Smart Mirror Windows Based




Introduction: Smart Mirror Windows Based

I saw a lot of smart mirrors over here and I really wanted to build my own. I read a lot about people making them based on raspberry pi but I was disapointed about how they all looks the same. I wanted more features than just date and weather, and I wanted to customize it a lot ! I wanted mine to be sexy AND smart !

What about sexy ? I first looked on widgets available on raspi-based smart mirroir. They all was white and static. I wanted widgets more like those available using Rainmeter. Bad luck, this software is only available for windows device. Any windows device is WAY more expensive than a raspi... damn!

What about smart then ? I want my mirror to be smart because I'm not ! I'm currently developer but i'm not very familiar with linux command line. So if I had to use an open source AI or develop one on my own, I will never look myself in this mirror... What if I used an AI from a very big software company. It shouldn't be perfect but a good start, don't you think ? Siri, Alexa, Cortana... Hey ladies, wanna ride ?

My previous choice let me with a Windows device so... Cortana, I chose you !

Step 1: Gathering Stuff

Okay, what can look like a windows device that can fit in behind a smart mirror ? After few research, I found that some PC sticks are available for about 100$.

- I choose an Intel PC Stick from 2015 at 150$

- For the display, I had an old 24" monitor that really beg me for a second life. How can say no ?! : 0$

- For the frame and the support, I'll do that with old planks : 0$

- For the mirror, I'll use a transparent plastic piece with a special acrylic sheet to do the mirror effect 30$

- The PC stick hasn't embedded microphone so I bought one on Amazon for 6$

Bonus :

- I bought two spotlights : 2 x 30$

- and a little glass tablet : 10$

Step 2: Frame It !

I'm not a wood worker. My father let me use some of his tools and help me to build a really simple frame.

Actually, it's only four planks to make the front frame and four more to make the box behind. The four planks for the front frame are holded together by two pieces of wood with screws. You can see one of them above the box.

Four more pieces hold the frame and the box together.

I will not teach you how to make a frame. Yours will be thousands time more pretty. On mine, The only tricky part was that I wanted to use a small piece of wood to switch the monitor on or off. I had to precisely aim through the front frame and the plastic sheet to be exactly on the monitor switch.

In order to hold the glass, I used some small L-shaped pieces of wood. I fixed them all around the glass with some screws.

Step 3: Add Some Lights !

My wife likes to wear makeup. I added two spotlights to help her to see more clearly what colors she picks.

With electricity cables, start the cable management problem... I used some glue to fix them inside, along the front frame. On the pictures, you can see some pieces of tape I added to maintain cable before the glue does its job.

From the front side, spots are stuck with double-sided tape.

I added a little switch to turn lights on and off. This switch can be reached by passing a hand below the frame. Like this, it's invisible from the front.

I plugged the monitor, the PC stick and the lights into an electrical power strip and this will be the only thing to came out of the frame.

Step 4: Set It Up !

I wanted to my mirror to be customizable but not only on the software side. The way I set my monitor on the wall let me use this frame or build another one later !

I fix on my wall two vertical pieces of wood (the blue ones). On these pieces, I added a plank that will be an "interface" between them and the monitor (the gray one). I use the monitor VESA holes to fix it on the gray plank.

On top on them, I added two metal pieces in shape of L that will hold the wood frame later. My frame just lay on this two L pieces with four screws to prevent it to fall. In this way, I can easily remove the frame to replace it or do some maintenance.

Step 5: Customization !

As planned, I used Rainmeter to display widget on the desktop.

For the clock :

For the weather and news :

I installed a free version of TeamViewer to do some software customization later from my desktop. I also use an UnifiedRemote server to use my smartphone as a mouse/keyboard combo.

On the picture with the clock, you can see the tiny piece of wood that I use to press on the monitor switch to turn it on or off.

Step 6: Assembly

Step 7: After Few Months...

Hardware upgrade :

The plastic sheet I used to do the mirror thing was a bit cheap. We can't see clearly us on it. I bought a real see-through glass for a better effect. You can compare on pictures before and after the real see-through glass.

Software upgrade :

I finally use windows native widget for the weather forecast. It's way more accurate and I love those kind of charts to tell me if it's gonna rain today or not !

I also use the native windows calendar because it's the only way I found to display my google agenda.

I hide their status bar with a tiny homemade rainmeter widget (basically a black rectangle).

What's next

Even if Cortana can do some things, I'd like to use some software like VoiceAttack to bind some voice commands.

Step 8: Bonus !

I invite you to see my other instructables, made around this project.

- An non-battery powered adroid device : to interact with the mirror.
- An Android remote : to display RSS stream on the miror.

You can see on the left a car phone holder. It stucks very well on by bathroom tiles ! Now I can read morning news when I brush my teeth :D !

And on the right, you can see my little microphone to summon Cortana !

Home Improvement Contest 2017

Participated in the
Home Improvement Contest 2017

Invention Challenge 2017

Participated in the
Invention Challenge 2017

Be the First to Share


    • Crayons Challenge

      Crayons Challenge
    • Microcontroller Contest

      Microcontroller Contest
    • Cheese Challenge

      Cheese Challenge



    Question 2 years ago

    HI. How and from where we can get file for MM. And how we install them ? PLease advice. Thank you


    Answer 2 years ago

    Hi ! What's MM exactly ? I'm not sure what answer to that :)


    3 years ago

    Hi, I'm also thinking of building a smart mirror. I would like to use a windows tablet, because it comes with everything i could need. Microphone, speaker, display... Since I don't want to have the display active all the time, I'm looking for a good way to turn it on and off when needed... Every idea is welcome


    Reply 3 years ago

    Hi ! What exactly is your device model ? Could you find if there is a special place where a magnet could turn off the display ? I know some of iDevice and smartphones have this feature build-in. Like that :Depending where the switch is on your device, you can also find a little piece of wood to reach it through the frame. That's the solution I used : I drilled a tiny hole through my frame and the glass to press directly on the monitor switch. (You can see it on pictures of the step 7, about 5cm below the right lamp and 1cm to the right of the glass)

    If any of thouse solutions fit to your needs, I would suggest you to look on the Unified Remote app that could turn your display on and off with a smartphone as remote.


    Reply 3 years ago

    Thx for the quick reply. Yes, that could be an option, but i wouldn't solve my user login issue. Right now my idea is to just add a usb fingerprint scanner to the tablet, which i can use to login and display my personal data... remaining questions are: how can everyone else see some basic data and how can i turn off the display again. Maybe voiceattack can do that!?

    I didn't state the login option before, because the idea has evolved since the posting :)


    Reply 3 years ago

    You're playing with a device built in order to let user stand right in front : a mirror. Maybe a solution with facial recognition could be considered ?
    And what about a small NFC reader ? You could be the only one with a NFC key ring to unlock you session :
    Whatever you choose : I want to see a demonstration when you'll finish it ^^


    Question 4 years ago on Step 1

    You seem to be missing some steps in this build...

    What do you have the Win10 compustick hooked up to to show the modules on your monitor/tv?

    what are you using to control the compustick?

    I have been searching for a way to create the Magic Mirror using ONLY Windows 10 software, coding, and devices (NO RASPBERRY PI!!!). Is this what I' looking at?

    How did you get Windows to interact with the mirror using voice recognition?

    I am really interested in this as I have been working on an ALL Windows - 10 No RasPi - mirror for about a year now...

    the major thing I am having issues with is the AI, Voice and Facial Recognition, everything associated with those and the Mirror require using Linux=Based software and the RasPi.


    Answer 4 years ago

    Hi !

    To display UI modules, I'm using rainmeter ( To me, it's the best software to display graphical data. Highly customisable.

    To control winows, I'm using an application on my smartphone : Unified Remote ( It provides a lot of remotes to control a deskotp in many ways.

    Today, I'm using cortana to bind some voice commands. I don't need more. But if you do, I recommand you to check VoiceAttack (

    I have no clue of what to use regarding AI nor facial recognition, but if you find something, I will be curious to see what you get !

    Feel free to send me messages if you want to discuss further about your project ;)


    5 years ago

    Looks great... But why use such a resource heavy OS? Why not use an Android or Linux based OS? You could still get the same look ..


    Reply 5 years ago

    Thank you for your comment ! Yes, you're absolutely right, Windows is a really ressource heavy OS ! It's just that Windows is the OS I know the most. I known exactly how to configure it for my needs. I couldn't do the same on a Linux computer. I thought about the Android solution but it came to me that in this case, I had to let a device with a battery plugged 24/7. I was scared of that but I'm working on a solution to power an Android device without the battery inside. I'll explain that soon ! :)