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Many people are aware of the basic functions that smart home hubs have to offer, but oftentimes their knowledge doesn’t extend far beyond simple commands.

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Smart devices are certainly useful on their own, but for a truly intelligent home, you really need the technology to work together.

Amazon Alexa Routines are a great way to accomplish this, allowing you to control multiple devices through your Amazon Echo device with a single command.

Create a Routine in Alexa

There are a few steps to follow to get a Routine up and running, but it’s not as complicated as you’d think. We’ve outlined the steps below to help you get your smart tech up and running.

Step 1. If you haven’t yet, navigate to the App Store (iOS) or Play Store (Android). This guide will follow the steps on an iPhone, but the process should be the same on any Android device.

Step 2. If this is your first time using the Alexa app, create and/or sign into your Amazon account. There is a short setup process where you’ll link the app to your Echo device, but the process is pretty simple and self-explanatory.

Step 3. In the Alexa app, tap the sidebar at the top left of the screen to expand the app options.

Step 4. Tap on Routines.

Step 5. Tap on Create Routine.

Step 7. The next screen gives you several options for events. For smart home devices, you’d obviously choose Device. However, there are tons of different smart devices that integrate with Amazon Alexa.

In the interest of providing a guide that everyone can follow, we’ll tap on Schedule for now. As long as your device works with Amazon Alexa and you’ve connected it to your Echo, the process for creating a routine should function similarly.

Step 8. There are two options on the next screen, Set Time and Repeat. Choose the time you’d like the trigger to fire, as well as the frequency that you’d like it to repeat. We’ll set ours up to repeat every Wednesday at 12:05 pm.

Step 9. Here’s where you’ll choose what happens. Tap on Add Action.

Step 10. The next screen gives you a bunch of options to choose from. Let’s have Alexa say something at the day and time that we’ve selected by tapping on Alexa says.

Step 11. Alexa isn’t exactly the most skilled comedian, but let’s have her tell us a joke anyway.

Step 12. Tap Add to create the first part of your Alexa Routine.

Step 13. The next screen will show you the options that you’ve selected. Part of the appeal of Alexa routines is their ability to combine more than one action. Let’s add another aspect to our routine by tapping Add Action.

At this point, you’ll also want to choose the device that you’d like the joke to play from, which is important to keep in mind if you have multiple Echo devices.

Step 14. Let’s select the Notification option so we can get a reminder on our phone as well.

Step 15. Choose the text you’d like in the notification, and tap Next.

Step 16. If the confirmation on the next screen looks correct, tap Add to wrap up the last part of your routine.

Step 17. This should bring you back to a screen that shows the summary of how you’ve structured your conditional triggers. If everything looks correct, tap Create to wrap up your first Routine!

Step 18. On the main Alexa page, you should now see your Routine. The blue arrow to the right of your routine will allow you to edit your task, with options such as changing the frequency or even deleting it outright.

The button at the top right corner functions as a shortcut to start creating your next routine.

Feel free to experiment with the various options that Alexa Routines have to offer. The Routine that we created isn’t exactly super useful and is really just to give you a sense of how the creation process works. Where the Routine feature really shines is in its ability to connect your various devices.

With Amazon Alexa compatible devices, you can do things like turn on your lights and adjust the temperature when you say “Alexa Good Morning,” or dim the lights and turn on some relaxing music at a certain time so you can relax as you come home from work.

There are other smart home automation services like IFTTT and Stringify that are a little more complex and offer a lot of utility for devices that don’t work with the Echo.

However, Alexa Routines are a great option for beginners to make their smart devices work together for a more convenient and intelligent home. Enjoy!

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How To Use Alexa With Samsung Tv

There are two ways to use Alexa with your Samsung smart TV. If you have a newer model, your Samsung smart TV will have Alexa built in. But if you have an older Samsung smart TV, you must connect an external Alexa-enabled device to control the TV. This tutorial covers both ways to use Alexa with Samsung TV.

Tip: read on if you’re looking to learn how to set up a smart TV.

How to Connect Alexa-Enabled Amazon Echo Devices to Samsung TV

Follow the steps below to connect an Amazon Echo device to your Samsung smart TV. We have divided the steps into different sections for clarity.

1. Set Up Samsung SmartThings App

Download and open the Samsung SmartThings app on your Android or iPhone.

Grant the necessary permissions when asked.

Tap on the “Devices” tab at the bottom and press the Add Device {+) button.

Log in to your Samsung account. Make sure it is the same account used to register your Samsung TV.

Scroll down in the list of devices and tap on “TV” followed by “Samsung.”

Follow the on-screen instructions to set up the TV in the SmartThings app. Make sure your phone and TV are connected to the same Wi-Fi network. If your TV isn’t connecting to Wi-Fi, read this tutorial to learn how to fix it.

Once your Samsung smart TV has been added successfully to the SmartThings app, follow the steps below to connect the Echo device and Samsung Smart TV.

2. Connect Samsung Smart TV to Echo Device

Tip: learn how to fix common Amazon Echo problems.

Assuming that your

Echo device has already been set up

on your smartphone, open the Amazon Alexa app on your Android or iPhone.

Tap on the “Devices” tab. Scroll down to the bottom and tap on “Your Smart Home Skills.”

Tap on “Enable Smart Home Skills.”

Tap on the search icon at the top and enter “smartthings,” then tap on the SmartThings result.

Press the “Enable to use” button, then tap on “Authorize” to give Alexa permission to access your devices.

Tip: learn how to create an Alexa skill without coding experience.

Log in to your Samsung account if asked. The SmartThings account will then be linked to the Alexa app. Tap on “Next.”

The Alexa app will start searching for your Samsung TV. Make sure the TV is on. Once the app finds the TV, tap on “Set Up Device.”

You will be asked to add the device to a group, like your bedroom or living room. Select the preferred group and tap on “Add to group,” or press the “Skip” button if you don’t want to add it to a group.

Your Samsung TV has been successfully added to the Alexa app, and you can control the TV with an Alexa-enabled device.

3. Select Alexa Device to Control Samsung TV

If your Echo device is unable to control your Samsung smart TV, you must choose the Alexa device to link to the Samsung TV in the Alexa app.

Open the Alexa app and tap on the “Devices” tab at the bottom.

Tap on the room where you added the TV, followed by “Samsung TV.” Alternatively, if you didn’t add it to a room, tap on “All Devices” at the top followed by your TV.

Press the “Linked Alexa Devices” option and choose your Alexa device, then tap on “Manage/Link Device.”

If all goes well, a confirmation screen will appear. Tap on “Continue” or follow the steps below to change the name of the TV.

Good to know: Follow this helpful guide to learn how to transfer files from your Android to a smart TV.

4. Change the Name of the Samsung TV in the Alexa App

The Alexa app will take the default name of your TV, and it can be rather long. If you want to refer to your Samsung TV by an easier name, follow these steps:

Open the Alexa app on your phone.

Tap on the “Devices” tab and go to your TV, listed either inside a group or under “All Devices.”

Tap on the “Edit Name” option under the TV name. Enter a name and press anywhere on the screen to save it.

How to Control a Samsung Smart TV with an Alexa-Enabled Device

After you have linked your Samsung TV and Amazon accounts, you can control them using the following commands. Unfortunately, you can only use basic commands to control Samsung TVs with an Alexa-enabled device.

Alexa, turn on/off [TV name].

Alexa, turn up the volume on [TV name].

Alexa, switch input to HDMI on [TV name].

Alexa, pause the [TV name].

Alexa, play the [TV name].

Tip: learn how to use SamsungDex on yoru smart TV.

How to Use Built-in Alexa on a Samsung Smart TV

As mentioned above, newer Samsung smart TVs ship with Alexa built in. On some Samsung TVs, you have to use the Alexa button on the remote to talk to Alexa. However, some TVs also have a built-in Alexa app so that you can talk to Alexa without even using the remote. The built-in Alexa in both of these scenarios offers numerous commands.

For example, you can ask Alexa to open apps on your TV, search for movies and shows, play music, control the volume, control your smart home devices, check the weather, change the channel, etc.

Frequently Asked Questions Is there a monthly fee to use Alexa with Samsung smart TV?

No, you can use Alexa for free to control your Samsung TV and don’t even need amazon Prime. However, data charges will apply, as Alexa uses Wi-Fi.

Can you use Alexa with a non-smart Samsung TV?

You cannot use Alexa to control your non-smart Samsung TV directly. But it’s possible if you connect any external streaming device to the TV using its HDMI port.

How can I troubleshoot the situation when Alexa doesn’t work with my Samsung smart TV?

If Alexa is unable to control your Samsung smart TV, you should restart both the TV and the Alexa-enabled device. If that doesn’t fix the issue, then try re-pairing the device to the Samsung TV. Additionally, you should make sure both devices are connected to the same Wi-Fi network.

All images and screenshots by Mehvish Mushtaq.

Mehvish Mushtaq

Mehvish is a tech lover from Kashmir. With a degree in computer engineering, she’s always been happy to help anyone who finds technology challenging. She’s been writing about technology for over six years, and her favorite topics include how-to guides, explainers, tips and tricks for Android, iOS/iPadOS, Windows, social media, and web apps.

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How To Create A Tablet

There’s a reason every office building, mall and hotel has a permanent map as soon as you walk in: People want their information relevant, easily digestible and accurate, and there’s no better way to introduce them to your space than by providing exactly what they’re looking for.

And tablet-based kiosks can do much more than any static display ever could. Whether presenting information in multiple languages, using touchscreen menus to quickly navigate a wealth of information, or even hosting a face-to-face call with someone who can provide greater assistance, tablets make it easy and uncomplicated to create an informative, user-friendly experience, which has become increasingly important today.

How do you make all this work? Here are four key steps to creating a tablet-based kiosk.

1. Define objectives

It’s OK to start with a vague initial thought: “I want a map,” or “We need a product catalog,” or “Our daily schedule doesn’t meet our needs.” But before you go any further, you need to lay out a clear vision of what the end result is going to look like.

An information kiosk usually presents a seamless interface and runs a single application, so your definition doesn’t need to be complicated — and shouldn’t be, because complicated kiosks are not very successful. It’s easier if you have a single application already selected, but it’s not required. Because modern tablets are based on modern browsers, building a web-based application for a kiosk is not a major undertaking.

In some cases, you may want to set up a multi-app kiosk, which allows managers or users to cycle between two or more specific functions with locked-down settings — for example, your company app plus a web browser that can only access your corporate website. As you expand your kiosk’s apps and settings, keep in mind the more you have, the more complex your configuration will be. Beginning in June 2023, Samsung Knox Configure officially introduced support for multi-app kiosk setups — which can streamline the process of creating and maintaining this type of arrangement for your business.

But whether you have one app or several, it’s important to be specific and clear. Be sure to answer these five questions:

What specific information will the kiosk present, and how will that leverage the kiosk’s interactive power? For example, event information might be the starting point, but a map and directions might be the very next thing guests want to see.

What kinds of users will engage with this kiosk? Also establish a rough idea of the number of users, because kiosks usually only service a single user at a time. This helps in planning the number of stations.

Where will the information be stored and updated? Ideally, a kiosk will be connected to an online system using Wi-Fi (or Ethernet if necessary) that provides constantly updated information. Standalone tablet-based kiosks don’t deliver the kinds of information people are accustomed to getting today, and will take more effort to keep updated.

How much time will they spend at the kiosk? When you define the time window, whether it’s “10 seconds” or “10 minutes,” you set expectations about the experience at your kiosk.

Will you need special hardware features, such as printers or cameras? If you want anything beyond a touchscreen, get that requirement down on paper early.

2. What should the kiosk look like?

There’s a big industry of companies making specialized mounting hardware to secure tablets of all sizes, which offers a lot of flexibility and options to the implementing team. Do you want something in a standalone cabinet? Mounted to a wall? That a user can carry around? Having a vision of how it should look will help your team select the right mounting system.

A diagonal screen size of around 10 inches is very common, and tablets of that size can be purchased for $250-$500 — although the cost of the tablet itself is not a major part of the whole project (more on that later). Smaller screen sizes, such as the more compact 8-in. tablet are also available, with prices in the $150-$300 range. Larger screens are available as well, both in tablets and as standalone touchscreens, but they do drive up costs.

Keep in mind any special hardware features you might want to use, such as cameras and external printers, and how they will integrate with the kiosk. For example, a kiosk that looks like a traditional lectern won’t offer a particularly pleasing camera angle — you’ll want something that faces the user head-on.

Avoid keyboards, whether real or virtual, which can be frustrating and time-consuming when used for anything longer than two or three words. Mice and styluses should also be eliminated except in controlled environments. Touchscreens with simple tap gestures should be all that’s needed to navigate. This also simplifies the construction of the kiosk and gets information out front, with minimal distractions.

3. What’s the use case?

This step is where the project gets handed from business leader to IT group, because the following steps involve technical implementation. This is also the time to include any special cases or details, such as multiple languages or specific data sources (such as nonkiosk applications) to be used.

It’s important to have the big picture of how the kiosk will fit in with other applications, either in place or in the pipeline. If the kiosk is a natural complement to a mobile application or needs similar branding and user experience, this is the time to get these details on the table. Integration between user mobile devices and the kiosk application can be simple, such as by taking a picture of a QR barcode displayed on the kiosk, if that helps extend or improve the experience.

One great way to hand off the project at this point is to use “persona-based” scenarios. These help explain your vision to the technical team responsible for implementation. Personas are a simple way of presenting different use scenarios, and they help everyone involved in the project get on the same page.

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For example, if you’re creating a catalog kiosk for use in a retail location, you might define “Preshopper Pete,” someone who already knows exactly what he wants when he comes into the store and just needs to get to the right location as quickly as possible. Then there’s “Economical Ellen,” who is interested in knowing where you’ve placed the discounted and marked-down items today. Finally, “Browsing Billie” wants to find a particular department so they can browse items without anything specific in mind.

If the cute persona names and specific flows are too much or don’t fit, don’t worry — the key here is to describe how a user is going to approach the kiosk and get information that is accurate, useful and received as efficiently as possible. You could, for example, just write “a user will walk up to the kiosk, find their event on a list on a single page, touch it and see what room it is in and when it starts and ends, along with a map of how to get there.”

The more time you spend defining what you want now, the better the chance you’ll get it, so get as many details down as possible.

4. Design with a life cycle view

The tendency for IT teams will be to immediately look at hardware and software one-time capital costs: how much the tablets and mounting hardware costs, and the cost to design the application. But these costs are only a small part of the big picture. The real costs are management and maintenance.

From the first moment, converting a standard off-the-shelf Android tablet into a kiosk device, locked and secured, can take hours of effort, and is error-prone even for teams accustomed to dealing with tablets. Thinking about the mundane details of how tablets will be deployed, updated and managed is easily overlooked — and you shouldn’t let that happen.

Fortunately, you’re not the first organization to want to use tablets as an accelerator for a kiosk project. Tablet vendors are building infrastructure beyond just providing tablets — they’re helping with the total life cycle. These cloud-based software tools can grab a device, push a rock-solid configuration to it and define all the critical kiosk features, such as disabling buttons or system management functions, or applying corporate branding.

For example, Samsung’s Knox Configure tool includes “ProKiosk mode,” which provides a list of settings needed to fully turn an Android tablet into a secured and dedicated kiosk device — everything from screen timeouts to audio levels to network definitions to autolaunch of specific applications, and all the settings in between — some of which aren’t even available in the normal operating system GUI. Knox Configure also provides for continuous updating — changing profile settings or updating software as the project moves from development to operations phases.

Using off-the-shelf tablets, mounting hardware and configuration tools such as Knox Configure, you can move quickly and economically from business vision to technical implementation.

Browse Samsung’s range of business tablets to find the perfect size and capabilities for your kiosk. Need help choosing? Take this short, free assessment to find the best tablet for your organization.

How To Create A Function With Arguments And A Return Value In Golang?

This tutorial will teach us how to create a function with arguments and a return value. This tutorial involves a gist about the function, and syntax for the function with an argument and a return type in Golang, then last we will see two different examples of a function with arguments and with a return type. In one example we will return the sum of two numbers and in the other one, we will return the area of the circle.

Functions in the Programming language.

Let us first see what function is. The function is a subset of a program that makes the code modular. Also, the functions make specific codes reusable. The function supports the argument while calling them and can also have a return type as per our requirement.

Function with Argument and with a Return Type func functionName(argumentName1 argumentType, argumentName2 argumentType, …) (returnType1, returnType2, …) { return returnValue1, returnValue2, … } Explanation

func is the keyword in Golang that tells the compiler that a function is defined.

Just next to the function we write the name of the function that must start with the letter.

Now we will write the arguments between curve braces() starting with the name of the argument and then its datatype.

To mention the return type we will write them in separate curve braces() just after the declaration of arguments.

In between curly braces we can write the logic of the function.

Once the whole logic is written we will use the return keyword to return all the values that we want to return.


Step 1 − Start the main() function.

Step 2 − Call the function with argument and with return value and store the value in a respective variable.

Step 3 − Declare the function, write the logic in the function body and return the value in the last.

Step 4 − Perform the required operation on the value returned by the function.

Example 1

In this example, we are going to create a function to find the sum of two numbers where we are passing the number as an argument and returning the sum.

package main import ( "fmt" ) func sumOfTwoNumbers(number1, number2 int) int { return number1 + number2 } func main() { var number1, number2, sumOfNumbers int number1 = 21 number2 = 32 fmt.Println("Golang program to learn how to create a function with argument and with the return value.") fmt.Println("Finding sum of two numbers.") sumOfNumbers = sumOfTwoNumbers(number1, number2) fmt.Printf("The sum of %d and %d is %d. n", number1, number2, sumOfNumbers) } Output Golang program to learn how to create a function with argument and with the return value. Finding the sum of two numbers. The Sum of 21 and 32 is 53. Example 2

In this example, we are going to create a function to find the area of the circle where we are passing the radius as an argument and returning the area.

package main import ( "fmt" ) func AreaOfCircle(radius float32) float32 { return (22 / 7.0) * radius * radius } func main() { var radius, areaOfCircle float32 radius = 3.5 fmt.Println("Golang program to learn how to create a function with argument and with the return value.") fmt.Println("Finding the area of the circle.") areaOfCircle = AreaOfCircle(radius) fmt.Printf("The area of the circle with radius %f cm is %f cm^2. n", radius, areaOfCircle) } Output Golang program to learn how to create a function with argument and with return value. Finding the area of the circle. The area of the circle with radius 3.500000 cm is 38.500000 cm^2. Conclusion

These are the two examples of a function with arguments and with a return value. The main use case of these types of functions is that if you want to perform some operation on the argument and return the result then we can create a function with argument and with return value. To learn more about Golang you can explore these tutorials.

How To Create A Useful Daily Digest List With Google Assistant

No doubt, we are busy people these days. With so much information around us, it’s easy to forget things like great ideas for work, appointment times, or even what we want to buy at the store. Many different apps can keep a list for you to check later, and Google Assistant is one of the most popular.

On its own, Google Assistant has an incredible amount of features that make your life more functional, but when you pair it with other programs, you increase its value exponentially. And that’s what we’re going to do here, provide those who are just a bit scattered with an even better way to make sure we accomplish those tasks.

Because if you’re anything like me, you end up forgetting to check the list, but luckily there are some useful tech hacks that work for the most scattered of people!

Applets to the rescue

Using an applet, a small application that performs one specific task that runs within a larger program, you can create actions that run automatically by connecting two different programs. One of these applets allows you to connect Google Assistant with Gmail to not only record your thoughts but also have them delivered to you via email in one daily digest email.

If you are not familiar with applets, the prospect of doing something like this may sound daunting, but the process is straightforward and effortless to do.

To create this connection, you need to create an account in a service called IFTTT. This company provides a software platform to connect apps, devices, and services from different developers. On this site you will find a wide selection of applets that connect many different technologies.

Create your daily digest

Once you’ve created your account in IFTTT, follow these instructions to activate the applet that will provide you with your daily digest email.

1. Search for “keep a list of notes” in the search bar.

3. Turn on the applet using the toggle switch.

4. Connect your account if you haven’t done so already.

5. Give the necessary permissions for the applet to work.

6. Fill in different ways you might ask the program to add information to the list. You can leave it the way it is, but you may want to change the wording to make it match your unique speech patterns. The $ stands for the item that Google Assistant will add to the list.

7. If you wish, change the time to have the email delivered at a different hour of the day.

That’s it. The applet is now activated and ready to run.

Another way to remember the list

If you are still worried you won’t remember to read the list, you can also set up your Gmail to automatically forward the email to an online productivity system you use, such as Evernote, Slack, or Trello. Theoretically, you can send this digest to any productivity software that has an email address you can send items to. Test it on your preferred system to see if it works.

To send these emails, set up an email filter in Gmail that recognizes all emails that come from your Daily Digest, and forward them without any input from you.

To set up the forwarding of the Daily Digest:

1. Open Gmail.

2. Go into Settings.

5. Find the email for the other account (Trello, Evernote, etc.) by checking that account in a separate window.

7. Check your other service to find the access code that IFTTT will send you.

10. Add a label to these emails such as “Daily Digest.”

13. Save any changes as needed.

That’s it. Now when the daily digest comes to your email each day, a copy of it will go to your productivity software. I have mine set to save on a Trello board with my daily todo list. I check it in the morning, complete any immediate tasks, and organize the other information.

Once you’ve tried using the applet that creates a daily digest, check out the other applets on the site that are compatible with other programs you use. I think you’ll find some of them very handy!

Tracey Rosenberger

Tracey Rosenberger spent 26 years teaching elementary students, using technology to enhance learning. Now she’s excited to share helpful technology with teachers and everyone else who sees tech as intimidating.

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How To Control A Wemo Insight Switch Using Alexa & Echo

So I recently bought an Amazon Echo and a Belkin WeMo switch and I heard that the two could be used together. After playing around with the two devices for a bit, I managed to figure out how to control my WeMo switch by talking to Alexa on the Echo.

The great thing about using a WeMo switch with the Echo is that it works without requiring you to install a third-party skill on the Echo or buying a hub. The three WeMo devices that work directly with Alexa are the WeMo Light Switch, WeMo Switch and WeMo Insight Switch.

Table of Contents

Overall, it’s really easy getting everything setup, but I’ll also mention some troubleshooting tips in case it doesn’t work on the first try.

Configure WeMo Switch

The first thing you’re going to want to do is connect your WeMo Switch to your WiFi network and make sure it is showing up in the WeMo app. You should be able to turn it on and off using the virtual power button at the far right.

If you tap on the little down arrow, it should expand to show you some power usage stats (only for the WeMo Insight switch).

Now there are two things we have to do inside the WeMo app before we can get it connected to Alexa. Firstly, you should rename your switch to something other than the default name. Whatever name you give it here is what you’ll have to call it when you talk to Alexa. So if you name the switch, Fridge, you’ll be able to say “Alexa, turn off the fridge” and it will comply. To do this, tap on the Edit button at the top and then tap on the switch you want to rename.

If you use numbers in the name, make sure to spell out the number instead of using the numerical value. Tap Save and the switch should now have a new name. The second thing we have to do is enable remote access. To do this, tap on More located at the bottom of the app.

You will see an option called Remote Access. By default, it will show Not Enabled. Go ahead and tap on it and then tap on Enable Remote Access. This will not only allow you to control the switch from anywhere in the world, but it will also allow Alexa to control the switch.

You should get a message stating that remote access has been enabled and you can control the switch from anywhere that you have Internet access.

Discover Devices using Alexa

Once we have done those two things in the WeMo app, we can now move over to the Alexa app. Open the app, tap on the three horizontal lines at the top left and then tap on Smart Home.

This screen is broken down into three sections: groups, skills and devices. Groups allow you to control multiple devices with one command. For example, if you have three WeMo switches, you can create a group called Bedroom Lights and then simply say “Alexa, turn off the bedroom lights.”

Under Smart Home Skills, you can enable skills for products from different companies. Above, you can see I have enabled the TP-LINK Kasa skill because I have a TP-LINK switch. Finally, under Your Devices, you can add new devices by tapping on Discover devices.

Alexa will now start looking for devices, which should take less than a minute. Once the search is complete, you should see the device listed under Your Devices.

That’s pretty much it! You’re now good to go. You should be able to reference the switch by its name when talking to Alexa. Just say “Alexa, turn off/on switchname.” If all goes well, Alexa will just say OK and that’s it. You can manually go check in the WeMo app and you should see the switch state has been changed.

If you run into issues along the way, there are a couple of things you can do:

Make sure your Amazon Echo has the latest firmware installed. You can do this by making sure it’s connected to WiFi and turned on. The Echo will check automatically and update itself if an update is available.

Make sure the WeMo switch has the latest firmware installed. When you open the WeMo app, it will notify you of any firmware upgrades and you can do it from within the app.

If Alexa can’t find your WeMo device, make sure the Echo is connected to the 2.4 GHz WiFi network, if you have a dual-band router. The WeMo units only connect to 2.4 GHz, so if your Echo is on the 5 GHZ network, it could cause issues.

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