Most of what I write about is Apple Home, and that isn’t changing. But I’ve been using Home Assistant for the last 7 or 8 months, and when something is this useful and this easy to set up, I want to share it. This is the exact setup I used last winter and I’ll be running it again as the weather turns.

You’ll only need a small amount of YAML, and I’ve put all of it in the written guide on my GitHub so you can copy and paste as you go.

What this Home Assistant heating setup does

By the end of this guide you’ll have:

• An individual heating schedule for every room, with each TRV and the main thermostat following its own timetable
• Geofencing, so the house isn’t being heated when nobody is home
• Automatic summer and winter switching based on the outdoor temperature, so you never have to remember to turn the heating off in May
• More accurate room temperatures, because your TRVs read from a proper sensor instead of the one sitting next to a hot radiator
• An optional boiler control automation if you use a relay like the Aqara T2 Relay, or your TRVs can’t call for heat on their own

And it costs nothing extra, assuming you already have the hardware.

The smart heating kit I’m using

You don’t need exactly the same devices as me. Here’s what I’ve got so you can see how it fits together.

Boiler

My boiler is a Viessmann with built in WiFi, which means it connects straight to Home Assistant. If yours doesn’t have WiFi, an Aqara T2 Relay can do the same job. I made a separate video on that, Can Aqara run your smart heating?, if you want to see it in action.

Thermostat and radiator valves

My main thermostat is part of the Habi Smart Heating System. It has a receiver box wired to the boiler and a wireless thermostat that sits in the living room. Upstairs I have three Habi Smart TRV valves on the radiators.

These are all set up in the Habi app first, which is what lets the TRVs call for heat from the boiler. They’re then exposed to Home Assistant over Matter. If your TRVs can’t call for heat, don’t worry, I cover a workaround at the end.

Temperature sensors

For room temperatures I use an Aqara temperature sensor, plus the built in sensors in my HomePod mini speakers, which sync across to Home Assistant. If you want to do the same, I’ve got a video on getting HomePod temperature readings into Home Assistant. Outside, I’ve got a SwitchBot Outdoor Meter.

Step 1: Create a heating schedule for each room

Home Assistant has a Schedule helper that’s perfect for this. To create one:

1. Go to Settings
2. Open Devices & Services
3. Click the Helpers tab
4. Click Create Helper and choose Schedule
5. Draw your heating times onto the weekly grid
6. Click each time slot and add additional data in the format temp: 20, using whatever temperature you want for that slot

Do this for every day and every time slot, then create another schedule for each room you want to control. I’ve got five: bathroom, bedroom, spare room, office and downstairs.

It’s a bit fiddly the first time. Once it’s done, though, you rarely touch it again.

Step 2: Use Better Thermostat for accurate TRV readings

Here’s the thing about TRVs. Their temperature sensor sits right next to the radiator, so they almost always think the room is warmer than it really is. The fix is to make them use an external temperature sensor instead.

I’d only bother doing this for your TRVs. A wall thermostat is usually placed somewhere sensible and reads fine on its own.

The integration that does all the clever offsetting for you is called Better Thermostat. It’s installed through HACS (the Home Assistant Community Store), so you’ll need that set up first.

Once Better Thermostat is installed:

1. Go back to Devices & Services
2. Click Add Integration and search for Better Thermostat
3. Give it a name, for example “Bedroom Thermostat”
4. Select the real thermostat, which is your TRV
5. Select the temperature sensor you want it to use, which is your external room sensor
6. If you have an outdoor sensor, select it here too. You can also add a weather entity
7. Set the outdoor temperature at which the thermostat should switch off
8. Set a tolerance. This stops the valve constantly flicking on and off around the target temperature
9. Save, then repeat for each TRV

You now have your room schedules and a set of better, more accurate thermostats. Time to tie it all together.

Two things to set up before the automations

1. A “should we be heating?” check

In my automations I check what mode my boiler is in. That tells Home Assistant whether heating season is on or off. If your boiler isn’t connected, create a Toggle (input boolean) helper instead, under Devices & Services, Helpers, Create Helper. Call it something like “Heating Season”. This is the thing we’ll automate later, so you never have to switch the heating off in summer and back on in winter yourself.

2. A “is anyone home?” check

The automations also check whether someone is in. If everyone in your house has the Home Assistant app, you can use their presence directly. In my house not everyone does, so I use a virtual switch that turns off when the last person leaves and on when the first person gets back. That way family members can stick with Apple Home and it all still works.

Step 3: Create an automation for each room schedule

Head to Settings, then Automations & Scenes, and click Create Automation. You’ll make one of these for each schedule. I name mine “Set [room] temperature”, so “Set bedroom temperature” and so on.

When

Use a State trigger and pick your room’s schedule. This means the automation runs whenever a new time slot starts.

And if

Add two conditions:

• We should be heating. For me that’s checking the boiler mode. For you it might be checking that your Heating Season helper is on
• Someone is home

Then do

Add a Climate: Set temperature action, target the room’s thermostat (the Better Thermostat version for TRVs), and toggle on Target temperature. Switch the field to YAML or template mode and use this, swapping in your own schedule name:

{{ state_attr('schedule.bedroom_climate_schedule', 'temp') | float(0) }}

That pulls the temperature from the current schedule slot and makes sure it’s formatted as a number. Also set the HVAC mode to Heat.

Because my TRVs can call for heat, that’s all I need. Changing the target temperature is enough to fire up the boiler. If yours can’t, keep reading, it’s covered further down.

Repeat this for each of your room schedules.

Step 4: Geofencing automations

Everyone has left

Create a new automation. The trigger is the last person leaving home (or, in my case, my virtual switch turning off). For the action, set each thermostat’s target temperature to your frost protection temperature. I use somewhere around 10 to 12°C, but pick what suits your home.

Because the room schedule automations already check that someone is home, they won’t override this while the house is empty. Nothing to worry about there.

Someone arrives home

Create another automation that triggers when the first person gets home (or when my virtual switch turns on). Under the actions, add a Climate: Set temperature action for each thermostat. For each one, set the HVAC mode to Heat and use the same template as before, pointing at that room’s schedule.

Now, when you walk through the door, every room jumps straight to whatever temperature it should be at for that time of day.

If you want to be extra careful, add a condition under And if to check that you should be heating at all. Otherwise you could come home on a warm June afternoon and have the radiators kick in.

Step 5: Automatic summer and winter switching

This is my favourite bit. No more remembering to turn the heating off when it gets warm, or scrambling to turn it back on during the first cold snap.

Cold outside: heating on

Create an automation called “Cold Outside”. Use a Numeric state trigger on your outdoor sensor, set to below 10°C for 12 hours. If it’s been under 10 degrees for half a day, it’s probably time for the heating.

For the action I change my boiler mode to auto. If you went down the helper route, turn on your Heating Season helper instead. (I also change one other thermostat here, but that’s my electric underfloor heating in the bathroom, so you can ignore it.)

Warm outside: heating off

Create the summer version and call it “Warm Outside – Boiler Off”. The trigger is your outdoor sensor being above 18°C for 8 hours. The action switches the boiler mode to off, or turns your Heating Season helper off.

Feel free to tweak those numbers. They’re what work for my house in the UK, but a draughty old terrace might want the heating on a bit sooner.

And that’s the full setup. Room by room schedules, geofencing, accurate TRV readings and automatic seasonal switching, all running in Home Assistant for free.

Optional: Boiler control for relays and TRVs that can’t call for heat

If your boiler is switched by an Aqara T2 Relay or similar, or your TRVs can’t tell the boiler to fire up on their own, you need one more automation. I call mine “Boiler Control”.

This is also the approach to use if you’d rather go all in on Aqara. Pair the T2 Relay with Aqara Radiator Valves and this automation turns the boiler on whenever any of the valves want heat.

When

Trigger it when the current action (the hvac_action attribute) changes on any of your thermostats. Remember, our other automations are changing the thermostats’ modes and targets, so this will catch every change.

And if

Leave this empty.

Then do

Add a Choose action with one option and a default.

Option 1 uses a Template condition. Paste in the code below and replace the entity names with your own thermostats:

{{ expand('climate.bedroom_thermostat',
          'climate.office_thermostat',
          'climate.spare_room_thermostat',
          'climate.downstairs_thermostat')
   | selectattr('attributes.hvac_action', 'eq', 'heating')
   | list | count > 0 }}

In plain English, it checks whether anything in the house is currently calling for heat. If it is, the action for Option 1 turns your relay switch on.

For the Default action (nothing is calling for heat), turn your relay switch off.

Save it, and you’re done.

Frequently asked questions

Do I need a WiFi boiler for this Home Assistant heating setup?

No. If your boiler isn’t connected, use an Aqara T2 Relay to switch it and a toggle helper in place of the boiler mode checks. The boiler control automation above handles the rest.

Why use external temperature sensors with TRVs?

TRVs measure the temperature right next to the radiator, which is the warmest spot in the room. An external sensor on the other side of the room gives a much more realistic reading, and Better Thermostat adjusts the TRV to match.

Does everyone in the house need Home Assistant for geofencing?

Not necessarily. I use a virtual switch that follows presence in Apple Home, so family members don’t need Home Assistant installed at all.

Can I use a different outdoor sensor?

Yes. Any outdoor temperature sensor that shows up in Home Assistant will do. You could even use a weather integration, although a physical sensor like the SwitchBot Outdoor Meter tends to be more accurate for your actual garden.

Links and downloads

All the YAML from this guide is in the smart heating setup guide on GitHub. Here’s everything else I mentioned in one place.

Products

• Habi Smart Heating System
• Habi Smart TRV
• Aqara T2 Relay
• Aqara Radiator Valves

Related videos

• HomePod temperature to Home Assistant
• Can Aqara run your smart heating?

Some of the product links above are affiliate links. If you buy through them I may earn a small commission at no extra cost to you.

Got a question, or found a tweak that works better for your house? Leave a comment below, I read them all. And if this saved you a few quid on your heating bill, you can always buy me a beer.

The post Home Assistant Heating Setup: Room Schedules, Geofencing and Smart TRVs appeared first on Mark's Tech Blogs.

What is the Sensereo MS-1 Interlink?

The Sensereo MS-1 Interlink is a Matter over Thread smart smoke alarm that costs around $50. Its main selling point is in the name. If you have several of them on the same Thread network, they link up with each other automatically. When one goes off, they all go off. That applies to testing too, so pressing the test button on one alarm sets off every alarm in the house.

That matters because a smoke alarm in the kitchen isn’t much use if you’re asleep upstairs with the door shut. With interlinked alarms, everyone hears it wherever the fire starts.

Sensereo MS-1 Interlink Specifications

Matter over Thread compatibility

Because it uses Matter over Thread, you don’t need an extra hub from Sensereo. It works with whatever you already use as your smart home hub. That includes:

• Apple Home
• Home Assistant
• Homey
• SmartThings

Google Home and Alexa aren’t listed on Sensereo’s website. However, both platforms support Matter, and Sensereo has confirmed to me that they do work with it.

You also don’t have to use the smart features at all. If you never pair them with an app, they still work as normal interlinked smoke alarms, which is a nice option to have.

Battery and lifespan

Inside there are two batteries. There’s a replaceable CR123A battery that powers the connectivity, and a sealed 7-year battery that powers the alarm itself.

That sealed battery means you’ll need to replace the whole alarm after 7 years. Sensereo recommends doing that even if it still seems to be working at that point, and I’d follow that advice. Smoke sensors degrade over time.

Alarm volume and certification

When it detects smoke you’ll get a notification through your smart home app, but it also has a proper siren that’s over 85dB at a distance of 3 metres. It’s also certified to EN 14604, the European standard for smoke alarms, so it meets the safety requirements you’d expect.

Photoelectric smoke sensor

The Sensereo MS-1 Interlink uses an advanced photoelectric sensor designed to pick up smoke particles at an early stage. In practice, that means it should raise the alarm before a fire has properly caught and flames are visible.

Design and What’s in the Box

It’s fairly small compared to a lot of smoke alarms, with a rounded square shape, a status light and a single button on the front. It looks like a smoke alarm, which is probably what most people want. It isn’t trying to be a design piece on your ceiling.

In the box you get:

• The Sensereo MS-1 Interlink alarm
• A mounting bracket for walls or ceilings
• Screws and wall plugs

Setting Up the Sensereo MS-1 Interlink

Setup is really easy. You pull out the battery tab and then pair the alarm with your Matter app of choice. I used Apple Home first and it paired without any problems. After that you give it a name and assign it to a room.

To get them into Home Assistant as well, I put the alarms into pairing mode from Apple Home and then added them through the Matter integration in Home Assistant. During pairing, Home Assistant looked like it had timed out. It was only when I went back into the Matter section that I saw they had actually been added. I got exactly the same thing with another manufacturer’s device, so this looks like a Home Assistant quirk rather than a Sensereo issue.

Once they’re paired, the last step is to mount them wherever you want them.

Using It in Apple Home and Home Assistant

Apple Home

Apple Home keeps things simple. You can see whether smoke has been detected, the battery level and whether the alarm is active.

Home Assistant

Home Assistant gives you a lot more to work with. The two features I found most useful are:

• A test button entity. You can use this in automations to test your alarms on a schedule, so you never forget to do it.
• Sensitivity adjustment. This is handy if you have an alarm near the kitchen and a habit of burning the toast.

Testing the interlink

Thankfully I haven’t had a fire, but you can check the interlink works by running a test. Press the button on one alarm and both of mine sounded. You can do this manually or automate it in Home Assistant, which is what I do now.

The light on the front also changes colour if something needs attention, such as a low battery.

Does It Actually Detect Smoke?

The alarm is loud, but the real question is whether it works. Because of the sensors Sensereo uses, these alarms are hard to test properly without making a lot of smoke, and I didn’t want to fill my house with it. So I bought a smoke alarm tester aerosol, which is designed for exactly this.

It worked. One alarm detected the test spray and both alarms sounded straight away, which is exactly what you want if people are asleep in different rooms.

Smoke alarm automations

Because they’re smart devices, you can build automations around them. I’ve set one up that turns on every light in the house when a smoke alarm goes off. If there’s a fire and the power is still on, that helps you see a way out, and it makes sure everyone is properly awake.

Sensereo MS-1 Interlink: Pros and Cons

Pros

• Interlinks automatically with other alarms on the same Thread network
• Works with Apple Home, Home Assistant, Homey, SmartThings, Google Home and Alexa
• No extra hub needed
• Still works as a normal interlinked alarm if you don’t pair it
• EN 14604 certified with an alarm over 85dB
• Test button and sensitivity controls in Home Assistant
• Easy to set up

Cons

• More expensive than standard interlinked smoke alarms
• 7-year lifespan, where some alarms last 10 years
• No carbon monoxide detection, unlike the Sensereo MSC-1

Verdict: Is the Sensereo MS-1 Interlink Worth It?

The Sensereo MS-1 Interlink costs more than a basic set of interlinked smoke alarms, but I think the smart features are worth paying for. It works, it has the right safety certification and it has stayed connected to both Apple Home and Home Assistant without any drama.

The downsides are the 7-year lifespan, which is shorter than some alarms that last 10 years, and the lack of carbon monoxide detection. If you want both in one device, the Sensereo MSC-1 is still the one to look at.

If you’re after a Matter over Thread smart smoke alarm, though, the Sensereo MS-1 Interlink is the best one I’ve used.

Got any questions about it? Leave them in the comments below and I’ll do my best to answer.

The post Sensereo MS-1 Interlink Review: The Best Matter over Thread Smoke Alarm appeared first on Mark's Tech Blogs.

Straight away, I’ll say this: if you just want a simple, affordable universal remote, the Sofabaton X2 probably isn’t it. It’s stacked with features, which also means it comes with a price tag to match. If simple and cheap is what you’re after, it’s worth looking at Sofabaton’s other, more basic remotes, or the Switchbot Universal Remote, which I’ve been using myself for over a year.

How Much Does the Sofabaton X2 Cost?

The Sofabaton X2 will set you back around £300, and that covers the hub, the remote itself, and the charging dock. If you want to extend its reach with an IR repeater, that’s an extra £30 or so on top.

The repeater lets you control your IR devices from further away, or even from another room entirely. Think turning your air conditioning on before you’ve walked into the room.

Sofabaton X2 Specs and Features

This thing can control a genuinely huge number of devices. On paper, the Sofabaton X2 supports up to 49 IR, Bluetooth and WiFi devices, and adding the Sofabaton IR Repeater extends that coverage into bigger spaces or additional rooms.

There’s a massive built-in device library, so setup is usually painless, but you can also create fully custom remotes if your gear isn’t listed. During testing I got my Apple TV working over Bluetooth straight out of the box, added my Samsung TV without any fuss, and built a custom remote for my speakers from scratch.

It’s not just TVs either. The X2 will happily work with:

• Roku and other WiFi streaming boxes
• Xbox and PS5 consoles
• Android TV boxes
• Philips Hue and Sonos systems

Sofabaton claims support for over 500,000 devices in total, and from my experience the IR coverage is genuinely strong even without the extenders or the separate repeater plugged in.

On the hardware side, you get a 2.4 inch HD touchscreen, and both the remote and the hub have their own IR transmitters. The hub also ships with two plug-in IR extenders to squeeze the most range out of it.

One of the nicer touches is one-touch activities. Set one up once and you can have the remote turn on your TV, switch the input, and dim your lights with a single tap. There’s also an app for controlling devices from your phone or building out custom remotes, plus an API for activities that plays nicely with Siri Shortcuts or Home Assistant if you want to build your own automations.

Sofabaton X2 and Home Assistant

This is where the Sofabaton X2 gets genuinely interesting, and also where things get a bit more technical. There are two main routes into Home Assistant, and which one you pick depends on what you’re trying to achieve.

The official route is the yomonpet/ha-sofabaton-hub integration, built specifically for the X2. You’ll need this alongside an MQTT broker add-on such as Mosquitto to trigger Home Assistant automations from the remote. This integration also exposes the hub’s power controls to Home Assistant.

The alternative is an unofficial integration called Sofabaton X, which exposes all the on-device buttons to Home Assistant rather than just the hub controls. I’ve tried both, and worth flagging that this second integration is still being made fully compatible with the X2 at the time of writing.

Battery life on the remote itself is rated at up to 30 days depending on how much you use it, though realistically you’ll probably just dock it between uses since it comes with a charging dock anyway. One thing I did notice missing is a ‘find my remote’ feature, something the cheaper Switchbot Universal Remote actually includes. Oddly enough, if you expose the X2 to Home Assistant through the third-party integration, you do gain a find button that makes the remote beep, so there’s a workaround if you’re willing to set it up.

Sofabaton X2 Design

The hub itself is plain, flat, and black, which honestly works in its favour since the IR extenders mean you can tuck it out of sight behind your TV unit. The Sofabaton IR Repeater, on the other hand, has a more distinctive dome shape, a bit like a smaller version of the Europa Park dome, and since you’re more likely to place this one somewhere visible for better coverage, it’s a nice-looking bit of kit rather than just another black box.

Then there’s the remote and its dock, which is really the main event here. The dock is silver, has a small light on the front, and charging contacts that make it easy to just drop the remote back in place without losing it.

The remote itself is noticeably weighty, which sounds like a small thing but actually makes it feel properly premium in the hand. The base has both the charging contacts and a USB-C port for topping up manually. The physical buttons all protrude nicely and have a satisfying click to them, while the touchscreen up top is responsive and colourful. Silver trim runs around the edges, broken up at intervals, and the rear is a black, slightly grippy material. It’s not a reinvention of the wheel, but it’s a genuinely good-looking remote.

Setting Up the Sofabaton X2

Setup is straightforward for the basics and gets progressively more involved the deeper you go. You start by plugging in the hub and remote and downloading the Sofabaton app, then follow the in-app steps to add your devices.

There will likely be a firmware update to work through first. Like a few other reviewers, I found the hub temporarily vanished from the app after updating. Closing and reopening the app fixed it straight away.

For IR devices, you can either search the built-in library or manually teach the remote a command. My TV was found instantly through the library. For my speaker remote, I had to use the learning feature instead, which just meant selecting the command in the app and pointing my old remote at the hub. That process takes longer if you’re teaching it a remote with a lot of buttons.

My Apple TV was a slightly different process again, set up in the app first and then paired as a Bluetooth remote through the Apple TV’s own Bluetooth settings.

The trickiest part by far was the Home Assistant setup. I won’t walk through every step here, but if you want the remote to control devices inside Home Assistant, you’ll need an MQTT broker running alongside the Sofabaton integration, then configure commands in the app that trigger automations when the API is called with the right payload. It’s doable, but it’s not a five-minute job.

Using the Sofabaton X2 Day to Day

Day to day, using the remote is simple. You tap the device you want on the touchscreen, and the screen wakes automatically when you pick it up, while the physical buttons stay active the rest of the time so you can grab the volume without waking the screen at all.

The touchscreen itself responds quickly. One tap selects a device, a second tap takes you into its sub-menu of buttons, and the physical buttons underneath make it easy to back out again. There’s an off button at the top, though I’d have liked the option to program it as a proper power button for other functions too.

You can also control everything through the Sofabaton app on your phone, but the interface feels a little clunky, so I doubt you’ll use it much once the physical remote is set up.

The real value here isn’t just combining your remotes into one device, it’s the advanced features layered on top. Using the app alongside MQTT, I’ve set up toggles for my blinds, my vacuum, and my living room lights, all running through Home Assistant from the remote itself. It works reliably once it’s configured, even if getting there took some patience.

Activities are where this really shines. You can combine controls from multiple devices into a single button, so a “movie night” activity might turn on the TV, switch input, close the blinds, and dim the lights all at once. These can be fired straight from the remote’s home screen or assigned to a key, which is a feature not every universal remote bothers to include.

The third-party Sofabaton X integration for Home Assistant is arguably the better of the two options, since it exposes the physical buttons for genuine two-way control, including your saved activities. In practice, I’ve found running both integrations together works best. This one installs through HACS and comes with its own dashboard cards, including an admin panel for configuring WiFi and event commands, backup options, and hub settings, plus a dedicated remote card.

There’s also a neat trick with the API. Activities can be triggered via a web URL, so I’ve set up quick volume up and down shortcuts that press the button four times in one go. I’ve hooked these into Siri Shortcuts for quick access from my phone’s home screen. One thing worth knowing: when you copy a URL from the Sofabaton app, it doesn’t automatically encode spaces, so you’ll need to manually swap any space for %20 to get it working.

What’s in the Box

• Sofabaton X2 remote
• Charging dock
• Hub
• Power bricks and USB-C to USB-A cables
• Two plug-in IR extender cables for the hub

If you buy the Sofabaton IR Repeater separately, that comes with its own power brick and USB-C to A cable.

Sofabaton X2 Downsides

Two things hold this remote back a little. First, while it’s marketed heavily on its Home Assistant integration, actually getting that set up is not a simple task, and this is really a product aimed at people comfortable with a bit of technical fiddling. The documentation for the Home Assistant and MQTT setup isn’t great, and you’ll need patience to get through it.

Second, the Sofabaton app itself lets the side down. It’s functional, but it feels a bit clunky and not especially well designed in places.

Verdict: Should You Buy the Sofabaton X2?

The Sofabaton X2 is a high-quality remote packed with features that can genuinely control almost everything in your living room. But its biggest strength is also its biggest weakness: all that flexibility makes it more complicated to set up than most people will want to deal with. If you just need to bring a handful of remotes into one place, the Switchbot Universal Remote is simpler and more affordable.

Whether the Sofabaton X2 is right for you really comes down to what you want it to do and how comfortable you are getting technical. There are decent tutorials out there to help, but don’t go in expecting a plug-and-play experience if you want to unlock the Home Assistant side of things.

Frequently Asked Questions

How much does the Sofabaton X2 cost?
The Sofabaton X2 costs around £300 for the remote, hub and charging dock. The optional Sofabaton IR Repeater costs roughly £30 extra.

Does the Sofabaton X2 work with Home Assistant?
Yes. You can connect it via the official ha-sofabaton-hub integration with an MQTT broker, or through the unofficial Sofabaton X integration installed via HACS, which exposes more of the remote’s buttons for two-way control.

How long does the battery last?
Sofabaton rates the X2 remote at up to 30 days per charge depending on usage, though most people will simply keep it on the included charging dock between uses.

Is the Sofabaton X2 easy to set up?
Basic setup, adding TVs, streaming boxes and consoles, is straightforward. Setting up the Home Assistant integration is considerably more involved and best suited to more technical users.

The post Sofabaton X2 Universal Remote Review: Is It Worth £300? appeared first on Mark's Tech Blogs.

After using the SwitchBot E-Ink Home Dashboard for several weeks, I’ve found it to be a compelling addition to a smart home setup, especially considering its price point of around £87. In this review, I’ll cover the design, specifications, setup process, features, real-world usage, and whether it’s worth buying.

SwitchBot E-Ink Home Dashboard Design

The SwitchBot E-Ink Home Dashboard features a 7.5-inch E-Ink display surrounded by black bezels and housed within a clean white frame. The overall design is modern and minimalist, making it suitable for kitchens, home offices, hallways, or bedside tables.

You can either mount the display on a wall using the included adhesive mount or use the integrated kickstand for freestanding operation. I opted to mount mine on the fridge using the supplied 3M pads, which worked extremely well.

The front of the device is covered by a protective plastic layer, which helps prevent damage but can introduce some glare depending on placement and lighting conditions.

On the rear, you’ll find a USB-C charging port, and the display easily slides off its mount for charging when required.

SwitchBot E-Ink Home Dashboard Specifications

The SwitchBot E-Ink Home Dashboard packs an impressive set of features for a relatively affordable smart home display.

• 7.5-inch E-Ink display
• 5000mAh rechargeable battery
• Up to one year battery life per charge
• Integrated front light
• Built-in temperature sensor
• Built-in humidity sensor
• Two programmable buttons
• Matter compatibility via compatible SwitchBot Hub
• Support for up to five calendars
• Alarm clock functionality
• AI-generated recommendations based on weather and schedule

While E-Ink displays don’t offer the vibrant visuals of LCD screens, they excel at readability and power efficiency. Combined with the large battery, SwitchBot claims up to a year of battery life, and early indications suggest this is entirely achievable with moderate refresh settings.

SwitchBot Hub Requirements and Matter Integration

Although the SwitchBot E-Ink Home Dashboard works independently, most users will benefit from pairing it with a SwitchBot Matter Hub. These hubs start at around £50 and unlock additional functionality.

Using a compatible hub allows the dashboard’s programmable buttons and sensors to be exposed to:

• Apple Home
• Home Assistant
• Other Matter-compatible smart home platforms

This greatly expands the flexibility of the device and turns it into more than just an information display.

Calendar and Smart Home Features

The SwitchBot E-Ink Home Dashboard can synchronise up to five calendars from:

• Google Calendar
• iCloud Calendar
• Microsoft Outlook
• Yahoo Calendar

Calendar integration relies on public calendar URLs, which may require some additional configuration depending on your provider.

The dashboard can also display temperature and humidity data from other SwitchBot devices, making it useful as a central smart home information hub.

Additional features include:

• Weather forecasts
• Alarm functionality
• Daily quotes
• Countdown timers
• Environmental monitoring
• Custom dashboard screens

Setting Up the SwitchBot E-Ink Home Dashboard

Setup is straightforward.

1. Charge the device via USB-C.
2. Open the SwitchBot app.
3. Tap the add device button.
4. Select the SwitchBot E-Ink Home Dashboard.
5. Follow the pairing instructions.

Pairing was quick and reliable during testing.

If you already have a SwitchBot Matter Hub, the dashboard will automatically use it for remote access. To expose the sensors and buttons via Matter, you’ll need to add the dashboard to the hub’s Matter device list.

Once added, the dashboard automatically appeared within both Apple Home and Home Assistant.

Configuring the SwitchBot E-Ink Home Dashboard

Configuration is where the experience becomes slightly more complicated.

The device settings within the SwitchBot app are divided into four sections:

• Customised Shortcuts
• Schedule
• Displayed Info
• Screen Views

Customised Shortcuts

This section assigns SwitchBot scenes to the two programmable buttons.

If you plan to use the buttons within Apple Home or Home Assistant, I recommend creating placeholder SwitchBot scenes purely to provide meaningful labels for the buttons.

Schedule

This is where calendar feeds are added and managed. Calendars can easily be enabled, disabled, and reordered.

Unfortunately, you’re limited to five calendars.

Displayed Info

This section controls:

• Location settings
• Weather data
• 24-hour clock format
• Measurement units
• Sensor update intervals

Increasing update frequency reduces battery life.

Oddly, there are no settings controlling the refresh frequency of custom dashboard screens.

Screen Views

This is the most powerful but also the most complex configuration section.

You can configure up to five screens, including:

• Weather dashboards
• Weekly schedules
• Monthly schedules
• Hourly schedules
• Daily overview screens
• Environmental monitoring
• Countdown timers
• Calendar displays
• Daily quotes
• Custom dashboards

Custom Dashboard and API Integration

The most exciting feature for advanced users is the custom dashboard functionality.

Custom screens can either display static text entered through the app or dynamic information provided through the SwitchBot API.

Using Home Assistant, I’ve created a custom REST command that automatically updates the display with the status of my SureFlap smart cat flap, allowing the dashboard to display whether the cat is currently inside or outside the house.

Other useful applications could include:

• Bin collection reminders
• Household notices
• Smart home alerts
• Energy monitoring data
• Weather warnings
• Security notifications

The main limitation is update frequency. Custom screens do not refresh instantly when new data is pushed, and there is currently no way to configure the refresh interval. This significantly reduces their usefulness for real-time information.

Custom Dashboard Builder Web Interface

One of the newest additions is the web-based dashboard editor available through SwitchBot’s online dashboard builder.

This interface allows you to create entirely custom dashboard layouts using:

• Weather widgets
• Calendar widgets
• Information panels
• Custom content areas

This feature dramatically increases the flexibility of the device and makes the main dashboard screen far more useful.

Using the SwitchBot E-Ink Home Dashboard Daily

In everyday use, the SwitchBot E-Ink Home Dashboard performs very well.

The display is clear and readable, the buttons are responsive, and the long battery life means you never really need to think about charging.

My favourite screen is the large weather dashboard, which combines forecast information with smart home sensor data.

The custom dashboard screen is also particularly useful because it continues to display the current time and weather alongside custom information.

Of the calendar views, the weekly schedule is the most practical. However, there is one major limitation.

The Biggest Missing Feature

The biggest weakness of the SwitchBot E-Ink Home Dashboard is the inability to display multiple calendars together in a single family overview.

Currently, each calendar must be viewed individually.

I worked around this limitation using Home Assistant by creating a custom combined calendar feed that:

• Merges multiple calendars
• Prefixes events with the person’s name
• Updates automatically every 15 minutes

While this workaround functions well, it feels like a feature that should be available natively.

What Could Be Improved?

Despite being an excellent product overall, there are several areas that could benefit from firmware updates:

• No combined family calendar view
• Custom dashboards do not refresh immediately
• The SwitchBot app configuration interface can be confusing
• Some advanced features require technical knowledge

Final Verdict: Is the SwitchBot E-Ink Home Dashboard Worth Buying?

The SwitchBot E-Ink Home Dashboard is a genuinely impressive smart home display.

Its combination of:

• Excellent battery life
• Matter compatibility
• Temperature and humidity monitoring
• Custom dashboards
• Calendar support
• Programmable smart home buttons
• Clear E-Ink display

makes it one of the most interesting smart home displays currently available.

It certainly has a few quirks, particularly around calendars and custom screen updates, but these are software limitations that could potentially be addressed through future firmware updates.

At around £87, the SwitchBot E-Ink Home Dashboard offers excellent value and is an easy recommendation for smart home enthusiasts, especially those already invested in Home Assistant, Apple Home, or the broader SwitchBot ecosystem.

The post SwitchBot E-Ink Home Dashboard Review: The Ultimate Smart Home Information Display? appeared first on Mark's Tech Blogs.

After using the Tapo RV50 Pro Omni daily for over a month, including vacuuming every day and mopping twice a week, here’s my in-depth review covering design, specifications, setup, performance, maintenance, smart home integration, and whether it’s actually worth buying.

Tapo RV50 Pro Omni Design

The Tapo RV50 Pro Omni consists of two main components: the robot vacuum itself and the multifunction docking station. Both feature a modern black finish that looks premium and unobtrusive in most homes.

The docking station houses:

• Clean water tank
• Dirty water tank
• Dust collection bag compartment
• Detergent storage
• Mop pad cleaning and drying system
• Mop pad storage area

The robot vacuum itself features multiple obstacle detection sensors, an extending mop pad system for edge cleaning, and an anti-tangle brush design. Compared to some competitors such as the SwitchBot S10, the Tapo RV50 Pro Omni is slightly smaller and shorter, helping it navigate more easily around furniture and thresholds.

Tapo RV50 Pro Omni Specifications

The Tapo RV50 Pro Omni offers genuinely flagship-level specifications:

• Dimensions: 350mm x 350mm x 100mm
• Maximum suction power: 15,000Pa
• Battery capacity: 5,200mAh
• Maximum runtime: Up to 250 minutes
• Maximum threshold climbing: 20mm
• Mop pressure: 8N
• Mop speed: 180RPM
• Clean water tank: 5L
• Dirty water tank: 5L
• Obstacle avoidance: Dual laser precision system
• Connectivity: Tapo App, Alexa, Google Home, Matter, Apple Home, Home Assistant

The vacuum includes a self-cleaning anti-tangle brush system that actively cuts hair during docking, making it particularly attractive for pet owners.

The mop pads can automatically attach and detach depending on the floor type, preventing carpets from becoming wet. One mop pad also extends outward for improved edge cleaning performance.

Docking Station Features

The docking station is one of the Tapo RV50 Pro Omni’s strongest features.

• Automatic dust emptying
• Automatic clean water refill
• Automatic dirty water collection
• Automatic mop washing at 60°C
• Automatic mop drying with 50°C warm air
• Automatic hair cutting from the brush roller
• Integrated detergent dispensing
• Anti-odour module in the dirty water tank

According to Tapo, the 5L clean water tank should provide approximately 2.3 cleaning cycles in a 100m² home or around 4 cycles in a 50m² home. In practice, using mopping twice per week, I typically refill the water every 10 days.

Tapo RV50 Pro Omni Spare Parts and Running Costs

One of the biggest advantages of the Tapo RV50 Pro Omni is its relatively low ongoing maintenance cost.

• Tapo RV50 Replacement Filter Pack: Approximately £30 for four filters
• Tapo Floor Cleaning Solution: Approximately £30
• Tapo RV50 Dust Bags: Around £10 for five compatible bags
• Tapo RV50 Replacement Mop Pads: Around £30 for six official pads
• Tapo RV50 Replacement Brush Kit: Available as a replacement kit

Replacement parts are readily available, and the companion app includes maintenance reminders and direct links to replacement components.

Tapo RV50 Pro Omni Price and Value

The official retail price of the Tapo RV50 Pro Omni is around £750. However, it is frequently discounted to approximately £400.

At £750, the value proposition becomes more difficult to justify. At around £400, however, it becomes one of the best-value premium robot vacuum and mop systems currently available.

Tapo RV50 Pro Omni Setup Experience

Initial setup is straightforward. The box includes setup instructions printed directly on the packaging, guiding you through:

• Installing the docking ramp
• Installing the detergent cartridge
• Installing the anti-odour module
• Filling the clean water tank
• Removing shipping protection materials
• Connecting the vacuum to the Tapo app

Pairing through the Tapo app was mostly straightforward, although I did experience a couple of connection issues during initial setup that required resetting the vacuum.

Once connected, Matter pairing with Apple Home and Home Assistant worked without issue.

Smart Home Integration: Matter, Apple Home and Home Assistant

For smart home enthusiasts, Matter support is arguably the biggest selling point of the Tapo RV50 Pro Omni.

The vacuum supports:

• Apple Home
• Home Assistant
• Amazon Alexa
• Google Home
• Matter

Within Apple Home and Home Assistant, you can control:

• Vacuum only mode
• Mop only mode
• Combined vacuum and mop mode
• Quick cleaning
• Automatic cleaning
• Deep cleaning

I’ve been running scheduled cleaning routines through Home Assistant for over a month, and reliability has been excellent.

Tapo RV50 Pro Omni Vacuum Performance

My home consists primarily of laminate flooring, with several thresholds, rugs, door mats, and two cats regularly creating fur and litter mess.

After a month of daily use, vacuuming performance has been excellent.

The 15,000Pa suction power is more than sufficient for:

• Pet hair
• Cat litter
• Dust
• General household debris

The anti-tangle brush system has proven particularly impressive, with virtually no hair becoming wrapped around the brush roller.

Object avoidance is also among the best I’ve tested. During testing, the Tapo RV50 Pro Omni successfully avoided cat toys without touching or moving them.

Tapo RV50 Pro Omni Mopping Performance

The biggest improvement over previous robot vacuums I’ve used is the mopping system.

The dual spinning mop pads deliver noticeably better cleaning performance than roller-based systems, and the extending mop arm helps clean close to walls and furniture edges.

Available mopping settings include:

• Multiple water flow levels
• Standard cleaning routes
• Fast cleaning routes
• Thorough cleaning routes
• Single or multiple cleaning passes

I found the medium water setting provided the best balance between cleaning performance and water consumption.

The automatic mop removal system also works extremely well, preventing wet mop pads from being dragged across carpets.

Navigation and Obstacle Avoidance

The dual laser navigation system performs exceptionally well.

Benefits include:

• Excellent obstacle avoidance
• Reliable carpet detection
• Strong threshold climbing ability
• Accurate room mapping
• Support for virtual walls and no-go zones

Unlike some competing robot vacuums, the Tapo RV50 Pro Omni rarely gets itself stuck.

Tapo App Features

The Tapo app offers a huge range of customisation options, including:

• Room editing
• Cleaning schedules
• No-go zones
• Virtual walls
• Cleaning order preferences
• Multi-floor mapping
• Cleaning reports
• Remote control mode
• Maintenance tracking
• Siri Shortcuts
• Smart Actions
• Device sharing
• Matter setup tools

The only real downside is that the app occasionally takes a few seconds to reconnect to the vacuum when opening it.

Tapo RV50 Pro Omni Maintenance

Maintenance requirements are refreshingly low.

Regular tasks include:

• Refilling the clean water tank
• Emptying and rinsing the dirty water tank
• Replacing dust bags
• Replacing filters
• Cleaning charging contacts
• Replacing brushes and mop pads when required

The app tracks component wear and provides maintenance reminders, making ownership largely hassle-free.

Tapo RV50 Pro Omni Downsides

No product is perfect, and there are a few minor issues worth mentioning.

• The app can occasionally take a few seconds to connect.
• A mop pad detached once after catching on a door mat.
• The vacuum still cannot fit under some higher furniture due to its top-mounted sensor.
• The official detergent occasionally goes out of stock.

However, none of these issues significantly impacted day-to-day usage.

Final Verdict: Should You Buy the Tapo RV50 Pro Omni?

After testing multiple robot vacuum systems over several years, the Tapo RV50 Pro Omni is currently my favourite robot vacuum and mop combination.

Its strengths include:

• Excellent vacuuming performance
• Outstanding mopping quality
• Reliable object avoidance
• Very low maintenance requirements
• Excellent Matter support
• Strong Home Assistant and Apple Home integration
• Competitive running costs
• Excellent value when discounted

While I wouldn’t recommend paying the full £750 retail price, at the frequently discounted price of around £400, the Tapo RV50 Pro Omni is arguably one of the best robot vacuum and mop systems currently available for smart home users.

Purchase Links

• Tapo RV50 Pro Omni
• Tapo RV50 Replacement Filter Pack
• Tapo Floor Cleaning Solution
• Tapo RV50 Dust Bags
• Tapo RV50 Replacement Mop Pads
• Tapo RV50 Replacement Brush Kit
• SwitchBot S10
• SwitchBot K10+

The post Tapo RV50 Pro Omni Review: The Best Matter-Compatible Robot Vacuum for Apple Home Users? appeared first on Mark's Tech Blogs.

In December, my review of the Habi Smart Home Heating solution identified significant connectivity issues that necessitated a return within the 30-day window after experiencing unreliable heating performance during November. After returning it due to these problems and subsequently switching to alternative Aqara devices for reliable operation over several weeks, I have been using an updated configuration with the original Habi system solid now since March to provide this comprehensive update on its current status.

The Initial Experience and Connectivity Struggles

I picked up the Habi Smart Home solution myself back towards the end of October and immediately proceeded into setting it up. I wired in the boiler control, paired the wireless thermostat, added three radiator valves, and set up a series of complicated Apple Home Automations with Siri Shortcuts for geofencing as part of my heating schedule.

I then switched to using Aqara devices because that setup worked pretty reliably and well at that time. However, within a couple of weeks after the initial Habi deployment, devices started losing connection to the boiler, which was frustrating in November when you want reliable heating for cold nights. I contacted Habi customer support directly, and we tried various troubleshooting steps together, but ultimately returned it because I needed heating that worked consistently without manual intervention.

Habi’s Response and Follow-up Testing

In the meantime, while waiting on other options or during my testing phase, Habi got one of their engineers to email me personally. He actually works for their parent company Salus, who are really well established in the heating space.

I explained that I had returned the equipment and offered to come and set up everything as it was configured before so they could monitor and debug remotely.

As a developer myself, I know how frustrating it is when you can’t replicate an issue consistently. I also knew from other reviews online at that point that others had reported signal issues too.

I agreed to let them come over under the condition that they didn’t wire everything back into my boiler initially because I needed my heating system operational immediately for daily use. Rob came along, hooked up a plug to the wireless receiver and attached some valves to the radiator thermostats so we could put everything back in exactly the same places as before.

The team told me they had updated the firmware between visits or during that period of testing. Over the next few weeks following this intervention, I continued to monitor it all carefully via both the Habi app and Apple Home applications directly on my phone screen. The updates held up well enough through winter conditions, so nothing disconnected again.

By the start of March, after validating reliability with firmware stability verified by their support team, I wired everything back up permanently to my boiler. Then we set up some schedules using Home Assistant for geofencing integration, letting it run heating without issues since that date and onwards through warmer weather periods following initial validation.

About Habi Hardware Specifications

This is a Matter over Thread compatible smart heating solution currently available on the market. The base pack containing the boiler control has physical controls for operation in addition to the network features, creating the thread backbone itself so it does not require Wi-Fi dependency.

The device can work with condensing boilers and those which utilize separate hot water controls as standard units usually found in UK homes or European installations. Those physical buttons provide you easy ways to turn heating on or off if smart control functions fail completely due to network outages, ensuring safety during power issues. The base pack also comes with the wireless thermostat included within it.

I do like that design aspect especially considering the white finish and large twist knob for adjustments directly on device rather than tapping a touchscreen screen all day long which can get frustrating in cold rooms when wearing gloves or handling dirty hands after cooking dinner.

This pack will cost you around £70, making it pretty affordable compared to many other brands that charge extra monthly fees later on without warning users first before billing them. That physical hardware approach also ensures no hidden subscriptions ever kick back your bill unexpectedly even if app service ends temporarily for any reason outside my control.

Compatibility and Features

Matter compatibility means it works with SmartThings, Apple Home, Google Home, Alexa, and the open standard ecosystem of Home Assistant seamlessly together without needing proprietary bridge hardware usually sold separately elsewhere in stores online globally today. The radiator valves are also Matter over Thread compatible.

I have paired them well first to Habi Hub then secondary matter controllers like Apple Home so they can call for heat accurately from those thermostats instead of just relying on room thermocouples which might lag behind reality.

This allows those TRVs (Thermostatic Radiator Valves) to request specific heating loads based on schedule needs, not ambient temperature drift alone. The Habi app as a whole is something I dive into more during my original review documentation before returning item for fixes but if you don’t mind about having geofencing constraints initially then schedules and boost functions are set up easily within the application settings menu without advanced coding knowledge required to operate basic features effectively enough.

If deep diving specifically into specs or looking at compatibility charts with legacy devices, I have put my original review notes elsewhere in detail regarding specific protocol handshakes used by older valves that do not support standard Matter standards yet but still connect via bridge functionality within supported firmware releases prior to the latest 2024 iteration updates provided directly from manufacturer website downloads.

Temperature Accuracy Issues

Whilst those TRVs definitely let you adjust temperature offset settings in advanced configurations, I find that their raw reported temperature is not very accurate when radiator heat cycles are running on continuously without breaks during colder spells like early mornings or late nights which affects perceived comfort significantly.

This issue is pretty common for TRV technology across brands but these units seem worse than others tested by independent reviewers previously. This accuracy variance suggests I probably wouldn’t recommend just using them alone with the Habi app if accurate floor temperatures are your primary goal metric rather than general heating control availability which works fine most days.

My setup is bit more complicated though, so if you’re willing to have a similar set up like mine then it does work well and accurately over extended periods of time. Basically, I’m using Home Assistant integration specifically called Better Thermostat that allows me selecting different temperature source from the TRV readout itself.

This bypasses poor sensors by integrating room-level data elsewhere while doing all complicated temperature offsetting required to ensure valve still acts correctly even if internal readings drift slightly over time. Should you want a simpler out-of-box solution without advanced configuration requirements or integration knowledge, I’d go with the Tado X range instead of starting fresh on this platform.

Should You Buy Habi?

As it stands currently in market conditions and testing results gathered so far during late 2023 into early 2024 period following firmware updates, is one most affordable Matter over Thread heating solutions out there available now without requiring subscriptions that drain monthly budget unnecessarily.

Not everyone should buy this though if they have specific needs different from my setup which relies heavily on Home Assistant ecosystem integration rather than just simple app buttons. If you just need the wireless thermostat and main boiler control for home basic usage, then it’s great – a bit of fiddling in Apple Home can achieve geofencing so your heating turns off when away.

If you don’t care about that specific feature where system knows if I’m at house or not outside local IP address changes from ISP router configuration logic, the Habi app is great for basic scheduling without third party integrations. However, smart TRVs might be limited unless utilizing advanced setup methods because on-board temperature sensors are too sensitive to minor drafts affecting readings during high ambient pressure drops typical in UK winter conditions.

Pairing can also take some time and does timeout occasionally with the initial connection sequence if network load is heavy from other devices like video calls happening simultaneously. Out of three units I’ve got, two were fine initially upon installation without needing reset multiple times by user intervention manually restarting hardware unit itself to fix communication loss.

If you want a simpler solution ready immediately after unboxing then Tado X range might be better choice as it’s also robust with Matter support but requires specific integration considerations for existing infrastructure upgrades currently planned or executed within renovation timelines typically undertaken during summer months before heating season starts again next year usually around late September depending on region specifics regarding weather forecasts.

I will continue to monitor my setup over the long term and provide updates as necessary when firmware receives new revisions that may address pairing timeouts further down line after launch date. I’ll link products available at current store prices in standard online listings below for comparison before purchase decision made by any consumer considering options currently listed on retailer websites within their preferred region.

Conclusion

Overall, Habi is an affordable Matter over Thread heating solution that works well for basic setups if you prioritize low cost and app simplicity without deep Home Assistant integration requirements. However, if your goal involves a more advanced setup or accuracy from TRV readouts during operation cycles where sensor drift becomes problematic regardless of offset correction applied in configuration screen, then it might not be best choice over higher tiered competitors offering tighter thermal isolation.

I plan to continue testing my system and provide updates on firmware stability if any future issues arise after winter cycle ends. Let me know your thoughts regarding this product line based on your own experience with smart heating systems currently deployed in similar residential properties across UK housing associations or private rentals alike so we can help each other choose right tools for home.

The post Habi Smart Home – Updated Review appeared first on Mark's Tech Blogs.

I’ve been using this system for about three weeks, so I can share what actually happens in real-world conditions rather than just promising features. Here is my assessment of whether you really need to buy into all the extras before getting started. If your primary goal is simple monitoring and voice assistant integration without needing advanced local control or history retention, you might not need the Home Hub Mini right away. However, if you rely on local storage for privacy and want full feed visibility in ecosystems like Apple Home via Home Assistant, then purchasing that hub becomes a necessary step to unlock those capabilities properly.

Do You Need the Reolink Home Hub Mini?

Before getting into specifics about how this camera tracks objects or handles battery life under load on its own power source for weeks at a time without needing wall charging, it is worth asking whether you need to invest in the hub first. For most people who simply want basic motion alerts sent straight to their phone through the Reolink app along with optional Alexa triggers and Google Home actions, that standalone camera works perfectly fine on its own. But for users running a more complex smart home stack involving Home Assistant where live video feeds are crucial for automations or viewing inside specific apps like Apple Home at once within the interface there requires connecting to the Hub unit specifically because it handles routing those connections locally without needing subscription fees constantly incurring over months of usage time on your card plan.

Price and Design

The camera itself, combined with a Reolink Solar Panel package sent by Reolink as part of my review kit, sits at £170 when accounting for the cost of the solar panel component that is included in this specific bundle offering. A 5% discount is currently available if you are ready to purchase via the link associated on this page or check Prime Day sales which may be running alongside current stock availability depending where your region falls within shipping zones at present moment today too. The physical unit has a clean white body design that matches most outdoor aesthetics nicely while allowing for vertical rotation capabilities of up 355 degrees across its horizontal range plus tilt functionality to look downwards or upwards as needed by site placement conditions around windowsills versus overhanging trees above porch area.

Specs That Matter

The built-in battery inside the chassis is rated at 20,000mAh capacity which means it delivers power long enough for up to 96 hours of continuous recording when active or even extends run time significantly in PIR trigger mode capturing around 300 seconds of footage per day on average during typical operation cycles throughout winter months where sunlight might be less reliable anyway. Even with a grey and wet weather pattern lasting the first full week without charging fully before deployment started testing battery levels barely moved noticeably despite rain which is great for users in climates that are notoriously damp.

Storage Options

If you want to store footage locally, there is no internal microSD slot directly inside the camera casing itself but rather it relies on a dedicated Home Hub Mini device if available or use an external card inserted separately into either unit as supported by firmware configuration settings. You can add a microSD up to 512GB capacity which isn’t included in base price of course so you might want that budgeted in separately beforehand before purchase happens unless plan involves cloud storage subscription service monthly billing cycle instead for those who prefer offsite redundancy rather than risk local hardware theft or water damage issues from weather exposure alone.

Subscriptions

You get compatible access to Alexa and Google Home right out of the box without needing any special setup steps beyond initial pairing process through application interface on your phone. Most features work with Home Assistant too, but note that if you do not have a Hub Mini connected yet for full video feed integration into those systems properly you will need cloud storage which costs £3 per month or up to 5 cameras total plan available at reduced rate currently offered sometimes via promotional pricing adjustments by company policy.

Setup and Installation

The camera box plus the solar panel packaging include all necessary screws fittings cable ties for alternative mounting methods where drilling into walls is not an option for you specifically due to rental restrictions or structural limitations preventing permanent alterations in building fabric without permission obtained first via landlord authorization process before proceeding with installation steps planned ahead of time.

Mounting Process

To charge the camera first then pair it through Reolink app which walks you through connecting WiFi network successfully on initial setup session where most users should be able to skip troubleshooting unless interference issues exist nearby causing connection drops intermittently when testing range performance around house exterior perimeter locations.

Day-to-Day Use and Performance

Motion notifications come through promptly with thumbnail previews included in push notification alerts that arrive on mobile devices quickly enough for you to verify what movement triggered alert without needing to open camera live stream feed immediately which might save battery life or data usage depending how often checks made manually within application interface daily.

Detection Accuracy

It picks up people and animals reliably even at night when ambient light drops significantly below threshold required for infrared sensors alone but instead uses colour mode combined with built-in LED light to show true colours regardless of lighting conditions available around sensor location point currently monitored by camera software algorithms processing video stream in real time.

Night Mode Tracking

Tracking animals in the dark works well too because auto tracking settings allow it to follow people, animals or vehicles depending on what configuration you choose within application menus which are accessible from app dashboard via tap interface navigation system used for adjusting parameters live without needing reset factory settings unless necessary.

Night Video Quality

The night video quality is the best I’ve seen on a battery outdoor camera and browsing clips in the app allows easy downloading footage while you can switch between lower resolution stream optimized for data saving or full resolution by toggling from Fluent to Clear depending how much detail matters at moment captured currently being viewed.

Home Assistant and Apple Home Integration

When talking about integration with Home Assistant there’s no native support directly within that ecosystem requiring you use homebridge or similar bridge software for getting video feed available properly inside those custom interfaces which is where it gets a bit involved if you really need advanced control over automation rules based on camera triggers rather than just receiving simple notifications when motion detected by PIR sensor located near driveway entrance point.

The post Reolink Atlas PT Ultra Review: A 4K Battery-Powered Outdoor Camera Worth the Money? appeared first on Mark's Tech Blogs.

Price and Value

The T1 light strip is priced at £43 for a 2m length, which is around average for similar products. However, it’s worth noting that you can extend the strip by purchasing additional 1m segments for just £15. While the length of the strip may not be as long as some other options on the market, its quality and features more than make up for this.

Specifications

To get the most out of the T1 light strip, you’ll need to have an Aqara hub – I already had the M3 hub, but if you’re new to Aqara’s ecosystem, their hubs start at just £30. The T1 strip supports up to 16 million colours and can be used to create custom effects using the Aqara app. It also has built-in Zigbee repeater functionality, making it a great option for those looking to expand their smart home setup.

One of the standout features of the T1 is its support for RGBIC (Red, Green, Blue, and Individual Colour) configuration, which allows you to control each of the ten light strip segments separately. This level of customization is perfect for creating complex lighting effects or syncing with music. The app also includes a built-in music mode that works seamlessly with popular smart home systems like Apple Home, Alexa, Google Home, and Home Assistant.

Design

The design of the T1 light strip is sleek and modern, making it easy to hide away in any room. The back of the strip features some high-quality sticky tape that has held up well over the past month. I was impressed by the premium feel of the light strip itself, which I’d say feels even better than a Hue light strip.

Before the plug, you’ll find some physical controls and what appears to be a microphone for local music sync. This is a nice touch, as it allows you to control the lighting effects without needing to reach for your phone or tablet.

Setup

Setting up the T1 light strip was a breeze – I recommend pairing it with the Aqara app before fitting it into place. Once paired, you can choose which Aqara hub it binds to and then add it to other apps like Apple Home and Home Assistant.

As my Aqara Hub was already connected to these systems, the light strip appeared automatically, and I just needed to assign it to the correct room. From there, I added it to any scenes and automations I wanted to use it in – for example, turning on my living room lights when I enter the room.

Scenes and Exports

The Aqara app’s ability to export scenes is one of its standout features. This allows you to create custom effects and music sync toggles that can be shared with other apps like Apple Home, Google Home, and Home Assistant.

To do this, simply create a scene in the Aqara app for turning on music sync or dynamic RGB effects, then head into the profile part of the app and connect to the ecosystem you want to sync to. For example, if you’re using Apple Home, you can sync your scene with just a few clicks.

Real-World Experience

I’ve been using the T1 light strip for several weeks now, and I’m impressed by its performance. The colours are vibrant and bright, and it responds quickly to any changes in lighting effects or music sync.

One thing to note is that if you’re using a speaker higher up and your plug with the mic for the lights near the floor, you may need to increase the sensitivity of the music sync feature. However, this can be easily adjusted within the app.

Verdict

Overall, I’m extremely impressed by the Aqara LED light strip T1. Its high-quality design, vibrant colours, and seamless integration with popular smart home systems make it a standout product in its class. The ability to export dynamic effects and music sync toggles via scenes to third-party apps is also a major plus.

While there are some minor downsides – such as the lack of light mapping feature – I believe this product is well worth the investment. If you’re looking for a reliable, high-quality smart lighting solution that integrates seamlessly with your existing setup, look no further than the Aqara LED light strip T1.

As always, if you’d like to purchase the T1 light strip or learn more about it, I’ve included a link below. If you have any questions or would like to share your own experiences with this product, feel free to leave them in the comments section!

1. Aqara Hub M3
2. Aqara U200
3. Apple Home
4. Alexa
5. Google Home
6. Home Assistant
7. Hue
8. Govee’s tree lights
9. Twinkly lights

The post Aqara LED Light Strip T1 Review – A month’s worth of testing appeared first on Mark's Tech Blogs.

There is a confession I need to make that might surprise some long-time followers. For several months now, I’ve been running my smart home on Home Assistant. If you follow this channel regularly, you know I have always leaned heavily into the capabilities of Apple Home and Shortcuts for automations—that was genuinely how things stood until recently when reliability issues pushed me in a different direction. While I believe that advanced automations using Apple Home are still excellent for most everyday users without much friction over time, eventually those platforms hit certain limitations where more complex logic becomes difficult to manage properly inside the standard interface or Shortcuts alone.

Home Assistant Isn’t What I Expected

I want to address one major concern immediately: reputation.

For years, Home Assistant had this distinct image of being extremely technical and inaccessible for non-experts. You never have long in online discussions before someone starts talking about YAML files or command lines configurations which seemed intimidating at first glance. But honestly speaking as we get into 2026 and beyond that isn’t the full picture anymore regarding how easy it is to actually use today.

From my personal experience, Home Assistant now comes across as being roughly just as simple to set up for daily tasks compared to something like Homey which was previously a go-to alternative. I realized this truth after moving my Raspberry Pi setup from running inside Homebridge over specifically to the HomeAssistant platform properly diving into it several months ago.

And yes, I admit that I’m actually a developer so technically speaking if needed there are advanced setups involving YAML files or command lines that you could handle—but in reality I’ve written very little of those config scripts myself. Almost everything done is configured directly through the visual interface available within their app rather than manual file editing.

And yes, regarding Homey Self-Hosted solutions which some might have seen discussed before on this channel—if you saw my video referencing that topic earlier—you’ll know I actually think Home Assistant feels like currently it’s often a better overall option for those looking to expand control without the heavy reliance on third-party apps.

Why I Switch

The biggest driving reason behind this switch ultimately comes down to how automation works specifically.

I have maintained that Apple Home automations are actually very reliable and functional, though eventually users run into limitations where you need something more advanced than the native platform provides. While it is technically possible with Apple Home plus Shortcuts to try to achieve these advanced setups those automations quickly become complicated if not nearly impossible to manage for long-term maintenance.

That was exactly what led me away from purely relying on that ecosystem initially and toward Home Assistant which offered far more control over the logic structures needed. Initially, I ran my instance of it directly on a Raspberry Pi device locally within home network infrastructure so everything stayed private there without requiring cloud dependencies for processing or storage.

More recently though because you want to experiment with things like local AI processing capabilities inside your own environment—I’ve moved every single one of those functions onto an M4 Mac mini running Home Assistant directly from a virtual machine context setup. I might make a dedicated video on that specific hardware architecture configuration in the future since it performs differently depending upon resources available there—but for most people out there just looking to get started quickly there’s actually quite different route which is simpler.

The Easiest Way to Get Started

If you want absolutely easiest possible Home Assistant setup path without requiring technical build skills or flash processes I’d recommend looking at the official HomeAssistant Green product from their store directly. It costs around £150, so it’s more expensive than many traditional smart home hubs on the market out there right now but it’s capable of far more functionality within a single unit.

The biggest advantage is definitely simplicity rather than raw power alone because pre-installed software means no need to flash SD cards manually or install operating systems yourself. You essentially buy into platform support directly from Nabu Casa which was founded by the original creators themselves, so buying their hardware helps support ongoing development of this open source community project alongside getting a device that works out of the box.

Matter Thread and Zigbee Support

However there are important considerations regarding protocols you want to connect with specifically if you look at things like Matter over Thread or standard Zigbee devices together simultaneously which often confuses new users initially.

If you need support for matter thread zigbee devices all in one go you’ll also want the Home Assistant Connect ZBT-2 add-on module added into that picture. That costs around £50 depending on sales prices currently available today but here’s an important limitation worth noting before purchasing: it can either handle Matter over Thread or Zigbee not both at same time so if your home setup needs full support for matter alongside thread plus zigbee together you will likely want to use separate hardware dongles.

DIY vs Appliance Approach

The Home Assistant Green definitely isn’t the most powerful standalone hardware available in general market terms but for getting started quickly it’s probably actually easiest route that doesn’t involve soldering or complex build steps at minimum. If you prefer DIY approach using standard components something like a Raspberry Pi 5 with an SSD attached drive is extremely reliable too—that was what I originally used during first setup phase—but does require more technical work upfront to get configured correctly via command lines initially.

Initial Setup Process

The actual process of setting up the platform once hardware arrives or installed locally is refreshingly simple in my opinion especially compared to other platforms requiring multiple apps on device side. You create an account for your cloud integration, set your physical location coordinates so network scan works better then HomeAssistant immediately starts scanning your entire home network automatically looking for compatible smart devices attached via Wi-Fi.

Remote Access and Security

For anyone planning to enable remote access into their dashboard or automations I’d strongly recommend enabling two-factor authentication specifically for security reasons before connecting from outside of trusted local networks later on. Regarding specific solutions for keeping that connection secure, easiest solution remains subscribing directly through HomeAssistant Cloud service provided officially by the platform team.

Adding Matter Devices

If you want to integrate devices inside AppleHome first using matter protocol then moving them into Assistant is actually really straightforward compared to older bridge methods requiring configuration steps in every app manually. You simply open your home application go into device settings put that specific item into pairing mode before opening the HomeAssistant dashboard interface yourself.

Migrate Devices

You can choose two main paths forward once you are comfortable with local network scanning and initial account creation done:

Start completely fresh on new system OR gradually migrate existing devices without resetting your entire smart home ecosystem which might be risky if not planned carefully. For me personally HomeAssistant serves two main purposes right now in my daily usage routine.

Bridging Non-Apple Devices

Firstly it allows me to bring non-ApappleHome compatible devices particularly Tuya protocol gadgets into Apple home using a feature called HomeKit Bridge functionality which is similar conceptually what Homebridge software does without running on separate server. Secondly I wanted more advanced and flexible automation platform that doesn’t require relying entirely on third-party cloud APIs for simple tasks like lighting control based on specific time triggers or sensor thresholds.

Selecting the Device

Finally when moving devices into the system you can open AppleHome application directly Go to device settings select add new items then open HomeAssistant Dashboard again navigate Settings Devices and Services tab choose Add Device button Select your desired category for Matter protocol support finish pairing process. Choose Add Device Selection or similar option available depending on firmware version of running software at current time being displayed when adding devices from external sources into local server.

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A few hours of testing have led to my verdict: while the self-hosting concept is excellent, this software feels genuinely unfinished and suffers from too many rough edges. The interface remains clean with an automation system that stands out as powerful, but right now it lags behind its dedicated hardware counterparts. I would seriously consider paying for a permanent license if bugs were polished away first.

In December, I reviewed the Homey Pro Mini which is designed to unify your devices in one place. The software impressed me then; it supported most of my smart home ecosystem and allowed complex automations through desktop Flow Builder. However, I did run into issues with Matter devices constantly losing connection, leaving me cautious about relying on it long term.

The Announcement

Then at the end of December Homey announced something interesting: a self-hosted server version of their platform. In theory this is a great idea because instead of buying dedicated hardware you can run the software yourself on existing gear like Windows machines, macOS systems, Raspberry Pi devices and certain NAS units.

Limits and What You Need

If you already have compatible 24/7 running equipment—maybe an old Mac Mini or a Network Attached Storage system—you can potentially get the full Homey experience without needing another box plugged into your network. Naturally I wanted to try it immediately.

Hardware and Integration Constraints

The self-hosted server supports Matter devices and integrations through manufacturer apps but there are some important limitations you need to know about right now. If you want support for Zigbee, Z-Wave, Bluetooth infrared or 433MHz devices, you still need a Homey Bridge which costs around £70.

This is the tricky part regarding platform choices because unlike platforms such as other major smart home hubs, you can’t use third-party USB dongles or hardware built into your computer. Even worse there’s currently no Thread support at all which immediately feels like a big omission given how important this standard has become in recent years.

Moving on to macOS Installation

To be fair the installation process itself is straightforward enough. You download the app drag it into your Applications folder and launch it from there normally.

The software runs from the macOS menu bar then you use Homey mobile application to complete setup though oddly you can’t do initial configuration through a browser even once connected everything worked fairly polished for home layout floors rooms etc.

Safari Interface Issues

Add more interesting behavior occurred with web interface compatibility. Once configured I found the web interface didn’t work properly in Safari despite physical Homey device working perfectly there when reviewed previously last December. That’s particularly odd considering it effectively is same underlying interface used everywhere.

Ecosystem Updates

The mobile application handles adding devices using downloadable apps and has a decent ecosystem of third-party integrations available for use today now.

A positive change since my earlier review involves the official Home Assistant integration being back after removal by Tuya previously so seeing it return officially feels good news. I also tried re-adding one of Matter devices that kept disconnecting previously which took an unusually long time to pair and didn’t inspire confidence immediately there.

The Bugs

This is where experience started falling apart for self-hosted server right now mainly in stability issues regarding apps. For example whenever I tried adding new software packages through mobile app Homey would open a login popup authenticate successfully then throw an error page requiring manual retry multiple times before finally working.

Tuya Integration Problems

This happened consistently and simply didn’t occur on dedicated Hardware tested previously during review. Then there was the Tuya integration where you must scan QR code displayed by Homey using your phone app which became impossible if already using device for setup itself at same time.

AirDrop Workaround

I ended up taking screenshot of that code AirDropping it to my Mac then scanning from there instead. Even after successfully authenticating initially Homey still didn’t recognise the connection until I completely exited process and started again fully which feels like an official integration QA issue given lack of quality control expected.

Matter Pairing Delays

The biggest overall problem with this current self-hosted version is really just polish stability missing features. Missing experimental Apple Home feature allows exposing unsupported devices to main hub on physical units but that capability completely lacks here in software package so bridging incompatible hardware into Apple ecosystem won’t help using only server setup approach.

Pricing Comparison

All of this would be easier to forgive if the software were free which it isn’t at all. You get one month trial initially then you must pay either £5 per month or make single payment purchase for full features permanently after that duration passes by.

The Value Question

This pricing feels difficult to justify especially considering Homey Pro Mini costs around £200 and includes additional hardware like Thread support Apple Home integration included already in base box. At this price point self-hosted option starts feeling relatively poor value for money compared with standard paid version.

My Final Recommendation

After spending a few hours testing Homey Self-Hosted I think the idea itself is genuinely excellent though software design remains strong overall even if unfinished right now. If experience were smoother I’d seriously consider paying £150 to run permanently on Mac mini long term for automation flexibility alone.

The Competition

In fact—and this may be controversial—I actually think Home Assistant currently offers the better overall smart home platform experience available today right now. If you buy something like a Home Assistant Green alongside Matter over Thread adapter and Zigbee USB stick setup cost roughly same as self-hosted software plus bridge but gain broader compatibility flexibility for all devices.

I’ve got full video on that alternative coming soon actually which highlights why this feels disappointing despite huge potential remaining. The automation system remains genuinely powerful while overall

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