Learn how to use Blynk with Node.js on a variety of platforms.
Quick and easy way to tell time and weather when getting ready!
There is a new puppy in the family! PocketPilot is a smaller version of the BBBmini Flight Controller.
Not content with an RC type drone, I want to design a flying software testing platform with which to develop new guidance methodologies.
BBBmini is a state of the art Linux autopilot / flightcontroller Cape for the BeagleBone. It can be used for Copter, Planes or Rovers.
The control of a robot may be painful as you have to develop specific clients for each mobile device. I propose a Web based control
BeagleBone Green Wireless Irrigation Control using HTML5, WebSockets, and Ecmascript 6.
A hand-held synthesizer with cap touch buttons, various modes on a four-key drumpad, and a looper for on-the-go composing.
Under $200. Single 2S LiPo battery. Readily available parts. Programmable flight control via Python.
Amazon Alexa like device running on the Beaglebone.
The Smart Analyzer is an extended version of Oscillogram for Utility Grid with advanced resources: fft analysis on voltage and current.
An experimental skill for using Amazon Alexa to control Bose SoundTouch speakers.
Plug in the board, connect any drawing utensil of your choice, draw paper of your choice, and save your masterpiece digitally!
Bring a building-sized digital clock to life using 129,600 independent RGB LEDs controlled by 72 BeagleBone Greens.
Determine a solar power plant's power output using data from the Cloud Motion Vector (CMV) Sensor System and a model of the power plant.
A quick guide to setting up the $25 computer that fits in an Altoids Smalls tin.
Using a BeagleBone Black, this coffee temperature detector works in an Internet of Things to create a comprehensive and useful display.
Here is a demo of voice-controlled home automation using Amazon Alexa and PubNub data stream network.
Concerned about IoT privacy on the cloud? Blynk offers an interesting option for improved security with a local server.
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.
The beginnings of a 210mm quadcopter controlled by the BeagleBoard.org PocketBeagle development board powered by Octavo Systems SiP.
A smart thermal camera using FLIR Lepton3 on BeagleBone Blue board. The project won the "FLIR Lepton3/BeagleBone Blue challenge" in 2017.
Quickly automate any door with facial recognition, motion detection, motor control & text to speech using BeagleBone Black Wireless.