Instead of relying on timers, it reacts to what is on screen and sends each keypress through dedicated hardware.
Why Decision Pilot
⚡ Reacts To The Game
Decision Pilot captures your screen and checks health bars, cooldowns, buffs, debuffs, UI elements, and custom regions. When multiple rules match, the highest-priority action runs first.
🎮 Real Hardware Input
Keyboard actions are sent through a dedicated USB HID device. Every input appears as genuine hardware interaction.
🧩 Visual Script Builder
Create automation visually with conditions, priorities, cooldowns, variables, exclusive actions, and multi-step sequences.
🖥 Multi-System Control
Run multiple scripts, manage machines remotely, use global hotkeys, and monitor everything through the live overlay.
Remote Dashboard
Run it from your phone
Start or stop a connected Decision Pilot instance from your mobile browser. Check its status and watch what it is doing while you are away from your computer.
- Start and stop connected instances remotely
- See the active script, connection status, and elapsed time
- Monitor CP, HP, MP, rule activity, and screen captures
- Manage multiple instances from your phone or desktop
Addons
😴 Captcha Solver 
Detects and solves letter-based captchas automatically. Timing and click positions can be varied between attempts.
🤖 AntiBot Solver
Detects in-game AntiBot prompts, sends Discord notifications, and can optionally use AI to solve verification challenges.
💬 Chat Responder
Watches Local chat and Private Messages (PMs). It can show alerts, send Discord notifications, and use AI to draft replies based on the conversation.
🐉 Raid Camper
Tracks raid boss cycles and provides spawn alerts, automatic TOD tracking, and Discord notifications for timer bots.
Parsec Controller
NEW
Bypasses
Parsec input restrictions so you can control remote machines running Decision Pilot, including machines on
HWID-locked account servers.
Mirror your live keyboard and mouse input to any open
Parsec session in real time. Decision Pilot automatically routes key presses,
mouse clicks, scrolling, and key combinations to whichever remote Parsec
window is currently focused.
Configure per-window Device ID mappings, enable optional
local input pass-through, and get started with
zero manual network setup.
Hardware Requirement
🔌 USB HID Controller
Decision Pilot uses an external USB HID controller to generate
genuine hardware keyboard input. This allows the application to send real key
presses through a physical USB device rather than software-simulated input.
While Decision Pilot can be installed and explored without a compatible device,
most automation features require a compatible HID device.
✅ Recommended Hardware
Arduino Micro
The official Arduino Micro is the recommended controller and is fully
supported out of the box.
Purchase an Arduino Micro →
💰 Compatible Alternative
A Pro Micro is also supported, provided it:
- Uses the ATmega32U4 microcontroller
- Supports native USB HID functionality
You can install Decision Pilot, configure scripts, explore the editor, and use supported non-HID features without a compatible device. A supported USB HID controller is only required for features that perform hardware keyboard and mouse automation.
System Requirements
- Windows 10 or Windows 11
- .NET Desktop Runtime 8.0.29 (x64)