Detect cameras and suspicious devices using magnetic field detection, infrared glint identification, and network security scans. Identify potential threats by scanning surroundings and analyzing wireless signals.
Locate Low Energy devices using strength indicators. Scan nearby devices instantly. View device names, MAC addresses, and real-time data. Auto-reconnect to previously paired devices.
Wirelessly iOS devices to Adafruit LE modules for project control. Send sensor and GPS data via Bluetooth LE. Control directional inputs and Arduino pins. Transmit and receive messages in Hex or ASCII formats. Communicate with CircuitP devices.
Connect to compatible devices via BLE. Send reminders over Bluetooth or take photos remotely. Create custom BLE devices like a camera remote or fridge interface for checking shopping lists.
Monitor and adjust sensor data in real time. Connect via Bluetooth Low Energy to access readings and configure settings. View historical data and receive notifications for changes.
Control smart lights via Bluetooth BLE. Recognize lighting fixtures and display signal strength. Adjust brightness, color, and scenes. Set dimming and mode preferences. Support music rhythm mode with microphone and audio input.
BLE allows reading and writing of various NFC tags including Mifare Classic 1K, 4K, Ultralight, and NTAG203/213/215/216. It supports full dump reading, partial and full sector writing, and UID changing for Gen1A and Gen2 tags.
Locate nearby Low Energy devices instantly. Track signal strength to pinpoint lost items. View names, MAC addresses, and live signal data for accurate identification.
Scan and connect Low devices. Input CBUUID to establish connections. Send data to connected devices and print returned responses. Retrieve battery level and RSSI information. Operate in central or peripheral mode for testing and simulation.