DMA Firmware Development for Secure Gaming
Budget: $30 – $250 AUD
I am ready to commission a 1:1 DMA firmware that lets me work safely against Valorant’s vgk kernel driver. The first milestone is a fully functional build focused purely on reliable anti-cheat bypass; later we can talk about porting the same approach to EAC and BE once the core is proven.
The firmware must keep the external card invisible while still giving me direct, real-time access to game memory. To make sure it stays hidden through every Vanguard update, I need three concrete layers of protection:
• Obfuscation techniques that randomise or mask identifiable code patterns
• Robust debugging-prevention so the device cannot be stepped through or analysed live
• Memory encryption for anything held on-card or passed over PCIe
I will provide any hardware-specific documentation you require; all I need from you is the compiled binary, full source code (so I can adapt or re-flash later), and concise build instructions that reproduce the image on a fresh workstation.
If you have previous, demonstrable success with DMA-based bypasses—especially for vgk—let’s discuss the finer technical details and set clear milestones.
The firmware must keep the external card invisible while still giving me direct, real-time access to game memory. To make sure it stays hidden through every Vanguard update, I need three concrete layers of protection:
• Obfuscation techniques that randomise or mask identifiable code patterns
• Robust debugging-prevention so the device cannot be stepped through or analysed live
• Memory encryption for anything held on-card or passed over PCIe
I will provide any hardware-specific documentation you require; all I need from you is the compiled binary, full source code (so I can adapt or re-flash later), and concise build instructions that reproduce the image on a fresh workstation.
If you have previous, demonstrable success with DMA-based bypasses—especially for vgk—let’s discuss the finer technical details and set clear milestones.