Internet-connected motorcycle project, Part 3
In the final article I finish the series about the IoT hackathon project by explaining the server side component of the system. Admittedly, it is the smallest part and I intentionally chose to make it trivially simple. 4 days of project of work is not infinite, after all. I think it took me roughly 4-6 hours to set everything up.
[Read More]Internet-connected motorcycle project, Part 2
In this second post I continue with the short hackathon project I worked on last week. The goal of the project was to hook into engine data of a KTM motorcycle and stream that data in real-time to the cloud. I explain how I reverse engineered the USB wire protocol of a proprietary device called Power Commander 5 from Dynojet and wrote a simple Java program that works on Linux. I also show the tools I used along the way and share my thinking process.
[Read More]Internet-connected motorcycle project, Part 1
Since autumn 2016 I’m working at an IoT company – we build Internet-connected home automation devices. Last week we had an internal hackathon to try something new. Essentially, it was a chance to work outside of the comfort zone and try out new APIs and hardware in the vast world of IoT. At first I was struggling to come up with an idea. Some ideas seemed trivial, others unrealistic. Finally, I brainstormed over available hardware and my surroundings and decided to make my KTM Duke 390 motorcycle join the IoT party!
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