🛰️ Orion RF (WIP)

Orion RF is a portable RF & wireless experimentation toolkit built for the ESP32 platform with NRF24 support.

⚠️ This project is currently under active development. Some features are experimental, incomplete, or may change frequently.

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🚀 Current Features

📡 Wireless Tools

BLE Scan

• Discover nearby Bluetooth Low Energy devices
• View MAC address, RSSI, and device information
• Real-time scanning interface

WiFi Scan

• Scan nearby WiFi access points
• View:
  • SSID
  • Signal strength (RSSI)
  • Channel
  • Encryption type

WiFi Analyzer

• Analyze surrounding WiFi activity
• Useful for understanding channel congestion and wireless environments

RF Capture (WIP)

• Experimental RF packet capture functionality
• Replay support planned

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📻 NRF24 Tools

BLE Jammer

• NRF24-based BLE interference testing
• Functional

Bluetooth Jammer

• NRF24-based Bluetooth interference testing
• Functional

WiFi Jammer

• NRF24-based WiFi interference testing
• Experimental

⚠️ These tools are intended strictly for wireless research, testing, and educational purposes in authorized environments.

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⌨️ BadUSB

• HID keyboard emulation
• Execute automated payloads/scripts
• Useful for testing and automation workflows

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🖱️ BLE Mouse

• ESP32-based Bluetooth mouse emulation
• Experimental HID functionality

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🔧 System Utilities

System Info

• Display device/system information
• Useful for debugging and diagnostics

Device Check

• Verify connected peripherals/modules
• Hardware diagnostics utility

Restart

• Quick device reboot option from UI

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🧩 Project Status

Feature	Status
BLE Scan	✅ Working
WiFi Scan	✅ Working
WiFi Analyzer	✅ Working
BadUSB	✅ Working
BLE Mouse	✅ Working
BLE Jammer	✅ Working
Bluetooth Jammer	✅ Working
WiFi Jammer	⚠️ Experimental
RF Capture	🚧 WIP
RF Replay	🚧 WIP
SD Card Support	🚧 Planned
Emulator	🚧 Planned
NFC	🚧 Planned

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🛠️ Hardware

• 1 x ESP32-S3
• 2 x NRF24L01 Modules
• 2 x CC1101 Modules
• 1 x OLED Display
• Battery-powered portable setup

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📌 Notes

• Designed primarily for learning, experimentation, and embedded RF research
• Optimized for portable usage
• UI-driven navigation system

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⚖️ Disclaimer

This project is intended for:

• Educational purposes
• RF experimentation
• Hardware research
• Authorized security testing

The authors are not responsible for misuse or illegal operation of this project.