The CHIP/MQTT Broker features an early CHIP computer module, uses a tri-color LED as a user interface and is wrapped in a decorative Steampunk-inspired ticker-tape glass dome and base. The CHIP has on-board WiFI/Bluetooth, lots of GPIO pins and Linux in flash-memory. It’s set up as a local WiFi access point and runs the Mosquitto MQTT broker. The LED responds to MQTT messages from the network and other WiFi devices through Python programs and regular Linux scripts.
The Steampunk Eye Ball is up and running.
It features a copper lightning rod ball, pan and tilt servos, a decorative brass frame and base, along with a Pixy image processing camera inside. You simply sit it on a table, plug in a cell phone power pack and the device will track you as you walk around…if you are wearing a blue shirt. You can train it to recognize other colors using the PixyMon application on a Linux notebook. Be sure to check out the entire build series, “Off-The-Shelf Hacker Steampunk Eye Ball (parts 1 through 5) over at thenewstack.io.
Here’s the link to my “Steampunk Presentation Manipulation Apparatus” session, yesterday at FETC.
Looking forward to demonstrating the “Steampunk Conference Presentation and Manipulation Apparatus” at FETC in January. It sports a Raspberry Pi 2, hacked Web cam for showing small parts and a Steampunk-inspired theme. Slides will be handled with LibreOffice Impress and parts viewing will be via guvcview.
I recently started a brand new column on TheNewStack.io about hardware hacking. The series walks through tips, techniques and projects for the physical computing hardware hacker.
The first edition, Off-The-Shelf-Hacker: The Physical Computing Stack, introduced the reader to the exciting new world of off-the-shelf microcontrollers, sensors, actuators, Linux/Free software, NanoLinux systems and companion topics like the Arduino, Raspberry Pi, ESP8266, and other tools and designs of the DIY (do-it-yourself) and Maker movement.
Future stories will take readers through hands-on fabrication tutorials, using various programming tools/frameworks and discussions on using sensors, micro-controllers, nano-Linux systems and interfacing to various electronic/mechanical devices.
The articles will appear weekly, typically over the weekend.
If you want to get into hacking hardware and building physical computing projects, be sure to check it out.