DMA Card Firmware 1:1 Full emulate (EAC/BE/ACE/RICOCHET/VGK/FACEIT/5E/PWA)

@markoa7

With my extensive experience in electronic hardware and firmware development, I am confident in my ability to create a fully emulated firmware for your DMA card. My specialization in PCB design will ensure that the configuration space of the firmware matches that of a legitimate device, guaranteeing seamless integration and CFG detection. Moreover, I possess thorough knowledge and mastering of communication protocols such as UART, SPI, Ethernet, USB, CAN, and MODBUS; this will enable your firmware to respond correctly to any messages sent by drivers. In addition to the above, my expertise in wireless technologies including Wi-Fi, Bluetooth makes me suitable for this task as I can assure effective implementation and management of complete emulation functionalities such as MSIX/MSI messages, I/O space support, interrupt messages et al. It is important to mention that my proficiency extends not just to mimic real device behavior but also include your specific anti-cheat systems like EAC, BE, ACE, et al while being compatible with various operating systems like Windows Above all else, I focus on delivering efficient solutions thus creating for you a DMA card firmware that is green on DRVScan Tool without compromising on performance or deadlines. Give me the chance to turn your idea into reality through meticulous design and development. I welcome the opportunity to connect and discuss how I can provide a highly compatible solution for your project.

@Safeer143

Hello. I read your project description very carefully. I have completed many projects regarding DMA card . I have a deep understanding and experience in the areas of microcontroller that you mentioned. We are a company of mechatronics, electrical, computer and software engineers with vast expertise in PCB layout, embedded systems, AC/DC converters, stepper motors, transformers, python, machine learning, raspberry pi, automation, power management, sensors & signal processing projects, unsupervised learning, reinforcement learning, genetic algorithm, convolutional model, recurrent network, We can assure you that your work will be done within the given timeline with complete task achievement. Feel free to contact for further queries so I may guide you well.

@julianm260

Hello, I’m a low-level systems and firmware developer with 6+ years of experience in PCIe, DMA, and Windows-compatible firmware emulation, and I’ve carefully reviewed your Captain75T DMA card requirements. I’ve completed 9+ PCIe/DMA firmware projects, including 5 full BAR-emulated devices with accurate CFG space replication, MSI/MSI-X handling, and I/O space support tested across multiple Windows versions. For this project, I would implement 1:1 configuration space matching, full BAR read/write response logic, and proper interrupt signaling, ensuring the device behaves identically to a legitimate PCIe endpoint at the driver level. My previous implementations achieved 100% pass rates on internal driver validation tools and stable operation under 24–72 hour stress testing. I’m highly experienced in C/C++ firmware development, PCI ensuring deterministic BAR behavior, clean enumeration, and BIOS/OS-level compatibility. I’ve worked directly with DMA cards similar to Captain-series hardware and understand the importance of accurate memory mapping and timing consistency. You’ll receive clean, documented firmware source, build instructions, and validation notes so the firmware can be audited and extended safely. If helpful, I can also clarify expected BAR sizes, MSI-X vector count, and target Windows builds before starting. Best,

@yaroslavmark

✅ Okay, I got what you want exactly. I am a senior firmware and embedded systems engineer with over 10 years of experience, providing PCIe device firmware, BAR/MSI-X handling, low-level C/C++ development, and Windows driver interoperability. In my opinion, the most reliable approach here is to build a true 1:1 PCIe endpoint emulation that accurately mirrors configuration space, BAR mapping, and interrupt behavior of a real device. This ensures stable enumeration, predictable driver communication, and long-term maintainability across Windows updates. This project is very similar to my previous work. I’ve implemented PCIe firmware for custom FPGA-based DMA cards where I designed full CFG space layouts, mapped multiple BAR regions (including 64-bit memory BARs), and validated MSI-X tables with up to 32 vectors under Windows. I also worked closely with driver teams to pass internal validation tools and stress tests without enumeration or interrupt faults. ✅ So, I will divide your project like following: ⚡ Analyze Captain75T hardware and define exact CFG/BAR layout ⚡ Implement BAR response logic, MSI/MSI-X, and I/O space handling ⚡ Validate firmware stability with Windows driver and stress testing ⚡ Final optimization, documentation, and handoff Via private chatting or meeting, I will provide creative ideas and a solid technical solution for your project, and I’d like to discuss budget and timeline in detail. Best regards, Yaroslav

@Zawiya3

With my impressive array of technical skills and extensive experience in firmware development and C and C++ programming, I can design an exceptional DMA card firmware that fully emulates your Captain75T card. My proficiency with Python not only strengthens my ability to perform data scraping and processing, but also affords me an elevated understanding of system behavior needed for the successful emulation of functionalities such as complete MSIX, MSI, I/O space support, and interrupt message responses. In the realm of anti-cheat system compatibility, my familiarity with EAC, BE, FACEIT AC, ACE, plus a deep grounding in Python enables me to maneuver the unique complexities these systems present. Also notable is my experience in configuring Base Address Register (BAR), guaranteeing uncompromising memory data delivery that ensures seamless interactions between your device's BIOS and system. Over the years, I’ve built a solid reputation for my solution-driven approach to projects. With an unwavering eye on detail and compatibility, coupled with my adaptability to navigate different programming languages and frameworks like a well-seasoned sailor, you can trust me to develop a top-class 1:1 fully emulated DMA card firmware within the given time frame. I look forward to offering my expertise for your esteemed project.

@andriik18

Hi, I’m excited about the opportunity to develop a fully emulated firmware for your DMA card. With over 7 years of experience in firmware development and a strong background in embedded systems, I am well-equipped to deliver the functionality you require, including complete CFG emulation and full BAR support. My expertise in systems integration and familiarity with various anti-cheat systems like EAC and FACEIT ensure that I can create firmware that not only meets your standards for compatibility but also aligns with security requirements. I propose to deliver the initial version of the firmware within 14 days.

@dragomira2

Hello DMAUser, Thank you for sharing the detailed requirements for your DMA Card firmware project. I understand you need a fully emulated firmware for your Captain75T card, with precise 1:1 configuration space emulation, BAR support, and complete response handling—including MSIX, MSI, I/O space, and interrupts—to ensure the device is indistinguishable from authentic hardware, even under rigorous CFG detection and DRVScan analysis. Additionally, seamless compatibility with leading anti-cheat systems (EAC, BE, FACEIT, ACE, Javelin, and more) is essential. With over a decade of experience in low-level firmware development, embedded systems, and PCIe device emulation, I have a strong track record of delivering robust solutions for custom hardware projects. My expertise includes C/C++ programming, microcontroller firmware, and direct experience with DMA devices and PCIe protocol intricacies. I have previously implemented firmware that successfully passed CFG and BAR integrity checks, and I am well-versed in the unique challenges posed by anti-cheat detection systems. For your project, I will reverse-engineer the target device’s configuration space and BAR structures, ensuring byte-accurate emulation. I’ll implement precise interrupt and MSIX/MSI handling, thoroughly test with DRVScan and anti-cheat environments, and provide clean, maintainable code. My goal is to deliver firmware that integrates transparently with Windows and remains undetectable by the targeted anti-cheat systems. I am excited to bring my expertise to your project and look forward to collaborating closely to achieve flawless emulation on your Captain75T DMA card. Please let me know if you’d like to discuss technical details further.

@joaquinc48

1️⃣ PCIe / DMA firmware for research & testing – CFG/BAR/MSI/MSI-X implementation – Windows driver interaction – FPGA-based endpoint (Captain75T or similar) – No security evasion, fully transparent IDs 2️⃣ Educational / reverse-engineering analysis – How PCIe enumeration works – How BARs, interrupts, and DMA engines are implemented – How Windows talks to custom PCIe devices 3️⃣ Driver + firmware co-design – Custom PCIe device + matching Windows driver – Debuggable, traceable, lab-safe setup

@rajahunainweb

Hi There, I understand you are looking for a skilled developer to create fully emulated firmware for your DMA card, specifically for the Captain75T. I can guarantee that my expertise in C Programming, Electronics, Microcontroller, and C++ Programming will enable me to deliver a solution that meets your rigorous requirements, including 100% CFG compliance and full BAR support. With over 3 years of experience in firmware development, I am adept at ensuring seamless integration and compatibility, particularly with anti-cheat systems such as EAC, BE, and others outlined in your project description. Portfolio Links: https://www.freelancer.com/u/rajahunainweb I am excited about the opportunity to collaborate on this project and deliver the results you expect. Thank you! Regards, Raja Hunain

@melissap68

This is exactly the kind of work I enjoy doing — projects like this combine precision and creativity, and I make sure both show through in every detail. I have a proven track record in firmware development, ensuring clean, professional, and user-friendly solutions. My expertise includes full emulation for DMA cards like Captain75T, encompassing CFG, BAR support, and compatibility with anti-cheat systems. I consistently deliver high-quality results, clear communication, and a smooth, reliable process. I'm happy to offer insight even if you don’t decide to hire me. Regards, Melissa Pringle

@brandonlee101

I am a perfect fit for your project. - Deliver fully emulated firmware matching 100% CFG for Captain75T DMA card. - Implement complete BAR support with accurate memory mapping and proper response handling. - Ensure seamless integration with multiple anti-cheat systems like EAC, BE, FACEIT, ACE, and Javelin. Could you clarify the development environment constraints or preferred tools for firmware deployment? Your emphasis on "clean, professional, user-friendly, seamless, integrated, automated" firmware aligns with the need for flawless CFG detection and trustworthy BAR responses to maintain system and anti-cheat compatibility. While I am new to freelancer, I have tons of experience and have done other projects off site, including low-level firmware development and hardware integration. I would love to chat more about your project! Regards, Brandon

@snowwa

i'll try to impalement your firmware for the DMA card system and will to try to implement high security with anti-cheats and exception handling for any error possible

@yevhenp81

Hello, Your project caught my attention because it requires deep, low-level firmware work, which is exactly my specialty. I'm a senior embedded and desktop engineer focused on microcontroller firmware and hardware-adjacent development. I have strong experience building precise device behavior that must integrate cleanly with Windows and pass strict driver and system checks. I am comfortable working with PCIe fundamentals, including accurate CFG space, full BAR support, MSI/MSI-X handling, I/O space, and interrupt behavior. My approach is always correctness first, with stable and predictable responses that closely mirror real device behavior. I understand the importance of clean DRV scan results and careful behavior in environments with strict validation. I work methodically, test thoroughly, and avoid fragile or shortcut implementations. I am familiar with DMA-based devices such as the Captain75T and can adapt firmware to meet exact system expectations. If you want a reliable engineer who takes this kind of work seriously, I would be glad to discuss the details. Thank you for your time. Best, Yevhen Pustovoyt

@dominicd28

Good afternoon , I hope this proposal finds you well. I have checked your project titled ( DMA Card Firmware 1:1 Full emulate (EAC/BE/ACE/RICOCHET/VGK/FACEIT/5E/PWA)), which lies in my field of my certification & specialization. This is to inform you that I have KEENLY gone through your project description, CLEARLY understood all the project requirements as instructed in your project proposal and this is to let you know that I will perfectly deliver as desired. Being in possession of all stated required skills like; Microcontroller, Arduino, C Programming, C++ Programming and Electronics:, as this is my field of professional specialization having completed all certifications and developed adequate experience in the respective field, I hereby humbly request you to consider my bid for professional, quality and affordable services that meet all your requirements. I always guarantee timely delivery and unlimited revisions where necessary hence you are assured of utmost satisfaction when working with me. Please send me a message so that we can discuss more and seal the project. WELCOME.

@RickJMc83

Hi, I’ve reviewed your Captain75T DMA Card Firmware 1:1 Full Emulate brief. I can deliver a Windows-compatible PCIe device emulator that faithfully reproduces CFG, BAR, MSI/MSIX, I/O space, and interrupt behavior for legitimate driver testing and hardware-in-the-loop validation. With deep expertise in C++, firmware, microcontrollers, and electronics, I’ll build a modular emulator core, a Windows test harness, and thorough documentation. The solution will ensure correct CFG space, accurate BAR responses, and proper MSI/MSIX handling, while avoiding any bypassing of security protections. This approach supports safe development, compliant testing, and a DRVScan-friendly profile. Deliverables include source, build scripts, and test results, with phased milestones and clear acceptance criteria. Next step: confirm hardware access, define test scenarios, and sign off on the compliance constraints. What are your top priority test scenarios and compliance constraints for the initial prototype? Best regards, RICHARD