For the longest time I've had a fascination about how computers really work. Despite using them almost everyday it still feels magical how tiny pieces of silicon can come to life and enable the technological world we live in today. As part of this never-ending obsession I've been inspired to pick up a bare-bones processor and get right down to the metal.

Our rockstars aren't like your rockstars! Just happy to share that I'm starting my summer internship at Intel tomorrow and I'm looking forward to every minute of it. I can't wait to learn more and create new material to share, so stay posted!

Since I haven't blogged for some time and I'm only getting back to working with the Intel Galileo again, I've decided to write up a quick tutorial to make up for lost time. In this tutorial I'll address a key drawback to the Intel Galileo and a handy solution to remedy.

Since I've recently succeeded in getting my Galileo online, I've wasted no time in pressing it to its full potential as an IoT board. In this tutorial I'm recasting the Galileo as a Twitter-Bot to post my tweets to the world!

As a continuation on since my last post, I wanted to take things a little further and enable WiFi sharing on my Mac over ethernet. In turn, allowing my Galileo to access the internet. Do it yourself in just five steps.

Since I've decided to migrate over to Eclipse in order to program my Galileo, I've needed a persistent IP address in order to make a target connection. Since I couldn't find much in the way of instructions online, I decided on writing my own tutorial to guide others through the process, step by step.

A few days back I had my first look at the Intel Galileo. Since then, I've had time to cast my eye over another remarkable IoT board - the Arduino Yún.