![]() You can download it for free from their website. The OS I’m using most of the time is Raspbian. Step 2: Get the OS and write it to the microSD card I have yet to try the night vision version of that camera. In the past I went with the official camera module ( Amazon US*, DE*). Again, there are plenty of options available that plug directly into the Raspberry Pi and do not use USB. I assume you have a way to use your Mac/PC to write to this card, in other words: you have a card reader.Īnd of course, since you’re building a camera, well, you need a camera. I tend to stick with Sandisk cards ( Amazon US*, DE*). You can get away with a 16 or 32 GB model. You can either just get the board ( Amazon US*, DE*) or packages that come with a power supply, case, etc. So far I’ve only been using the Pi 3 Model B+ for my Homebridge needs. Step 1: Get a Raspberry Pi and the necessary peripheralsĬurrently the Raspberry Pi 4 is the most recent model available and is available in various combinations, for example from Amazon. I won’t go too deep into Linux specifics, there are other (and better) places to learn about using the command line. I keep forgetting specifics because I simply don’t have to do some steps on a regular basis or there are tiny details that I’m not 100 percent sure of. The second reason for this article is reminding me how specific pieces are done. This works for live streams or just stills. Fist tell you – from beginning to end – how to turn a Raspberry Pi, the tiny computer running Raspbian, into a HomeKit camera, that you can access using Apple’s Home app. IFTTT is awesome!, so try an create you own recipe to trigger an telegram message to yourself or have your Amazon Alexa Echo device play some music.This article is meant to serve two purposes. Now run a quick test and adjust the Frame change threshold setting under the motion detection section if required. Then modify the URL below with YOURKEY and add it to web Hook URL in motionEye as shown in the first screenshot above. Once you are done make a note of your webhook setting key which you will find at this l ink. You will also have to setup Phillps HUE channel first by login into your HUE account. On the IF side of the applet choose maker webhook and create a trigger event called "HUE_on" and on the then side of the applet selected Phillps HUE and select the light you would like to turn on from the drop down, in my case I am choose to turn on all the lamps in the house. To setup the recipe head over to, create an account and click on the new applet. As part of my setup I am using IFTTT recipe to turn on all the Phillips Hue lights in the house once motion is detected. This is an optional step, but is a great addition to scare the intruder. In my case, I am using the Ubuntu 16.04 as my host operating system to write a 16 GB SD card, but if you are using window you can use a tool like etcher or use the terminal app if you are using an Mac.įor more info check out the motionEyeOS wiki. writeimage.sh -d /dev/mmcblk0 -i "/path/motioneyeos-raspberrypi-20171008.img" -n 'yourWiFiRouterName:yourWiFiRouterPassowrd'Īs part of this command, if you are using a Raspberry Pi zero W you can modify the command above to include your WiFi router username or password. Start by running the following commands to write the SD card wget. Here are the steps you will have to go through to setup Raspbian on the Pi.ĭownload the latest version of the motionEyeOS from. In my case I am using MotionEyeOS because it easy to setup and gives you fair bit of configuration parameter you can play with which I will be discussing in the next step. To stream video via the Pi camera you have a bunch of options from using a simple package as mjpg-streamer to something more complex and involved like OpenCV.
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