Diving into home automation can be daunting, especially with so many different hubs and protocols out there. WIFI devices are becoming increasingly popular, due to the simplicity of it, but they often rely on manufacturer servers, or the cloud to integrate. I wanted something setup that runs 100% internally within my own network – Home Assistant is an open source project that does just that.
We always copied our weekly full VEEAM backups to tape, then drove them across town to another building, so that in the event of a geographic emergency (tornado), we could recover. Tapes kept piling up, so I wanted to find a new way to store this data. We’re a Google Drive shop, which comes with unlimited storage – so I figured why not use that?
My wife has always used a paper calendar, but once we had our baby, I told her that we needed to share a digital calendar so we could coordinate daycare, activities, etc. She wanted something mounted on the wall in the kitchen, so I originally mounted a 10″ Android tablet – which worked fine, other than it being too small to read anything unless you were right on top of it.
I have a PoE IP camera mounted above our baby’s crib that we can remotely watch via our phones/tablets/laptops, but I wanted the ability to Chromecast the stream to any TV in the house easily. However, I couldn’t find any easy way to do this.
I’ve seen a few tutorials around the web showing how to setup an ELK stack setup for Palo Alto Firewalls. I’m not a Linux guru, and our whole environment at work is primary Windows servers, so I wanted to stick with what I know – but haven’t found any tutorials on how to setup an ELK stack on a Windows box. I’ll post a brief setup of how I accomplished this below.
I’m going to eventually make a ‘smart mirror’, but in the mean time have been thinking of useful information I could display on it. I was trying to figure out how to have it display transit times to both my work and my wife’s work via Google Maps API, and figure traffic into the calculations. I wanted to use RainMeter to show this data, as it’s better looking than some RPi solutions that others have come up with.
I’ve owned a few bartop arcades, but they were all CNC kits and I wanted to build a 4 player arcade myself. I liked the idea of a pedestal arcade, so I could mount a big TV on the wall in front of it, and adjust the distance, size of the TV, etc. I think a nice 50″ would look great in front of the pedestal – especially on new games such as MK:X and some modern games available through Steam. I’m not great with wood working, but I’m learning – so I’m going to document my progress through the whole thing (sorry for the poor lighting – I did this in January in the Chicago area, so it was too cold outside, and didn’t want to tie up my garage for a couple weeks). I’m following some pictures and directions another person posted in this thread:
At our K-12 district, we were trying to find a way to automate the process of setting up the wifi, agreeing to the EULA, enrolling and shutting down the Chromebooks. It doesn’t take a ton of time on a single Chromebook, but when you’re setting up 1,000+….it can be a tedious task.
Using the Dell KACE K2000 & Netboot, we setup a lab of iMacs, and used a scripted image process. Took just an afternoon, with some manual steps later – not bad for our first time deploying OSX!