There is a new puppy in the family! PocketPilot is a smaller version of the BBBmini Flight Controller.
Texas Instruments Deep Learning API and examples ported onto BeagleBone AI's default Debian distribution image and mjpg-streamer filters.
Learn how to use Blynk with Node.js on a variety of platforms.
Under $200. Single 2S LiPo battery. Readily available parts. Programmable flight control via Python.
Using a small Linux SBC to replace the dashboard of my Nordic Treadmill. It set's goals and logs run and weight-loss history.
BBBmini is a state of the art Linux autopilot / flightcontroller Cape for the BeagleBone. It can be used for Copter, Planes or Rovers.
Build a car hacking spy device to remotely read and send CAN commands and track GPS location. All based on open source software/hardware.
BeagleBone Green Wireless Irrigation Control using HTML5, WebSockets, and Ecmascript 6.
A BeagleBone Blue powered drone that will follow you around on a leash.
Want to learn how to trigger events when a known Bluetooth device is nearby using the BBGW? Here's a python example to get you started!
A hand-held synthesizer with cap touch buttons, various modes on a four-key drumpad, and a looper for on-the-go composing.
The Smart Analyzer is an extended version of Oscillogram for Utility Grid with advanced resources: fft analysis on voltage and current.
An extensible low-cost open platform for learning embedded control & robotics in multithreaded Linux. Runs ROS, Python, Simulink, LabVIEW.
Here is a demo of voice-controlled home automation using Amazon Alexa and PubNub data stream network.
Quickly automate any door with facial recognition, motion detection, motor control & text to speech using BeagleBone Black Wireless.
The PocketBeagle doesn't have network connectivity out of the box because it's a low-cost platform.
PRUADC1 - Beaglebone Green and PRU "Programmable Real-Time Unit" Interface to ADC using RemoteProc and RPMsg Framework.
This is a small motor driver based around the L298 dual, H-bridge and the BeagleBone Black. It was typed up in Python.
Getting Started with Safe Haptic Neuroprosthesis using the Haptic Cape for BeagleBone Green
Design and build a system for monitoring structural movements in smart buildings with Infineon 3D Magnetic 2Go.
Bring a building-sized digital clock to life using 129,600 independent RGB LEDs controlled by 72 BeagleBone Greens.
I have this mower that I made from a BBG, Motor Bridge Cape, and there is no engine (YET)!
Quick and easy way to tell time and weather when getting ready!
Amazon Alexa like device running on the Beaglebone.