The ultimate vehicle-hacking platform
Wirelessly connect your Peloton bike to third-party apps, fitness watches, and more
A fully open source & customizable E-Ink watch
Open source, CircuitPython-compatible, Bluetooth-enabled STEM electronics kits
A tiny, open hardware motion sensor with Wi-Fi & Bluetooth capabilities
A fingertip-size ARM M4F module with Bluetooth 5.2, Thread, Zigbee and 46 I/O
Nordic nRF52840 Dev Board with Sensors and Debugger
An ESP32 Wi-Fi/Bluetooth board that fits in a USB port
A tiny, open source USB computer for security applications
An open, Bee-compatible ESP32 module for quickly and easily adding Wi-Fi and Bluetooth
An open-source, all-inclusive, combined device for monitoring and tracking
The finger-tip sized ARM Cortex-M4F module with BT 5, BT Mesh, and 30 I/O
Multi-sensor data acquisition, processing, and Wi-Fi/Bluetooth communication in a single, open source board. Sense anything.
A low-power, low-cost, wireless wearable built with chip-stacking technology.
An ECG patch with HRV monitoring that's open source, affordable, and Wi-Fi/Bluetooth connected.
An affordable, rugged, secure, and open hardware platform for battery powered connected things with ESP32
Powerful, All-in-one, Arduino-compatible Development and Prototyping Board with ATmega128 at it's Core.
Open source, Arduino-compatible Bluetooth Low Energy (BLE) platform for use as a beacon, microcontroller, and HID device.