![]() ![]() You can also install software on it (just like you would on a regular PC with Linux) but you don't have as many options. These are few (modified) flavours of Linux and something that looks like Windows. You can install an Operating System on it (just like on your PC/laptop/Mac) but you have fewer options. It's just like your PC/laptop/Mac at home, but smaller and not as powerful (less RAM, weaker processor etc.). So although I'm asking about higher level abstractions, much of the automation I do on my heavily customized mac and smart home setup are node scripts running on a vps (for now).Ī Raspberry Pi is a computer. I can write Python/Node.js/Lua/Processing/scripts whatever that these projects would require, and know HTTP and RabbitMQ and learning gRPC. Is there some Arduino-like board that will let me code in raw MIPS assembly? It would be a fun throwback to school.īackground info: I'm a software engineer, primary full-stack but also love FP and Haskell and compilers. What's the direction to head in if I'm interested in building smart home / automation projects that I would like to connect with Alexa, Siri / iOS / iPhone, macOS, Google Cast Smart TV, Philips Hue, IFTTT/Stringify/Workflow etc, Wemo outlet switch, HomeKit/HomePod (soon), Android tablets, the Smartthings Hub I'm looking at buying, NFC/RFID technology, APIs and messaging queues, other DIY projects I'll make and other IoT consumer devices or "Hub" devices? Particle vs Hologram is one of the few "competitors" I could find, as I don't know what Particle is - a protocol, a framework. What is the difference between Particle/Blynk/ControlEverything and what are their competitors? (i.e. ![]() What about the "AVR" and "ATMega" stuff I vaguely remember from DIY forums? I kind of get the sense that there is a hierarchy going from high level to low level, pi > arduino > AVR/Atmega. What is the difference between Raspberry Pi and Arduino? Both in terms of technical details as well as use cases or what the community focuses on. So, I realized what is an important question if I plan to keep getting into this hobby: I'm sure there are a bunch of fun sensors and components on the 3 big merchants' websites, so I plan to try a lot more DIY electronics. Now I'm obsessed with smart home IoT / home (and everything else) automation and I finally decided to dip my toes in hardware so I can make my own devices. I used to do some DIY electronics stuff, but I didn't understand capacitance at the time (to be fair, neither did my high school teacher) or diodes. I just got Sparkfun's Raspberry Pi 3 starter kit and some extra fundamental components and one fun component (a speaker). ![]()
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