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Let's be real—hardware fusers are becoming a massive money sink. Between the HDMI 2.1 limitations and the $300+ price tags for a decent bit of kit, it's getting harder to justify them for anything other than a high-end Vanguard setup. If you are digging into a DMA project and want to skip the hardware fuser, you have a few software-based routes, but they all come with trade-offs in latency and detection surface.
1. Moonlight/Sunshine (The Streaming Route)
This is the most common "poor man's fuser." You run the cheat on your second PC, capture the overlay window, and stream it to your main rig via Sunshine.
2. Custom Socket-Based Overlays
Instead of streaming video, you send raw coordinate data (X, Y, W, H) over a local socket from the DMA PC to a lightweight client on the gaming PC. This client renders a transparent GDI or DirectX overlay.
3. Web-Based Overlays
I've seen some guys running a local WebSocket server on the second PC and opening a browser on the main monitor (on a second layer or secondary screen). It’s clunky, the latency is usually garbage for fast-paced shooters like Apex or CS2, but it's technically an alternative if you just need a radar or slow-moving ESP.
The Reality Check
If you're playing games with kernel-level screen capture (Vanguard), the fuser is still the only way to stay truly invisible. Any software on your main PC that draws pixels over the game is a potential red flag. If you're just dodging EAC or BattlEye, you can get away with Moonlight if you've got your network optimized.
Anyone found a way to use a capture card with OBS and a projector/custom glass setup, or are we all just waiting for cheaper HDMI 2.1 fusers to hit the market?
1. Moonlight/Sunshine (The Streaming Route)
This is the most common "poor man's fuser." You run the cheat on your second PC, capture the overlay window, and stream it to your main rig via Sunshine.
- Pros: Extremely low latency if you have a 2.5G or 10G local network setup.
- Cons: Some aggressive anti-cheats (especially Vanguard and newer EAC builds) are starting to look for active streaming services or virtual display drivers. If you're using a generic virtual monitor, you're asking for a manual flag.
2. Custom Socket-Based Overlays
Instead of streaming video, you send raw coordinate data (X, Y, W, H) over a local socket from the DMA PC to a lightweight client on the gaming PC. This client renders a transparent GDI or DirectX overlay.
While this solves the HDMI hardware cost, it introduces a major detection vector on the gaming PC. Any internal or even external overlay on the main rig can be captured by BitBlt or anti-cheat screen grabs. If you go this route, you need a way to hide the overlay from the AC's capture methods (like using specific window flags or hijacking a legitimate overlay).
3. Web-Based Overlays
I've seen some guys running a local WebSocket server on the second PC and opening a browser on the main monitor (on a second layer or secondary screen). It’s clunky, the latency is usually garbage for fast-paced shooters like Apex or CS2, but it's technically an alternative if you just need a radar or slow-moving ESP.
The Reality Check
If you're playing games with kernel-level screen capture (Vanguard), the fuser is still the only way to stay truly invisible. Any software on your main PC that draws pixels over the game is a potential red flag. If you're just dodging EAC or BattlEye, you can get away with Moonlight if you've got your network optimized.
Anyone found a way to use a capture card with OBS and a projector/custom glass setup, or are we all just waiting for cheaper HDMI 2.1 fusers to hit the market?
