Create a Voice-Activated HID Payload Injector Using BUG

Automated Network Reconnaissance Tool with BUG – An AI-Powered HID Device

In this project, we’ll build an automated network reconnaissance tool using the BUG ethical hacking device. This hands-on tutorial walks through how to configure and deploy payloads for Wi-Fi network scanning, device identification, and logging results to a MicroSD card—all with voice commands or wireless control.

Hardware Components:

BUG (ESP32 or RP2040 Variant)

• BUG (ESP32 or RP2040 Variant)

MicroSD Card (8GB+)

• MicroSD Card (8GB+)

LiPo Battery or USB power source

• LiPo Battery or USB power source

Computer (Windows/Linux/macOS)

• Computer (Windows/Linux/macOS)

Optional: OLED display or LED for status indication

• Optional: OLED display or LED for status indication

💻 Software & Tools:

Arduino IDE or Thonny (depending on MCU)

• Arduino IDE or Thonny (depending on MCU)

MicroPython/CircuitPython payloads

• MicroPython/CircuitPython payloads

Serial monitor (Putty, CoolTerm, etc.)

• Serial monitor (Putty, CoolTerm, etc.)

BUG Payload Builder (Optional UI tool)

• BUG Payload Builder (Optional UI tool)

Step 1: Flash Firmware and Setup BUG

Explain how to:

Install the required drivers for BUG

• Install the required drivers for BUG

Flash MicroPython (for RP2040/STM32) or use Arduino IDE (for ESP32)

• Flash MicroPython (for RP2040/STM32) or use Arduino IDE (for ESP32)

Connect and test voice command or Wi-Fi mode

• Connect and test voice command or Wi-Fi mode

python

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# sample MicroPython snippet
import os
import machine
import network

def scan_networks():
wlan = network.WLAN(network.STA_IF)
wlan.active(True)
networks = wlan.scan()
for ssid, *_ in networks:
print("SSID Found:", ssid.decode())

scan_networks()

python

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# sample MicroPython snippet
import os
import machine
import network

def scan_networks():
    wlan = network.WLAN(network.STA_IF)
    wlan.active(True)
    networks = wlan.scan()
    for ssid, *_ in networks:
        print("SSID Found:", ssid.decode())

scan_networks()

Step 2: Add Voice Command Trigger (AI Control)

Use offline speech recognition or link a Bluetooth controller for voice-triggered execution.

python

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# Pseudocode: On voice command, run reconnaissance
if voice_command == "scan networks":
scan_networks()

python

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# Pseudocode: On voice command, run reconnaissance
if voice_command == "scan networks":
    scan_networks()

Step 3: Log Data to MicroSD

python

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with open('/sd/network_log.txt', 'w') as file:
for ssid in ssid_list:
file.write(ssid + '\n')

python

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with open('/sd/network_log.txt', 'w') as file:
    for ssid in ssid_list:
        file.write(ssid + '\n')

Bonus: Real-time Feedback with LED/OLED

Use GPIO to show progress or results:

Blink LED for active scanning

• Blink LED for active scanning

Display results count on OLED

• Display results count on OLED

Credit - BUG- First AI Powered, Voice Control, Ethical Hacking Device