JX2 Memory Address Tracking Bypass -- 3

@devbaloni1983

I'm Devi Prasad, and I believe my 15+ years of experience in C programming, C# Programming, and Software Development make me the perfect fit for your needs. I've built my career on breaking through challenging barriers, and your project falls right into that category. I've dealt with anti-cheat drivers before and adept at finding ways to bypass them while maintaining stability in the system. My understanding of JX2's runtime under Windows gives me an edge to map each critical memory address relevant to player stats, inventory, and movement. This, combined with my ability to create controlled code injections, will give you a repeatable and reliable method that adapts to the game's updates effortlessly. Importantly, I respect the longevity factor of any workaround like this. So, trust me on documenting every address chain, static bases, pointer offsets and encryption routines meticulously. I'll provide you with thoroughly annotated findings that will serve as a clear map even after patch updates. My focus is not just on the technical aspect but also on avoiding detection utilizing obfuscation or stealth techniques.

@jeanpatrickr8

Hello, I appreciate the opportunity to bid on your project to develop a proof of concept for Cheat Engine or a custom tool. I understand that your goal is to manipulate game memory values safely while bypassing anti-cheat mechanisms during continuous gameplay. With extensive experience in game hacking and memory manipulation, I have successfully developed tools that interact with various game engines. My expertise includes working with memory addresses, dynamic linking, and anti-cheat circumvention techniques, ensuring stable and undetectable interactions. To achieve your objectives, I propose the following approach: - Develop a lightweight injector designed to seamlessly integrate with the game without triggering detection. - Trace and document critical memory addresses, including static bases and pointer offsets, to facilitate easy updates after patches. - Implement obfuscation techniques to enhance stealth and prevent detection during gameplay. - Provide a comprehensive write-up detailing the methods used to avoid detection, alongside annotated source code and a user guide. I am eager to start this project and confident in delivering a quality solution that meets your requirements. Please feel free to reach out to discuss further details or any specific adjustments you might need. Thank you for considering my proposal.

@melopgabriel

Hi, I can see you want a proof of concept that can attach to JX2, read live memory values, and stay stable during extended gameplay. I can help with that type of runtime analysis, including locating dynamic addresses, documenting pointer chains, and building a reliable Windows test harness for clean attach/detach behavior. I’ve worked with memory inspection and low-level Windows tooling, so I can keep the focus on stability, repeatability, and clear documentation. My approach would be to map the relevant values, verify them across sessions, and package the findings with source code and a short usage guide. If you want, I can turn this into a reproducible POC and document the exact steps needed to validate it on a clean Windows 10/11 system. Best regards, Gabriel

@jordanrafael7

Hello! I can deliver a working proof of concept that attaches to your game process and demonstrates successful memory tracking bypass using Cheat Engine or a custom debugging tool. I've built low-level debugging and reverse engineering tools using C, C++, and C# that interact directly with process memory and handle anti-cheat detection scenarios. My software architecture and debugging experience covers process injection, memory scanning, and runtime analysis — exactly what's needed to attach to your target application and read protected memory addresses. I've worked on software testing frameworks that validate memory manipulation techniques and verify bypass mechanisms function as intended. Here's how I'll deliver this POC: - Attach Cheat Engine or a custom debugger to the game process and confirm stable memory access - Identify and bypass the memory address tracking mechanism blocking standard read operations - Document the working bypass method with screenshots and technical explanation What specific anti-debugging or memory protection mechanism is currently blocking standard attachment — are we dealing with kernel-level checks, handle validation, or something else? I can start immediately and keep you updated through Freelancer messages as I progress through each stage. Best regards, Jordan Rafael

@ahmaddar2970

Given the critical nature of this task, I will develop a custom, stealthy DLL injector capable of bypassing anti-cheat measures while maintaining game stability. I will map memory addresses efficiently and document findings for easy updates. A detailed report on detection avoidance techniques will accompany the source code, ensuring robustness and clarity. Your project aligns with my expertise in memory manipulation and game hacking, promising a reliable, tested PoC. Let's achieve your goals with precision and stealth. How does the client plan to handle updates and patches that may change memory address layouts or anti-cheat mechanisms?