is this DMA idea achievable if done correctly?
I have an interesting idea for a new version of DMA that leverages how SSDs already function. Most SSDs behave like a kind of DMA (Direct Memory Access) device as they read and write data while operating on your PC. My idea is to use a modified SSD (likely a custom-made one) that acts not only as a storage device (holding files, such as game files) but also as a DMA-enabled device.
When files are stored on this device, the SSD—acting as both an SSD and a DMA card—would be able to read data (e.g., game files) and send the required data to a second PC. The host PC would not flag the device because the SSD already behaves like a typical DMA device while functioning as storage.
Although this is still a concept in its early stages, I believe it could work with the right prebuilt firmware to ensure the SSD functions as a standard storage device. Additionally, with some knowledge and careful design, the limitations of which files might get flagged once read can be figured out.
I am not an expert in PCs, so this is just an idea to make DMA access easier, bypassing the need for third-party DMA firmware providers and avoiding the ban waves that have been affecting DMA users. Yes, I know that with the right firmware, one doesn’t have to worry about detection, but I think this device could perform exceptionally well because the game files would actually be stored on the DMA device itself, making it harder to detect or block.
Of course, there are some obvious challenges and concerns I haven’t fully addressed, and I’m sure people will point out weaknesses or flaws in the idea. But, given that the storage location of the game files is on the same device, it could offer a significant advantage in accessing information. As for the physical design of such a device, I’m not sure exactly what it would look like, but I do feel it could perform very well.
Add-On: Physical Design and Improved Hiding Method
Additionally, this device could provide an even better hiding method physically. Since it can connect via SATA ports (standard for SSDs), it could be concealed inside the computer case without raising suspicion. Most users wouldn’t be likely to notice, and the fact that it's hidden behind the case makes it harder for others to detect or tamper with.
This approach could also eliminate the need for custom firmware. Because the DMA functionality is already built into the device and the SSD itself behaves like a standard storage device, the firmware would essentially be pre-built into the component. This means that there would be no need for additional custom firmware to mask the DMA behavior. The device would inherently work as an SSD while enabling DMA operations in the background.
By masking its DMA capabilities and presenting itself as a regular SSD to the host, it could offer a stealthier and more efficient method for data manipulation between two systems. Of course, this would still require robust firmware, good design, and thorough testing to ensure the device performs reliably and is secure. But overall, the ability to have built-in stealth without relying on extra firmware could significantly streamline the process and reduce the risk of detection.
Add-On: The Bridge Concept – SSD-DMA-Device-Host PC Setup
Another potential variation of this DMA concept could involve an add-on device that acts as a bridge between the SSD and the host PC, making the integration even simpler and more flexible. Instead of modifying the SSD itself or building a custom DMA-capable SSD from scratch, this add-on device would sit between the SSD and the host PC, effectively acting as an intermediary between the two. Either of the two ideas would perform similarly, though this add-on approach does seem simpler overall, as it allows you to turn your existing SSD into a bridge for the DMA to act upon without the need to replace or modify the storage device itself.
This setup would make it even easier to integrate the DMA functionality with the existing system, eliminating the need to directly alter the SSD or tamper with its firmware. The add-on device would provide the same benefits as modifying the SSD directly, but with an added layer of modularity and flexibility.
This approach provides a modular solution, allowing easy integration with any SSD, without requiring significant changes to the system. The add-on device acts as a stealthy, efficient bridge, enabling complex data operations without compromising security or performance. If properly designed, this could be a more flexible and stealthier alternative to traditional DMA setups, while providing a much-needed flexible solution for data manipulation in a variety of use cases.
from yours truly , loopy
dont flame me if this is a shit idea i just wanted to know if my idea was an actual feasible one....
