game hacking assembly language x64 assembly language explained assembly language basics assembly code tutorial

assembly code assembly language Learn Assembly

🔥 How Do You Learn Game Hacking? It's easy - just follow our courses. 👨‍💻 Buy Our Courses: https://guidedhacking.com/register/ 💰 Donate on Patreon: https://patreon.com/guidedhacking ❤️ Follow us on Social Media: https://linktr.ee/guidedhacking If you're asking yourself the question "How to learn game hacking?", the answer has always been and will always be GuidedHacking.com. That's been the whole point of Guided Hacking since day one. Learning how to hack games used to be hard. That's why we dedicated the past 10 years to making the best tutorials and courses for learning how to hack games. Searching Google for hundreds of hours looking for the answers to individual questions? That's a huge waste of your time. Follow our courses step by step and you will learn everything from scratch, without needing external resources. ✅The Game Hacking Bible https://guidedhacking.com/forums/the-game-hacking-bible-learn-how-to-hack-games.469/ ☑️CS420 Game Hacking Course https://guidedhacking.com/forums/squally-game-hacking-course-cs420.530/ ✅Game Hacking Shenanigans https://guidedhacking.com/forums/game-hacking-shenanigans/ ☑️Python Game Hacking Course https://guidedhacking.com/forums/python-game-hacking-course-pgh100.527/ ✅Java Game Hacking Course https://guidedhacking.com/forums/java-game-hacking-course-jgh100.553/ ☑️Browser Game Hacking Course https://guidedhacking.com/forums/web-browser-game-hacking-course-wbgh100.531/ ❤️Python Reverse Engineering Course https://guidedhacking.com/forums/python-reverse-engineering-course-pre100.528/ 💚Game Hacking Book https://guidedhacking.com/forums/game-hacking-fundamentals-the-game-hacking-book.493/ 🧡Java Reverse Engineering Course https://guidedhacking.com/forums/java-reverse-engineering-course-jre100.538/ 💛Binary Exploit Development https://guidedhacking.com/forums/binary-exploit-development-course.551/ Video Author: https://guidedhacking.com/members/dulge.279155/ ✏️ Tags: game hacking full course guidedhacking game hacking course reverse engineering how to learn game hacking learning game hacking guided hacking game hacking tutorial guidedhacking.com game hacking for beginners C++ game hacking learn how to hack games how to hack games learn game hacking how to make a cheat game hacking tutorials coding hacks game hacking 101 c++ cheat tutorial game hacking courses how to hack game hacking bible

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🔥 Learn How to Detect Debuggers using a Structured Exception Handler 🕵️‍♂️Try ANY.RUN Malware Sandbox: https://app.any.run/#register/?utm_source=youtube&utm_medium=video&utm_campaign=guidedhacking&utm_content=register&utm_term=200324/ 👨‍💻 Buy Our Courses: https://guidedhacking.com/register/ 💰 Donate on Patreon: https://patreon.com/guidedhacking ❤️ Follow us on Social Media: https://linktr.ee/guidedhacking 🔗 Learn more here: https://guidedhacking.com/threads/how-to-use-seh-and-trap-flag-for-antidebug.20398/ 📜 Video Description: In software development, ensuring code stability and protecting it from unauthorized manipulations are crucial goals. Two widely employed techniques to achieve these goals are Structured Exception Handling (SEH) and Antidebug mechanisms. SEH enables programmers to gracefully handle and recover from exceptions, while Antidebug techniques help prevent unauthorized debugging and analysis of the code. Today we are gonna see how we can use register flags to throw an exception and abuse SEH to detect debuggers. Fortunately, c/c++ supports SEH and it proved pretty trivial to get this to work with C++ in combination with a few lines of inline assembly. What Is The Trap Flags? Let's start defining what Flags Register is. In x86 architecture, the Flags Register, also known as the EFLAGS register, is a special register that contains status flags that reflect the outcome of arithmetic and logical operations. It provides information about the current state of the processor and is used for conditional branching and decision-making within the program. The flags register consists of various individual flags, including the carry flag (CF), zero flag (ZF), sign flag (SF), overflow flag (OF), and many more. We are interested in the Trap Flag (TF) flag, a single-bit flag that controls the operation of single-step debugging. When the trap flag is set (TF = 1), the processor enters the single-step mode. In this mode, the processor executes instructions one at a time and generates a trap after each instruction (throws an int 1 exception). This feature is commonly used by debuggers to step through code and examine the state of the program at each step. What Is Structured Exception Handling? Structured Exception Handling (SEH) in C++ is a mechanism that allows for the detection and handling of exceptions and errors during program execution. SEH in C++ involves the use of try-catch blocks to catch and handle exceptions. Within a try block, code that may potentially throw an exception is enclosed. If an exception occurs within the try block, it is caught by a corresponding catch block that matches the type of the thrown exception. How To Use SEH And Trap Flag For Antidebug? Many exploits or anti-debugging tricks are based on Structure Exception Handling. To implement an Anti-debug trick, we must abuse the logic of handling exceptions. Under normal execution of a program, an exception will be raised and the exception handler will be called if the Trap flag is set. However, the trap flag is an essential feature that debuggers use to single step through each instruction. Setting the trap flag during debugging will not result in a call to your own exception handler because the debugger already takes care of exceptions related to the trap flag. We can combine SEH And Trap Flag for Anti-debug purposes. 📝 Timestamps: 00:00 Intro to Anti-Debugging 00:59 Trap Flag Explanation 01:24 THE BEST MALWARE SANDBOX! 02:26 Structured Exception Handling 04:30 Detecting Debugger with SEH Trap Flag 05:57 Bypassing The Debugger Detection ✏️ Tags: malware analysis anti-debug techniques how to detect debuggers anti-debug techniques structured exception handling debugger detection SEH handler CPU trap flag anti-debugging methods structured exception handler breakpoint detection antidebug methods anti debugger c++ anti debugger bypass debugger check detect debuggers antidebugging antidebug techniques How To Detect Debuggers anti-debug antidebug anti debugging anti debugging bypass anti debug techniques how to detect debuggers structured exception handling debugger detection SEH handler CPU trap flag anti-debugging methods structured exception handler breakpoint detection antidebug trick antidebug methods

Exception Handling Structured Exception Trap Flag

🔥 Learn How to Make a Simple JavaScript Aimbot! 👨‍💻 Buy Our Courses: https://guidedhacking.com/register/ 💰 Donate on Patreon: https://patreon.com/guidedhacking ❤️ Follow us on Social Media: https://linktr.ee/guidedhacking Learn the basics of HTML5 game hacking with this short and simple tutorial! 🔗 Learn more: https://guidedhacking.com/threads/simple-javascript-aimbot-html5-game-hacking.20517/ 📜 Video Description: This video takes inspiration from the SANS Holiday Hack Challenge 2023. This challenge featured an HTML5 snowball fight game against Santa and his elves. Our objective was to hack this game and introduce cheats for a more engaging experience. We began by altering URL variables to switch the game from a multiplayer to a single-player mode, allowing an AI teammate to join us. This set the stage for our hacking exploits, which included implementing a 'God Mode' by manipulating the JavaScript takeHit function within the player object. This function, normally triggered by a snowball hit, was overridden to prevent any decrease in our health. Our adventure in game hacking didn't stop there. We focused on the allElves variable to automatically defeat elves by setting their isDefeated status to true, ensuring they couldn't attack or move. While disabling their movement was effective, we also wanted to show their defeat through animations, achieved by tweaking our hacking approach. To further tip the scales in our favor, we manipulated the elfThrowDelay variable, rendering the elves unable to throw snowballs at us. The pinnacle of our hacking efforts was the creation of a JavaScript aimbot. By revising the playerThrow function, we aligned our aim with the elves, enabling us to throw snowballs accurately at them. Although our aimbot wasn't flawless, especially against moving targets, it significantly enhanced our gameplay. This tutorial wasn't just about hacking a single game; it was a demonstration of the possibilities within HTML5 game hacking, emphasizing the importance of understanding developer tools and client-side code. We embarked on a journey into the realm of HTML5 Game Hacking, starting with a project to develop a Simple JavaScript Aimbot that could fundamentally change the gameplay. Our foray into JavaScript Game Hacking revealed numerous techniques that could be applied across various platforms, especially in the context of HTML5 Aimbot creation. The world of web browser game hacking is vast and diverse, offering endless possibilities for creative coders. Hacking browser games became an intriguing challenge for us, leading to a deeper understanding of browser game hacking methodologies Along the way, we discovered a variety of HTML5 hacks that could alter game mechanics in unexpected ways. Implementing HTML5 cheats, we found, could significantly enhance the gaming experience for players. Our exploration extended to web browser game cheats, uncovering vulnerabilities that could be exploited. We delved into Web Browser Game Exploits, which opened up new avenues for modifying game behavior. HTML5 Game Manipulation, a key aspect of our research, allowed us to alter game environments in real-time. As we progressed, we developed a series of Javascript hacks, each designed to test the limits of what could be achieved in browser-based games. Alongside these hacks, we crafted javascript cheats, aiming to simplify complex game scenarios. Finally, our journey into web browser game hacks provided us with a comprehensive understanding of the intersection between gaming and hacking in the modern web era. 📝 Timestamps: 00:00 HTML5 Game Hacking 1:00 Javascript Player Object 1:24 Elf Defeat Logic 2:03 Elf Throw Delay Hack 2:43 Javascript Aimbot 4:17 GuidedHacking is the Best! Music Credits: Epidemic Sounds: https://www.epidemicsound.com/track/JmQe4kbcWL/ ✏️ Tags: Simple JavaScript Aimbot HTML5 Game Hacking JavaScript Game Hacking HTML5 Aimbot web browser game hacking SANS Holiday Hack Challenge hacking browser games HTML5 aimbot java script aimbot browser game hacking HTML5 hacks web browser game cheats HTML5 cheats Web Browser Game Exploits HTML5 Game Manipulation Javascript hacks web browser game hacks SANS Holiday Hack Challenge 2023 javascript cheats

browser game JavaScript Aimbot

🔥 Learn how make internal cheats with Rust and MacOSX 👨‍💻 Buy Our Courses: https://guidedhacking.com/register/ 💰 Donate on Patreon: https://patreon.com/guidedhacking ❤️ Follow us on Social Media: https://linktr.ee/guidedhacking 🔗 Article Link: https://guidedhacking.com/threads/rust-lang-game-hacking-internal-cheat-on-macos.20502/ 🔗 Previous Video: https://youtu.be/KIqCstRmGpo ❤️ Video Author: Stigward - https://guidedhacking.com/members/stigward.28143/ 📜 Video Description: Rust-Lang Game Hacking on MacOS Welcome to our tutorial on Rust-Lang game hacking, specifically focusing on creating an internal cheat for MacOS. In this guide, we're building upon our previous knowledge from external trainer tutorials. Our objective is to craft libraries in Rust and inject them into application space for memory editing. This process is crucial for developing a working internal trainer in the MacOS environment. In our final step, we correct a small mistake in our loop logic to prevent dereferencing an invalid memory address. We adjust our loop to stop just before the final offset, then manually calculate the memory address of the health value. We print the current health value for debugging purposes and then overwrite it with our desired value. Firstly, we diverge from the standard Rust project setup by opting for a Rust library. This is essential for our MacOS game hacking endeavor, as we aim to inject this library, akin to DLL injection in Windows. We use the command cargo new --lib internal_macos to create our project. This command initializes a new Rust library named internal_macos. Testing the Game Cheat We compile our Rust library and inject it into Assault Cube using the same method as before. We then launch the game and activate our cheat by providing input in the terminal. Upon activation, we observe that our health value has been successfully modified, demonstrating the effectiveness of our internal cheat. In this tutorial, we've covered the essential steps of Rust-Lang game hacking on MacOS, from setting up a Rust library to injecting it into a game and modifying game values. This walkthrough provides a solid foundation for anyone interested in exploring the exciting world of game hacking on MacOS using Rust. 📝 Timestamps: 00:00 Rust-Lang MacOS Intro 02:04 Rust Library Creation 03:04 Join Guided Hacking 04:21 Assault Cube Structure 07:00 Compiling for MacOS 09:00 Library Injection 10:35 GuidedHacking.com Is the BEST 11:04 User Input Handling 12:59 GuidedHacking is awesome 13:26 External C Functions 14:00 Base Address Function 16:01 Patching Health Value 18:42 Final Health Patch 19:59 Game Testing 21:00 Conclusion Music: Dusty Decks - Mosaic Mist | Epidemic Sound https://www.epidemicsound.com/track/7H6b0WHTod/ ✏️ Tags: MacOS Game Hacking in RustLang macos game hacking mac os game hacking mac game hacking rust-lang game hacking mac osx game hacking macosx game hacking mac os macos game hacking in rust mac osx rust game hacking game hacking in rustlang rustlang game hacking game hacking in rust macosx game hacking with rust macos game hacking with rust lang macos game hacking in rust lang game hacking with rustlang rust programming rust language rust lang

Video Author

🔥 Learn The Basics of MacOS Game Hacking with RustLang 👨‍💻 Buy Our Courses: https://guidedhacking.com/register/ 💰 Donate on Patreon: https://patreon.com/guidedhacking ❤️ Follow us on Social Media: https://linktr.ee/guidedhacking 🔗 Article Link: https://guidedhacking.com/threads/macos-game-hacking-in-rustlang-simple-external-hack.20494/ Video Author: Stigward - https://guidedhacking.com/members/stigward.28143 📜 Video Description: In our MacOS Game Hacking in Rus-tLang video we begin by introducing the fundamentals of MacOS game hacking using Rust-Lang. We kick off with Bit Slicer, a tool akin to a cheat engine, particularly adept on MacOS and Apple silicon devices. Our initial step involves connecting Bit Slicer to Assault Cube, a game we use as our hacking playground. Here, we demonstrate the process of scanning for and manipulating game values, such as the health metric. This foundational step is essential as it sets the stage for the more intricate aspects of game hacking we later delve into. We then guide our viewers through the technical nuances of locating and tracing the health value in the game's memory. Utilizing Rust-Lang, we meticulously demonstrate how to trace the health value back to its static address, a critical skill in effective game hacking. We underscore the importance of understanding memory writes and calculating memory pointers. Furthermore, we walk through setting up the Rust Lang development environment and the significance of identifying and saving the game process's PID (Process ID). We also show how to determine the base address in memory for the targeted game process, crucial steps for hacking games on MacOSX. In the concluding segment of our video, we showcase how to write and execute an external trainer in Rust Lang. We meticulously script in Rust to modify the game's health value, highlighting Rust's robust capabilities in memory manipulation. The culmination of our tutorial is a live demonstration of the health patch within Assault Cube, bringing to life the concepts we've covered. This demonstration not only solidifies the hacking techniques but also illustrates the practical and real-world application of MacOS game hacking using Rust Lang. Our approach in this video is methodical, ensuring that even complex subjects like game hacking are accessible and comprehensible to our audience. 📝 Timestamps: 0:00 Intro MacOS Game Hacking 0:22 Using Bit Slicer on MacOS 1:12 Finding Health Value in Memory 2:00 Tracing Static Health Address 2:31 Join GuidedHacking.com 3:06 Write Breakpoints 4:00 Calculating Memory Pointers 5:00 Rust-Lang Dev Setup 6:04 Creating Rust Project 7:00 Adding Rust Dependencies 8:27 Guided Hacking is the BEST 8:56 Writing External Trainer 10:03 Finding Process with Rust 11:00 Refreshing System Processes 12:12 Locating Specific Process 13:00 Saving Process ID 14:01 Determining Base Address 16:00 Utilizing Rust's Option Type 18:30 Patching Health Value in Rust 20:02 Finalizing Patch Function 22:03 Looping Through Memory Offsets 24:00 Writing Final Memory Values 26:00 Byte Patching in Rust-Lang 27:10 Testing The AssaultCube Cheat Music Credits: https://www.epidemicsound.com/track/oh3huSonZ3/ ✏️ Tags: MacOS Game Hacking in RustLang macos game hacking mac os game hacking mac game hacking rust-lang game hacking mac osx game hacking macosx game hacking mac os macos game hacking in rust mac osx rust game hacking game hacking in rustlang rustlang game hacking game hacking in rust macosx game hacking with rust macos game hacking with rust lang macos game hacking in rust lang game hacking with rustlang

All the latest Cybersecurity news in the media Guided Hacking