I've gone way too far down the automation path.
All manner of temperature, humidity, occupancy, motion, and air quality sensors make all sorts of things do appropriate responses.
For example, I've got a mmwave motion/occupancy sensor in the bathroom, and if there's no motion/occupancy and the humidity is more than 5% higher than the hallway sensor, then turn on the exhaust fan until it's not.
Or, if the air particulate count in the kitchen is too high, turn on the exhaust fan until it's not.
Or, if the living room is occupied, and the tv is on and playing media, turn the overhead lights off and turn the RGB accent light on very dimly. And if the media is paused or stopped, increase the brightness of the RGB lighting so you can see where you're walking, and if it stays paused or stopped for more than 10 minutes, turn the main lights back to whatever state they were in before media playback started.
No dashboards though, since the goal is essentially that you don't have to think about what is going on, because it should Just Work(TM) and never be something you have to deal with.
...though, really, I'd say we're at like 80% successful with that.
For manual interactions I've got a bunch of NFC tags in various places that will trigger the appropriate automation in the case that you either want to do it by hand or it fails to do the needful, plus the app is configured to allow manual control of any device and to trigger specific automations.
Same, but just be careful if you venture outside of the "reputable" vendors.
I bought one recently from Aliexpress, and while it's perfectly functional, it's using an ethernet chipset that doesn't have in-kernel drivers so I have to keep compiling new drivers for it every time the kernel upgrades.
Not the end of the world, but an annoyance that I could do without, and not something a slightly more expensive version of what I got would have.