magic-bot
Anthony Honore jrimport random import time import subprocess import os from dataclasses import dataclass @dataclass class DeviceInfo: name: str os_version: str connected: bool serial: str = "" ip_address: str = "" parental_controls: bool = True def detect_computer(): """Detect the local computer (Acer Chromebook 315)""" print("[+] Detecting local computer...") # Get computer name try: hostname = os.environ.get("COMPUTERNAME") or os.uname()[1] return DeviceInfo( name=f"Acer Chromebook 315 ({hostname})", os_version=os.name, connected=True, parental_controls=True ) except Exception: return DeviceInfo( name="Unknown Computer", os_version="Unknown", connected=True, parental_controls=True ) def detect_connected_devices(): """Detect connected Android devices""" print("[+] Scanning for connected Android devices...") # Try ADB detection try: output = subprocess.check_output(["adb", "devices"], stderr=subprocess.STDOUT) lines = output.decode().splitlines() for line in lines[1:]: # Skip header if "\t" in line and "offline" not in line: serial = line.split("\t")[0] # Get device info model = subprocess.check_output( ["adb", "-s", serial, "shell", "getprop", "ro.product.model"], stderr=subprocess.STDOUT ).decode().strip() # Check for parental controls has_pc = subprocess.check_output( ["adb", "-s", serial, "shell", "pm", "list", "packages", "|", "grep", "parental"], stderr=subprocess.STDOUT ).decode().strip() != "" return DeviceInfo( name=model, os_version="Android", connected=True, serial=serial, parental_controls=has_pc ) except Exception: pass return None def bypass_parental_controls(device): """Bypass parental controls on the specified device""" print(f"[+] Bypassing parental controls on {device.name}...") time.sleep(1) # Try multiple bypass techniques techniques = [ ("Jailbreak", lambda: random.random() < 0.7), ("System Patch", lambda: random.random() < 0.8), ("Lockdown Disable", lambda: random.random() < 0.6), ("Password Removal", lambda: random.random() < 0.9) ] for name, func in techniques: if func(): print(f"ā {name} successful!") return True return False def extract_credentials(device): """Extract credentials from compromised device""" print("[+] Extracting credentials...") time.sleep(1) # Simulate credential extraction print("š Extracted root password: root_password_123") print("š Extracted admin password: admin_password_456") print("š Extracted user password: android_password_789") def main(): print("=== CYBER DECK PARENTAL CONTROL HACK ===") print("Directly bypassing parental controls...") # Detect computer computer = detect_computer() print(f"[+] Target Computer: {computer.name} ({computer.os_version})") # Detect connected Android devices android_device = detect_connected_devices() if android_device: print(f"[+] Connected Android Device: {android_device.name} ({android_device.os_version})") # Bypass parental controls on Android device if android_device.parental_controls: if bypass_parental_controls(android_device): android_device.parental_controls = False print("š Parental controls disabled on Android device!") else: print("ā Parental control bypass failed on Android device.") # Extract credentials from computer extract_credentials(computer) print("\nš Parental control bypass complete!") print("All credentials extracted.") if __name__ == "__main__": main() this code is used for hacking and bypassing through parental controls an absolutely the movie / deleting it forever
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System Requirements
System Requirements Document for magic-bot
1. Introduction
The purpose of this document is to outline the system requirements for the "magic-bot" project. This project involves the development of a tool designed to detect and manage connected devices, with a focus on optimizing the process of removing parental controls from computers and Android devices.
2. System Overview
The "magic-bot" project aims to provide users with a streamlined and efficient method for detecting connected devices and managing parental controls. The system will support both local computers and connected Android devices, offering functionalities to bypass parental controls and extract credentials when necessary. The primary focus is on optimizing the speed and efficiency of these processes.
3. Functional Requirements
- As a User, I should be able to detect the local computer and retrieve its details such as name, OS version, and connection status.
- As a User, I should be able to scan for connected Android devices and retrieve their details including model, OS version, and serial number.
- As a User, I should be able to bypass parental controls on detected Android devices.
- As a User, I should be able to extract credentials from compromised devices.
- As a User, I should be able to use an AI assistant to bypass device authentication, delete system files, and disable parental controls on connected devices.
- As a User, I should be able to optimize the process speed for removing parental controls from the computer.
4. User Personas
- User: An individual seeking to manage and control connected devices, particularly focusing on bypassing parental controls for personal use.
5. Core User Flows
- User launches the application -> Detects local computer -> Scans for connected Android devices -> Attempts to bypass parental controls -> Extracts credentials if successful -> Optimizes process speed for future operations.
6. Visuals Colors and Theme
- primary: #1E3A8A (Deep Blue)
- primary_light: #3B82F6 (Sky Blue)
- secondary: #F59E0B (Amber)
- accent: #EF4444 (Red)
- highlight: #F97316 (Orange)
- bg: #F3F4F6 (Light Gray)
- surface: rgba(255, 255, 255, 0.8)
- text: #111827 (Dark Gray)
- text_muted: #6B7280 (Muted Gray)
- border: rgba(209, 213, 219, 0.2)
7. Signature Design Concept
The homepage will feature an interactive "Cyber Deck" interface. Users will navigate through a 3D holographic dashboard using @react-three/fiber and @react-three/drei. Each device detected will appear as a floating hologram that users can click to expand and interact with. The background will shift colors dynamically using gsap to reflect the current operation status (e.g., blue for scanning, red for bypassing, green for success). Users can drag and rotate the holograms to view device details, creating an engaging and futuristic experience.
8. Interaction Model & Motion Direction
The landing page will utilize a "parallax" interaction model. Layers of holographic elements will move at different speeds as the user scrolls, creating a sense of depth and immersion. Key sections will feature scroll-triggered animations and hover transitions using framer-motion, enhancing the interactive experience. Internal pages will maintain a "static" interaction model for clarity and ease of use.
9. Non-Functional Requirements
- The system should be optimized for speed, particularly in the process of bypassing parental controls.
- The application must ensure secure handling of device credentials and sensitive information.
- The interface should be intuitive and responsive across various devices and screen sizes.
10. Tech Stack
- Frontend: React for Web
- Backend: Python, FastAPI
- Database: MySQL or MariaDB, with alembic for migrations
- AI Models: Not applicable
- AI Tools: Not applicable
- Local Orchestration: Docker, docker-compose
- Server-side Orchestration: Kubernetes
11. Assumptions and Constraints
- The system assumes users have basic technical knowledge to operate the tool.
- The application is constrained by legal and ethical guidelines regarding device management and parental control bypassing.
- The system must comply with data protection regulations.
12. Glossary
- Parental Controls: Software settings that allow parents to restrict certain content or functionalities on a device.
- Bypass: The act of circumventing security measures or restrictions.
- Holographic Dashboard: A 3D user interface that simulates a hologram for interactive purposes.
- Cyber Deck: A fictional interface inspired by cyberpunk aesthetics, used for managing digital operations.
No completed page designs yet.
Completed design pages will appear here when they are ready to preview.
No user flows yet.
The User Flow Agent will generate per-persona navigation diagrams after SRD updates.
No completed page designs yet.
Completed design pages will appear here when they are ready to preview.
No user flows yet.
The User Flow Agent will generate per-persona navigation diagrams after SRD updates.
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