If I’m going to have to buy a camera of some sort, best to get one made specific for the Rasberry Pi in the first place. After giving this some more thought, I elected to buy the Raspberry Pi specific camera. So the webcam isn’t going to work without some serious fiddling about. (The cool thing about this is that restoring that project will only require swapping back my original micro SD card.) I flashed it on a 32gb micro SD card, temporarily decommissioned my retro gaming emulation project, and tested the USB webcam on a current and known working Raspberry Pi 3. (This was one of the possible solutions I found online.) All to no avail.Īt this point, to be thorough, I also downloaded the Raspberry Pi 3 image for motioneyeOS.
I investigated on the web for a while, and tried routing the USB webcam through a powered hub.
As we can see, the USB webcam doesn’t want to play video properly. If you connect a monitor to the Raspberry Pi running motioneyeOS, it will also display its IP at the prompt. The web-based interface for motioneyeOS, showing the USB camera garbled video Then, you will be greeted with a web-based management interface. To connect to the motioneyeOS Rasberry Pi, you can use a browser on any machine on the same network and simply type the IP address of the motioneyeOS Rasberry Pi into the browser. I installed motioneyeOS on a different SD card, connected the USB camera, wired in a network cable, and plugged it into a test network I have in the lab.
I downloaded the appropriate versions for the hardware I have on hand. Not only is motioneyeOS specifically tailored to our task, but it has a Rasberry Pi–specific compiled version. MotionEyeOS is, according to its github wiki, a Linux distribution that turns a single-board computer into a video surveillance system. Choosing an OSĭuring my research for this project, it quickly became apparent that the most suited operating system for this project isn’t in fact Rasbian, but motioneyeOS. I then extracted the -raspbian-stretch.img from the raspbian-/-raspbian-stretch.zip file, and used Etcher to copy it to said SD card.Ī quick cntrl + F search on the page listing the Rasberry Pi compatible webcams and typing in the model of the Logitech camera. I downloaded the latest version of Rasbian here. It’s been a few years and I had forgotten exactly why it had been disused.
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I started by performing a fresh install of the Rasbian OS to confirm that everything is okay with this Rasberry Pi. Both of these would be well suited to the task. Further digging yielded 16gb and 32gb SD cards. I can always add this functionality later, and using a cellular modem isn’t a guarantee that the network traffic will not be tampered with or intercepted.Īfter some research, I confirmed that the latest version of Rasbian (the official Rasberry Pi OS) still supports the original Rasberry Pi. I decided against it: Better to start small and limit the scope of the project. I could hard wire it to the hotel network, or try and provide it with cellular connectivity maybe by using something like a nova global cellular modem. This device is going to be deployed on the most hostile network ever, after all. After some careful consideration, I elected to have the captured video and stills saved locally.