Building a Raspberry Pi 3 Baby Monitor
2 min read

Building a Raspberry Pi 3 Baby Monitor

Our little baby boy came into the world February 6 and we couldn't be happier! During the course of preparing for the birth and buying items, a baby monitor had been high on the list--but I wasn't super happy with the choices available.

So I built my own! 👇

Building a Raspberry Pi 3 Baby Monitor
Use a Raspberry Pi and a couple cheap components to create an HD livestream that you can view on any device within your home.

A friend had recommended the Summer baby monitor series. Another friend just recommended the Nest Cam since it was easy to use and viewable on any device. Reading the reviews on the Summer monitor and looking at the example image resolution left a bit to be desired--certainly it would work but I sort of wanted higher quality and the battery life and range (125 ft) on the viewing tablet was god awful. The Nest Cam seemed promising, able to hook up to Wi-Fi but it was definitely at a pretty high price point, being about $200. The other thing being a techie was the whole security aspect of the IoT space--I trusted myself to build a more secure system rather than chancing vulnerabilities/exploits in any monitor I bought.

I knew there had to be a more affordable option that would still give me a lot of flexibility and options. The Raspberry Pi seemed like a perfect use case! If you haven't heard of a Pi, it's a small programmable computer with USB, Wi-Fi, Bluetooth, Ethernet, and SD card memory. It's cheap (a full kit is only $50), USB hardware is cheap, and it has a 1080p 30fps camera module for high-resolution streaming--I could configure it to simply start streaming at bootup and then view it on any device including console web browsers, tablets, or our phones. I could also properly secure the stream (and Pi) to ensure it wasn't available outside my home network.

You can check out the full guide to building it, it doesn't take long and all the hardware can be acquired for sub-$100 depending on what options you want.

The quality speaks for itself!

720p, low light

Image quality, low light

720p, high light

Image quality, high light

In addition you also have high quality audio via a USB condenser microphone! There seems to be a small issue with using 1080p resolution with the software package but hopefully I can sort that out soon and update the images to be 1080p.

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