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Sick of trash macro recorders that get flagged by basic heuristic checks? Most Flyff bots out there are just simple pixel clickers that break if the wind blows. Centinela takes a different approach by leveraging the Chrome DevTools Protocol (CDP) and Computer Vision. Since Flyff Universe runs in the browser, manipulating the DOM and the rendering engine directly is the cleanest way to automate without touching the process memory.
Core Tech & Stealth Architecture
This isn't a paste. It uses a combination of Tesseract-OCR and OpenCV to read the game's render stream. Because it operates via WebSockets and screen analysis, there is zero RAM injection. No DLLs are loaded, and no Windows memory APIs like WriteProcessMemory are called. From the perspective of standard anti-cheats like GameGuard or XignCode, this is just a browser instance doing browser things.
Key Features
Environmental Requirements
You need a specific setup to keep Chromium from throttling the background threads—otherwise, the bot will lag out when you Alt+Tab.
Note: You MUST install Tesseract here. Deviation causes main-thread exceptions during the OCR array validation.
Chrome Debugging Setup
To interact with the game via CDP, you need to launch Chrome with a specific debugging port. Create a new shortcut and use this target:
In-Game Calibration
For the coordinate vectors to map correctly, you need to strictly follow these rendering rules:
Professional tip: While others are catching bans from obvious hardware hooks and public injectors, using the browser's own dev protocols is the way to stay under the radar. Don't leave it 24/7 unsupervised—GMs check for bot-like behavior patterns regardless of how stealthy your injection method is.
anyone actually tried this setup for dual-boxing on a single machine?
Core Tech & Stealth Architecture
This isn't a paste. It uses a combination of Tesseract-OCR and OpenCV to read the game's render stream. Because it operates via WebSockets and screen analysis, there is zero RAM injection. No DLLs are loaded, and no Windows memory APIs like WriteProcessMemory are called. From the perspective of standard anti-cheats like GameGuard or XignCode, this is just a browser instance doing browser things.
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Key Features
- Ghost OCR Scan: Real-time dynamic localization of your Main DPS target.
- Self-Management: Auto-monitors RM HP/MP and triggers pots based on pixel arrays.
- Safe Deselection: Uses DOM Input.dispatchMouseEvent on the 'X' node to clear targets without hardware hooks.
- Memory Stealth: 0% risk of signature detection because it stays out of the game's memory space.
- Multi-Language: Supports English, Spanish, and German UI strings.
Environmental Requirements
You need a specific setup to keep Chromium from throttling the background threads—otherwise, the bot will lag out when you Alt+Tab.
Code:
C:\Program Files\Tesseract-OCR\tesseract.exeChrome Debugging Setup
To interact with the game via CDP, you need to launch Chrome with a specific debugging port. Create a new shortcut and use this target:
Code:
"C:\Program Files\Google\Chrome\Application\chrome.exe" --remote-debugging-port=9222 --user-data-dir="C:\ChromeBotFlyff" --remote-allow-origins=* --disable-backgrounding-occluded-windows --disable-renderer-backgrounding --disable-background-timer-throttlingIn-Game Calibration
For the coordinate vectors to map correctly, you need to strictly follow these rendering rules:
- Resolution: Hit F11 for Full Screen. Windowed mode shifts the GUI vectors and breaks calibration.
- UI Scaling: Set Interface size to MAXIMUM. This ensures the font pixel density is high enough for Tesseract to reach 0% error rates.
- Hotbar Mapping: Reserve F1 for Buffs and F2 for Survival (Heal/Potions).
Step A: OCR Array Validation. Greyscales the party frame to match your target string.
Step B: Main HP Mapping. Red Channel (R) array polling on the static center-top bar.
Step C: Target Clear. Maps the 'X' button for direct DOM injection.
Step D/E: Local RM Survival. RGB vector logging for your own Red (HP) and Blue (MP) bars.
Step B: Main HP Mapping. Red Channel (R) array polling on the static center-top bar.
Step C: Target Clear. Maps the 'X' button for direct DOM injection.
Step D/E: Local RM Survival. RGB vector logging for your own Red (HP) and Blue (MP) bars.
Can it run in the background?
Yes, but the RM tab must remain in F11. If you minimize to the taskbar, the engine stops frame painting and the RGB polling will halt the thread. Use Alt+Tab instead.
Why is Step A failing?
Usually, it's a case-sensitive string mismatch or you haven't maxed out your UI scale. The OCR needs those extra pixels to differentiate characters correctly.
Yes, but the RM tab must remain in F11. If you minimize to the taskbar, the engine stops frame painting and the RGB polling will halt the thread. Use Alt+Tab instead.
Why is Step A failing?
Usually, it's a case-sensitive string mismatch or you haven't maxed out your UI scale. The OCR needs those extra pixels to differentiate characters correctly.
Professional tip: While others are catching bans from obvious hardware hooks and public injectors, using the browser's own dev protocols is the way to stay under the radar. Don't leave it 24/7 unsupervised—GMs check for bot-like behavior patterns regardless of how stealthy your injection method is.
anyone actually tried this setup for dual-boxing on a single machine?
