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Anyone else messing with the Captain 75T boards lately?
Picked up one of these units off Ali, and while the stock custom firmware is fine for basic testing, I am already looking into flashing my own for better safety. Most of the pre-flashed stuff you get from those sellers is already flagged or shared across way too many users, which is a fast track to getting your main HWID blasted.
Regarding the donor card:
You are on the right track with the concept. You want something with a legit vendor ID and device ID that matches the class of hardware you are trying to spoof. Most guys go for generic NICs (Network Interface Cards) or high-end Audio cards. Just avoid picking something that is a common target or has a driver that Windows expects to see specific behavior from. If you pick a network card, ensure the spoofed data actually makes sense for the bus it is plugged into.
Technical reality check on ACs:
You mentioned R6S, EFT, Rust, and FiveM. Here is the deal:
For EFT, even with a solid DMA setup, the server-side analytics are brutal. If you are using a public Fuser or a cheap KMBox, your movement and aim lock patterns will get you manually flagged before the AC even touches your board.
Has anyone here successfully run a 75T on these specific titles lately without getting a shadowban? I am curious if you guys are sticking to custom firmware only or if you are running a specific middleman layer for the KMBox input. Drop your thoughts—I am trying to avoid bricking my main rig.
Picked up one of these units off Ali, and while the stock custom firmware is fine for basic testing, I am already looking into flashing my own for better safety. Most of the pre-flashed stuff you get from those sellers is already flagged or shared across way too many users, which is a fast track to getting your main HWID blasted.
Regarding the donor card:
You are on the right track with the concept. You want something with a legit vendor ID and device ID that matches the class of hardware you are trying to spoof. Most guys go for generic NICs (Network Interface Cards) or high-end Audio cards. Just avoid picking something that is a common target or has a driver that Windows expects to see specific behavior from. If you pick a network card, ensure the spoofed data actually makes sense for the bus it is plugged into.
Technical reality check on ACs:
You mentioned R6S, EFT, Rust, and FiveM. Here is the deal:
- The Hardware Layer: A Captain 75T with generic firmware won't survive long on titles like Rust or Siege. EAC and BattlEye are getting way better at checking for DMA presence by scanning for specific PCIe configurations and memory read patterns.
- Beyond Vendor IDs: Just changing the VID/PID isn't enough anymore. You need to look into memory remapping and ensure your firmware is 1:1. If your DMA isn't hiding its own signature from the system's memory-access requests, you are just waiting for a manual ban or a detected trigger.
- Motherboard settings: You can't just ignore these. You have to disable things like "Above 4G Decoding" or "Resizable BAR" if they are interfering with your board's ability to stay invisible, though this varies depending on your specific motherboard and how your firmware handles BAR space.
For EFT, even with a solid DMA setup, the server-side analytics are brutal. If you are using a public Fuser or a cheap KMBox, your movement and aim lock patterns will get you manually flagged before the AC even touches your board.
Has anyone here successfully run a 75T on these specific titles lately without getting a shadowban? I am curious if you guys are sticking to custom firmware only or if you are running a specific middleman layer for the KMBox input. Drop your thoughts—I am trying to avoid bricking my main rig.
