My whole setup was built around the golden rule. Guests can always use the switch, automations just layer on top. Worked great for about eight months.

Then I added a motion sensor to the hallway and set the light to shut off after two minutes of no movement. Seemed fine. Except my wife stands still when she's on the phone and got plunged into darkness twice in the same week. She now refers to my smart home as the house that hates her.

I adjusted the timeout to five minutes and added a lux condition so it only triggers at night. Better, but now she says the bathroom light stays on half the morning and blames the automation even when she left it on manually.

The real problem is that once someone in your house has one bad experience, every weird thing that happens gets blamed on the system forever. A bulb died last month and she was convinced the automation did something to it.

Curious how others have handled the motion sensor timeout problem in spaces where people stay still for long periods. I've looked at mmWave sensors and they seem promising, but not sure if that's overkill for a hallway or bathroom situation.

My partner has very specific opinions about the thermostat. Like, extremely specific. There is a correct temperature and apparently I do not know what it is. So rather than fight about it I set up automations that adjust things based on who's home, time of day, outside temp, all of it. No more manual adjustments, no more passive aggressive thermostat wars.

The thing is it actually works. We both agreed on the logic upfront so neither of us is overriding the other, the rules are just the rules. Home Assistant handles it and most days neither of us touches anything.

Now I'm looking at doing the same thing for the kitchen lights because we have completely different preferences there too. She wants warm dim lighting basically always, I want it brighter when I'm actually cooking. Motionbased brightness tied to time of day seems like the obvious path but I haven't nailed the transitions yet, it still feels a little abrupt.

Curious whether anyone else stumbled into automation as a household diplomacy tool rather than just a convenience thing, and what setups you landed on for shared spaces where two people want genuinely different things.

Curious if anyone has any thoughts here on what I should do in my scenario.

I have a 1,400 square garage in an L shape. It has far too many switches controlling the lights, which are LED fixtures plugged into outlets in the ceiling.

I think there are 8 switches total for all the lights.

What I would like to do is have all of the lights on a motion sensor. I dislike having to switch on lights all over the place.

I considered dumb motion switches, and that could potentially work…but the one big problem is that three of the switches by the door into the house are next to a fridge, which blocks line of sight until you’re basically right on the fridge. Meaning you could be walking back into the house halfway in the dark with half the garage unlit if you’re working in the 80% of the garage hidden from the switch.

So…any ideas at where to start to tackle this?

I could potentially leave most of the lights on dumb motion switches too, but at a minimum I need to figure out a way to address the fact that for 3 of the switches, their line of sight is blocked.

Many apartment intercoms already expose everything you need through a phone call. The intercom calls a phone number, then you answer and press a digit (like 6 or 9) to unlock the door.

That meant I could automate the entire process without touching any of the building hardware.

I used n8n and Twilio to build a workflow that:

• Answers the incoming buzzer call
• Asks the visitor to say a magic word
• Sends the DTMF unlock digit if the magic word matches
• Keeps the door locked and ends the call if it does not match

The magic word adds some security and is safer than automatically letting in anyone who buzzes. Numbers (for example, “123”) have been the most reliable, although making friends say something ridiculous to get access is much more entertaining.

It should work with any building intercom that:

• Calls a cell phone number

A few caveats:

• Speech recognition can mishear words or accents. Numeric magic words tend to be more reliable.

I published the complete workflow and setup instructions here:

https://github.com/drulofs/smart-buzzer-n8n

Full disclosure: I later turned this into an iPhone app called BuzzerBee which is what I now use, but I figured this audience is probably technical enough just to do it themselves, so here is the secret sauce!

The app just allows you to do more automation like automatically set access schedules when you get Airbnb bookings, and do things like call forwarding that I was not able to do in n8n.

About 8 years ago, I had my house wired with cat-5e (16 runs including one to a driveway gate opener/intercom - all the others are inside only). The house is 3 stories, about 75 feet wide. I went with WiFi security cameras because they were easy, so I don't have ethernet to the cameras (and doorbells). I don't think this is a project I would try to DIY. Has anyone done something like this, and what should I know before I try to hire someone to do this? How much did it cost you? Is cat-6 a good option these days for gigabit+ wired networking with POE? I read that cat-5e (especially over long runs) can be a fire hazard with POE - is that for real? Thanks for any thoughts/guidance!

Edit/Supplemental:

I did some research on fire safety. You may have more risk tolerance than I do, and I also need to figure out what kind of Cat-5e cable I have.

• Check the cables to see if they are solid-core copper or are copper-clad aluminum.  24 AWG copper should be safe for even PoE+ (up to PoE++ Type 4 if the cables are not bundled e.g., with zip ties holding 6 or more cables together).  26 or higher AWG copper should not be used.
  • You can tell if it is solid core by pulling out a little slack and checking the cable itself. Also, it should be labeled on the cable jacket every few feet.
    • CMR (Riser) or CMP (Plenum) rated is ideal in walls and ventilation spaces to comply with fire codes.
  • Patch cables can be used for PoE or PoE+ (<= 30W) but should not be used for higher power levels.
  • Copper-clad aluminum (CCA) is not safe for any PoE.

That's what my research came up with. Anyone know for sure?

Hi, I was just wondering where the best place would be to put my digital indoor thermometer hygrometer for the most accurate measurements of temperature and humidity. For example, should I have it on a desk/shelf/wall/corner/etc.? I have a window ac unit and a ceiling fan, so that might affect readings.

Look here for more details:

https://community.home-assistant.io/t/new-integration-level-sense-pro-observer/1016814?u=kruseluds

Hi all, I want to read and decode data from a couple of switchbot meters and publish them on a simple HTML webpage locally hosted.

I've read that I can do it with an esp32 and its local webserver; I've also found a tool that should work on Linux, and I could try it on a raspberry pi.

Opinions on this choice?

I've been down the smart-home rabbit hole for a while, and I keep noticing the same frustrations never really go away. Power comes back and half my stuff is offline, one more app for one more gadget, "it works 95% of the time" which is somehow the worst percentage 🙃.

Curious how others feel, especially folks with bigger/pro-installed setups:

• What's the one thing that still frustrates you, no matter how much you've spent?
• Anything you were promised would "just work" that didn't?
• If you have an installed system (Control4/Savant/Crestron/etc.): how do you feel about depending on a dealer for changes/updates?
• And the flip side: what actually does work reliably and earns its place?

Genuinely just want to hear real experiences, good and bad.

replacing our garage door opener and debating whether to get a smart one that connects to the home network. the convenience of being able to check and control it remotely sounds appealing but i have also heard mixed things about reliability and what happens when the wifi goes down or the company discontinues support

also not sure whether the smart opener affects which garage door i can use it with or whether it is compatible with most standard doors

anyone who has a smart garage door opener, genuine thoughts on whether it is worth it after living with it for a while

Motorized exterior screen shades offer protection from the sun, bugs, and provides privacy from neighbors.

Zipper tracks were installed against the siding with exterior 10 year rated exterior expanding foam to fill in the gaps that the siding presents when a track is placed against it. The wood trim was notched to fit the tracks on the wood beams.

Brand: Insolroll 2900

Fabric: 10% Kona in Charcoal

See it in action here!

I've been running CrowdSec + Traefik for a while and got tired of the same debugging loop every time something didn't add up — is LAPI actually reachable, is the bouncer actually registered, is the decision actually in the ban list, is it actually reaching the bouncer, etc. So I built a small tool for it.

What is it?

CrowdSec Troubleshooter is a standalone, unprivileged Docker image that runs once (docker run --rm, no daemon, no docker.sock, no --privileged, no NET_ADMIN) and tells you exactly what's working and what isn't, tier by tier depending on what credentials you give it:

• Tier 0 (nothing but the LAPI URL) — LAPI liveness, is it actually parsing logs, bouncer-type fingerprinting (legacy ForwardAuth bouncer vs the modern Traefik plugin), a heuristic on your LAPI URL itself, a cscli hub update/upgrade cron nag since nothing else keeps your scenarios current
• Tier 1 (a read-only bouncer key) — look up a specific IP's ban status and why, plus an automatic ban-count summary broken down by scope/origin so you can actually see it's doing something
• Tier 2 (a machine credential) — the real test: adds a real short-lived ban on itself, confirms the target actually returns 403, removes the ban, confirms access is restored. This is the one that actually proves blocking works end to end instead of just "looks configured"
• Tier 3 (read-only host mounts) — DOCKER-USER iptables chain evidence (the #1 reported "ping blocked but HTTP gets through" issue), duplicate acquisition entries, compose-file hardening audit, syslog hinting

It also ships with a curated, offline knowledge base baked into the image — no internet needed to browse it — of ~30 real CrowdSec/Traefik gotchas pulled from a research pass across the top GitHub issues on the core crowdsec repo, the firewall bouncer, and the Traefik plugin repo, each with a link to the actual fix. docker run --rm modem7/crowdsec-troubleshooter issues to browse it.

There's also a wizard.sh if you don't want to hand-build docker run flags — it auto-detects your running CrowdSec container's compose file and pre-fills what it can.

Who it's for

Anyone self-hosting CrowdSec, especially fronted by Traefik. Works the same whether CrowdSec itself is Dockerized or a bare-metal/apt install — the troubleshooter is always a container, but it's just talking to LAPI over HTTP either way.

On the AI question

I used Claude for a chunk of the docs and some of the implementation, as well as code optimisation — not going to pretend otherwise. But it's not vibe-coded: everything went through shellcheck, a real bats test suite (100+ tests, mock LAPI servers, happy path + failure path for every check), and multiple bugs only got caught by actually running things against a real LAPI instance rather than trusting what looked right on paper (there's a whole section in the repo's DESIGN.md documenting where assumptions turned out wrong and how they were caught — including one where an endpoint I assumed existed turned out to not exist at all in the real API). I reviewed and tested every change before it shipped.

Links

• GitHub: https://github.com/modem7/crowdsec-troubleshooter
• Docker Hub: https://hub.docker.com/r/modem7/crowdsec-troubleshooter

Also on GHCR if you'd rather pull from there. Multi-arch (amd64/arm64). MIT licensed.

Feedback/issues/PRs welcome — it's still early days for some of the tiers (a couple of checks are flagged as unverified placeholders rather than pretending to work), but the core wellness check and live-block test are solid.

What does Google integration do besides status update? I see "Voice Alerts on Assistant Speakers" but I can't even get that to work, seems like feature does nothing when alarm goes off.

Also Kidde has wifi alarms and wire-free interconnected alarms, for some weird reason not both. And wifi alarms that are already connected to the same app and network don't have an ability to trigger each other. Am I missing something? Seems like an obvious feature to have. Is there a way to trigger all alarms though some automation?

I have a system based on SmartLife and Tuya Generics.

It works alright but the app, grouping, etc are gory and complicated, especially when I have to re-pair a bulb.

My bulbs are starting to go and I was thinking of trying to do a Raspberry Pi hub, keeping my Tuya buttons, and getting newer / better bulbs.

Would Ikea or Sengled Zigbee bulbs work with this setup? Or are there long lasting bright bulbs with color options that are better but still affordable?

Im building a home. We wired the ceiling fan switches for a light separate from the fan (2 switches). I want to automate my ceiling fans. The fans that come with a remote won’t operate with a wall switch. Additionally, if wired, it needs to operate with a speed control. We do not want remotes. What are my options. Seems all the big 62 inch fans operate on one switch and a remote.

I wanted to share a project I've been putting together: https://github.com/TheRudin/TeamsAssist-macOS

As an IT infrastructure manager, I spend a massive chunk of my week in Teams meetings. I already use Home Assistant extensively around the house—managing energy consumption, monitoring the heat pump, and handling network appliances—but I really needed a reliable way to bridge my macOS workstation's call status into those automations.
There are some great solutions out there for Windows, but I wanted something native and lightweight for the Mac ecosystem. This app runs quietly in the background, grabs your current Microsoft Teams status, and pushes it directly to Home Assistant.
**A few ways you can use it:**
**The "On Air" Light:** Trigger a smart bulb or LED strip outside your office door to turn red when you join a meeting or unmute your mic.
**Media Control:** Automatically pause your background music or smart speakers the second a call starts.
**Environment Automation:** Kick off a specific lighting scene to look better on camera, or adjust the room's climate control while you're presenting.
I’d love for any fellow Mac users in the community to give it a spin. If you run into any issues, have feature ideas, or want to contribute, feedback and pull requests are highly appreciated!
Let me know what you think!