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A long time ago in a galaxy far, far away . . . (honestly, not too long ago), and partnered up to create the world’s first Star Wars™ inspired IoT challenge!
If you’re unfamiliar with these alliance groups, Hackster is a community where beginners and pros can share their internet-connected hardware and learn from other makers. Particle, on the other hand, is a full-stack IoT cloud platform that offers the development tools and hardware to connect everyday objects to the internet. It’s easy to see why this was a perfect partnership.
Here, I decided to gather up the best submissions from the contest and share them. Maybe they can inspire you to create your own fun, inventive, and referential Star Wars inspired IoT project.These allow users to look like and speak droid to one another. Everyone else hears droid noises when the users speak to each other, but the wearers of these helmets can actually understand each other!
How does it work? In simple terms, the helmets can sense when the user is speaking and emits droid noises instead. The user’s voice is picked up by a Laryngophone (throat mic) and is then transmitted into the second user’s helmet. Pretty cool, right?
If you want to build your own set of helmets, the creators left behind a very detailed set of .First off, is more than a word clock that resembles the death star, it can also function as a digital clock, play snake, and replicate the ‘digital rain’ effect from . The hacker made the interactions basic and customizable so there are many ways you can change the features on the clock based off your own needs. If you wanted to build this clock, you would also have to build the casing and lettering design (along with implementing sounds and integrating the proper electronics). While there are many other intricacies, the clock is controlled by a web page and is made with the Particle Javascript library. If you’re curious, the full schematic is .
Play Battlefront all the time, but don’t like playing without your friends? may be the perfect thing for you! These plexiglass signs light up in real-time when your friends connect to the PlayStation Network. How does it work? A polls a Javascript API every minute to see if someone is online. If a friend does go online, the API responds with a string that contains the correct color information for the corresponding sign. The model above only has 8 lights, but there are many ways to customize it to add more connections or use it for different services (Twitter, email, Facebook, whatever you want). The full schematic is .
With the , you can use the force to turn the holocron on or off. You just have to simply wave your hand above the lamp and it rises up and turns on. There isn’t a very specific set of instructions for how this was created, but you can imagine plenty of coding and circuitry was involved. The creator did leave plenty of visual though. The project is constructed around a Particle Photon IoT dev Board and used 3D printed material to construct the enclosure.