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The products we sell are all trusted items in the market, and have undergone rigorous testing by our team and testers before being officially launched in the store and given safety and functionality ratings.
There is always a risk of being banned when cheating! We will not make any promises that we can guarantee that using DMA is completely safe and will not result in a ban.
Reasons that may lead to ban/detection:
The stability of a DMA board depends on the firmware used. If the firmware is flagged by the game, the probability that the same group of users using the same firmware will be detected/banned is high. Reflashing the new firmware will return the board to a stable and undetected state.
No software detection.
While DMA is considered one of the best ways to cheat, it is not 100% guaranteed not to be caught. Although anti-cheat systems may not detect it, most games now use manual detection methods and big data. For example, Apex uses an AI system to detect certain behaviors using big data. So, the stability of DMA depends on how the user uses it.
In DMA, all the **ESP** and **Radar** methods that rely on layer drawing cannot be drawn directly on the main computer screen. The glow effect and enemy coloring can be shown directly on the main computer by writing to the game memory, but **ESP** and radar will be displayed on the second computer screen.
There are two ways to create a secure environment for streaming and drawing:
Simply put, the main computer's game screen is streamed to the secondary computer via (local) broadcast so that **ESP** can be drawn on the secondary computer screen. The player will need to play on the secondary computer while the broadcast shows the screen from the main computer to the viewers. The user will not see any graphics on the main computer because everything is drawn on the secondary computer.
This feature is usually used by players who need to record or stream their gameplay. Broadcasting requires a slightly better configuration for the secondary computer. We recommend a secondary computer with a **5600G** processor that can stream and play **Apex**, **CSGO**, and **PUBG** games smoothly on a **1080p** display. If you want to play on a **2K** or **4K** display, the secondary computer will need better specs.
Skip to the next topic for questions related to **DMA Combiner / Fuser**.
The typical usage of KMBOX/aim controller involves connecting the mouse to KMBOX/aim controller via USB, and then connecting 1PC and 2PC. The DMA software on 2PC utilizes the COM port to control the mouse and achieve auto-aiming effects on 1PC. (KMBOX Network Version uses local network remote control, which is safer and more advanced.)
Write to memory directly to achieve auto-aim, but this method carries a high risk of detection if the anti-cheat system is strong.
It directly controls the mouse on the second computer using software, but it may be detected due to the use of software such as Parsec Or Moonlight.
Both methods carry the potential for detection, so it is not recommended to use them with strong anti-cheat systems such as Vanguard Or Faceit.
If live streaming is required, the first computer's screen can be streamed live, and viewers will not be able to see any ESP graphic because the ESP graphic overlap is done in the DMA Fuser, not on the main computer.
One of the advantages of DMA cheating over memory-based (internal) or external cheating is that it is more reliable and difficult to detect. Its stability depends on the firmware. The default pre-flashed firmware is our own firmware.
We also offer a variety of options for custom firmware, which supports the entire system (including Valorant and Faceit), long-term updates and performance improvements, which the user can purchase if needed.
