
CVE-2026-77812
Proof-of-concept that passively sniffs cleartext BLE DUML traffic from DJI drones to recover Wi-Fi PSK and trusted session UUIDs, demonstrating…

Proof-of-concept that passively sniffs cleartext BLE DUML traffic from DJI drones to recover Wi-Fi PSK and trusted session UUIDs, demonstrating…

Passive wireless OSINT platform that detects and maps Wi-Fi, Bluetooth, CCTV, IoT devices, and cell towers using radio signal intelligence for…

Predatory ESP32 Firmware

Collects macOS and iOS artifacts to build timelines of network activity, cross-device identity, and physical location correlation for reconnaissance…

The Swiss Army knife for 802.11, BLE, HID, CAN-bus, IPv4 and IPv6 networks reconnaissance and MITM attacks.

Source code for the book "Violent Python" by TJ O'Connor. The code has been fully converted to Python 3, reformatted to comply with PEP8 standards…

Glasses to detect smart-glasses that have cameras. Ray-BANNED

Three-stage Bluetooth BDADDR extraction, DoS & hijack on Fast Pair devices; unpatched primitives outside CVE-2025-36911 scope (no Ubertooth needed)

Firmware for converting consumer LoRa radios into KISS TNC modems with serial CLI, BLE packet sniffing, and APRS/AX.25 compatibility for packet radio…

RF CHAOS is an Android App That Is Designed To Cause Chaos via All RF Adapters Possible - Enjoy!

Exploit of the CVE-2025-36911 vulnerability in Python for testing our own equipment

A security research tool that identifies and demonstrates the CVE-2025-36911: Fast Pair Pairing Mode Bypass vulnerability

This script can be used to check if a Bluetooth device is vulnerable to CVE-2025-36911.

Get GeoLocation of Exploited Device using CVE-2024-31320& bluetooth

Hakku Framework penetration testing

HomePwn - Swiss Army Knife for Pentesting of IoT Devices

Python-Based Pentesting Framework

BLESuite is a Python package that provides an easier way to test Bluetooth Low Energy (BLE) device