The audio box my kids use is a solid product, but I have two wishes on my list for the next generation.

The first is wireless charging on the pad, so putting it down is all it takes. The second is a proper hook into Home Assistant, the open source software I use to tie my house together, so the box could take part in routines instead of standing apart from them.

Neither is exotic. I am simply hoping the manufacturer hears the request.

The notification that tells me mail has arrived has one recurring flaw: someone in the house lifts the flap to peek inside, and the system reports a delivery that never happened.

So the problem is not the sensor. It is telling apart a real drop-off from a curious check by one of us, and I have not landed on a clean answer yet.

This clip is a slice of a longer podcast conversation with another smart home hobbyist where we compared the automations we actually keep running.

Screen time was a daily negotiation here, so I handed part of it to the house. Home Assistant, the open source hub I run, watches the Apple TV and knows when it is in use.

From there it is straightforward: a daily allowance, a look at what is being watched, and a message when the box is running.

I walk through the setup step by step, from connecting the streaming device to defining the limits themselves. The point is less about control and more about keeping the daily rhythm intact.

I collected ten thoughts on where artificial intelligence could take a connected home next, and spread them across a short series rather than cramming them into one clip.

They are ideas, not finished builds: ways a setup running on Home Assistant, the open source software behind my house, could become more capable than it is today.

This one is the entry point to the series.

The channel hit a mark I did not expect to reach this soon, so I recorded a brief thank you instead of a project video.

Everything here grew out of things I built for my own house first. That anyone else finds them useful is still the part that surprises me.

Thanks for watching along.

No build this time, no wiring diagram, no sensor readings to explain. Just a few seconds of Halloween mood from my side of the workbench.

The house does not need an automation for every occasion, and this evening is one where I happily leave the technology switched off.

Consider it a small break between the usual projects. The next one will have soldering in it again.

A short glimpse at something I am currently building for the house. It is not finished yet, so treat this as a status note rather than a result.

I like showing the middle stage now and then. Most of what I make looks far less tidy before it works than it does afterwards, and that phase rarely makes it into a video.

The full explanation follows once the thing behaves reliably enough to be worth describing.

This one steps outside the usual house projects. I take a look at a new gaming format and at the idea that sits behind it.

It is a change of subject, but the reason for filming is the same as always. Someone put real thought into building a thing, and that is worth showing while it is still fresh.

So if you are here mainly for sensors and automations, consider this a short detour rather than a new direction.

Ten seconds, a few parts spread out on the table, and no explanation attached. I wanted to find out whether anyone could work out where this is heading from the components alone.

It is a habit of mine to post the pile before the project. Half the fun of building something is the stage where it could still turn into several different things.

The full build follows once the thing actually does what I want it to do.

An incoming phone call is easy to miss when you are two rooms away from the handset. This clip shows how the router itself can pass that event on to the rest of the house.

I did not come up with this one. It comes from another channel, and I found the approach good enough to pick up and pass along.

The complete walkthrough lives over there.

A lock is one of the few connected devices where a failure has real consequences, so I weigh it differently than a light bulb.

In this clip I go through what convinced me and what still gives me pause, without pretending there is one right answer for every front door.

My take is a personal one. Yours may differ depending on how your entrance is set up.

Forgetting to lock the car is one of those small mistakes you only notice hours later, usually at the worst moment.

So I let the house handle the reminder instead of relying on memory. If the car is left open, I hear about it.

It is a tiny piece of automation, and exactly the kind that quietly earns its place.

The audio box for kids has come a long way since we first put one on the shelf, and this clip is my look at where it stands today.

I focus on what has genuinely improved in everyday use rather than on the spec sheet.

It remains one of the few devices here that the children operate entirely on their own.

The small silver can soldered onto ESP32 and ESP8266 boards is not decoration, and most people never look beneath it.

In this clip I do exactly that: lift the shield and show what sits underneath on these tiny microcontrollers, the cheap chips that run most of my own sensor projects.

Knowing what is in there makes it easier to judge what such a board can and cannot do.

Classic automation follows a fixed script: this happens, then that happens, always the same way. Adding a language model to the middle of that chain changes the character of it.

I show what that means in n8n, a tool for wiring services together, once a step is allowed to decide instead of merely execute.

The rigid rulebook is not gone, but it is no longer the only option.

Building something entirely from scratch eats time. Taking a product that already works and extending it gives you a foundation, and progress comes much faster.

There is also a certain satisfaction in it. A good off the shelf item becomes something specific to your own home, one deliberate change at a time.

That is why most of my projects begin with an existing device rather than an empty workbench.

Making a phone call to arrange an appointment is one of those small chores that always gets pushed to the next day. So I handed one over to my setup and watched what happened.

The interesting part is not the technology but the moment on the other end of the line, where a machine has to hold a normal conversation.

I show how it went, including where it gets awkward.

Not every piece of information belongs in a push message. Some things are better simply spoken into the room while you are standing in it.

In this clip I show how my setup announces things aloud and why that fits certain situations better than another notification on the phone.

The tricky part is restraint. A house that talks too much becomes background noise fast.

A grid of individually controlled LEDs looks intimidating from the outside, as though a good deal of electronics knowledge were needed before anything lights up at all.

In practice the effort is far smaller than the finished picture suggests. The panel does the hard part, and what remains is mostly deciding what should appear on it.

This short clip is my attempt to take the fear out of it, because that hesitation is the only real obstacle for most people.

Reviews cover setup, app quality and price. What rarely comes up is the thing that actually bites you months later, once a house is full of connected devices.

I name that problem in this clip and describe how it shows up in daily life here.

It is not a reason to give up on any of it. But knowing about it beforehand saves a lot of frustration.