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You might already have heard of the term ‘electronic waste‘ and the damage it does to the environment. This article is not about waste and damage to the earth. Instead, it focuses on the security of your data. That means when you throw away an old phone, it is not safe for you even if you manually delete all data on the old device. Let’s look deeper into what I mean when I say how to dispose of electronic devices properly.
What are the types of electronic devices?
Computers and phones – electronic devices that can use a processor and an operating system to automatically or manually store data inside them fall into this category
Digital Media – an example could be digital cameras and mp3 players. Any device containing multimedia content such as music, images etc. artifacts falls into this category.
Peripheral Devices – these devices are used by other electronic parts to extend their functionality. Examples are an external hard disk, SD Cards, USB Sticks, and similar things.
Gaming Devices – Electronic or digital devices capable of sending data over wired or wireless connections for controlling any other electronic device
Other devices – Electronic devices used for entertainment or home appliances fall into this category; they also contain some information they may have collected over time. Examples of this category of devices are – Smart TVs, a connected coffee makers, and similar things. These, too, need to be sanitized so that your data does not fall into other people’s hands.
Do resetting a device means data was securely removed from your discarded device?Taking a Windows PC or tablet as an example, one might perform a software reset and assume that they have deleted all data correctly from the phone. It is not the case. The data deleted from the device is readily available for recovery. All it requires is a good data recovery tool.
Even if a person deletes phone contents manually by connecting them to a computer or deletes items one by one, it still is not safe. That kind of deletion can be undone, and data can always be restored (read) by the person who takes over the discarded device using data recovery tools. This could lead to security concerns when the supposedly deleted data contains information such as credit card information, house address, etc.
How to dispose of electronic devicesThere are specific methods to remove data from electronic devices based on how you dispose of them.
If you give away any computer or similar electronic device to someone or any institution, you must “sanitize” the device before it leaves your hand. There are different methods to dispose of electronic devices or to sanitize them. Some of them are mentioned below.
I am using software like Microsoft Surface Data Eraser to securely wipe off the data from computers, phones, tablets, and other electronics such as Digital Cameras and walkmans. Almost every device can be connected to a laptop or a PC so that secure-erase software may be used on them.
Some software offers to write over the existing data so that the entire storage becomes unreadable. Some delete the existing data and rewrite random characters all over the storage place of the electronic devices.
There are several freeware that will let you delete files permanently. Microsoft has recommended KillDisk and DP Wiper on its page explaining how to dispose of old computers. You may also use other free encryption tools.
The physical destruction of storage devices is also an option if you think the data on the hard disk drive or phone card is valuable. If the data on your phone or computer can reveal secrets about you and you are not satisfied with disk wipe software, physical data destruction is a good option. Physically damage the hard disk drive or phones, tablets, etc., until you are sure that the data is beyond recovery.
Other electronic devices like smart TVs or coffee makers should be reset to factory condition before being discarded; if you feel data on those devices is too important, you might consider physically destroying the devices.
The above states how to destroy data before you dispose of electronic devices that belonged to you so that the data on their storage devices is irrecoverable.
Dispose of electronic devices – The environmental factorWe have already written about how computers and electronic devices can often pollute land and air, making them unusable. For details, please read E-Waste Problem, Hazards, and Solutions.
Make sure you check both factors – data destruction and environmental hazard – before you dispose of electronic devices.
Related read: How to Securely and Safely dispose of old Computers.
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Fix 0X8007064A Microsoft Store Error Properly
Some users have reported seeing Microsoft Store error 0x8007064a on their Windows 11 or Windows 10 system when trying to install or update an app. In case you also encounter the same issue, then this post may help you fix this Microsoft Store error code.
When does Error 0x8007064a occur in Microsoft Store?The error 0x8007064a occurs when users try to install applications from the Microsoft Store or update applications installed from the Microsoft Store. Users facing this issue have confirmed that restarting their systems even in a clean boot state, and disabling the Firewall doesn’t help. The main cause is the corruption of files associated with the Microsoft Store and Windows Update.
Fix Microsoft Store error 0x8007064aTry the following solutions sequentially to resolve Microsoft Store error 0x8007064a on your Windows 11/10 computer:
Run the Windows Store Apps troubleshooter
Run Windows Update Troubleshooter
Reset the Microsoft Store
Check the status of services related to Windows Updates
Re-register these DLL files
Reset Winsock
Perform System Restore
1] Run the Windows Store Apps troubleshooterThe Windows Store Apps troubleshooter is an excellent tool to fix issues related to the Microsoft Store and apps downloaded through it. The procedure to run this tool is as follows.
In the Settings menu, go to the System tab on the list on the left-hand side.
From the right pane, select Troubleshoot.
Now, select Run corresponding to the Windows Store Apps troubleshooter.
2] Run Windows Update TroubleshooterRun Windows Update Troubleshooter and see if that helps you.
3] Reset the Microsoft StoreResetting the Windows Store resets all changes made to the settings of the Microsoft Store. Additionally, it clears the Microsoft Store cache. In case any cache files were corrupt, this solution will resolve the problem. The procedure is as follows.
Press Win+R to open the Run window.
In the Run window, type the command chúng tôi and hit Enter. The Microsoft Store will be reset.
4] Check status of services related to Windows UpdatesThe services related to Windows Updates directly impact the Microsoft Store. So, it is necessary to make sure these services are running. The procedure is as follows.
Search for Command Prompt in the Windows Search bar.
Corresponding to the application, select Run as administrator to open the elevated Command prompt window.
In the elevated Command Prompt window, copy-paste the following commands and hit Enter after every command:
net start bits net start wuauserv net start appidsvc net start cryptsvcSee if this has helped.
5] Re-register these Update- related DLL filesIn case the above-mentioned solutions fail, you can try re-registering the associated DLL files. The procedure to do so is as follows.
Search for Command Prompt in the Windows Search bar.
In the right pane, select Run as administrator to open the elevated Command prompt window.
In the elevated Command Prompt window, copy-paste the following commands one after the other and hit Enter.
regsvr32.exe atl.dll regsvr32.exe urlmon.dll regsvr32.exe mshtml.dll regsvr32.exe shdocvw.dll regsvr32.exe browseui.dll regsvr32.exe jscript.dll regsvr32.exe vbscript.dll regsvr32.exe scrrun.dll regsvr32.exe msxml.dll regsvr32.exe msxml3.dll regsvr32.exe msxml6.dll regsvr32.exe actxprxy.dll regsvr32.exe softpub.dll regsvr32.exe wintrust.dll regsvr32.exe dssenh.dll regsvr32.exe rsaenh.dll regsvr32.exe gpkcsp.dll regsvr32.exe sccbase.dll regsvr32.exe slbcsp.dll regsvr32.exe cryptdlg.dll regsvr32.exe oleaut32.dll regsvr32.exe ole32.dll regsvr32.exe shell32.dll regsvr32.exe initpki.dll regsvr32.exe wuapi.dll regsvr32.exe wuaueng.dll regsvr32.exe wuaueng1.dll regsvr32.exe wucltui.dll regsvr32.exe wups.dll regsvr32.exe wups2.dll regsvr32.exe wuweb.dll regsvr32.exe qmgr.dll regsvr32.exe qmgrprxy.dll regsvr32.exe wucltux.dll regsvr32.exe muweb.dll regsvr32.exe wuwebv.dll 6] Reset WinsockYou can reset Winsock by entering the following command.
netsh reset winsockThis should solve the problem for most users.
7] Perform System RestoreIf everything else fails, you can consider restoring your system to an earlier restore point. Restoring the system to an earlier point would make sure that any recent changes that caused the issue in the discussion are undone.
Is Windows Store free?Windows Store itself is free. However, the apps downloaded through Windows Store could be paid or free. Rather, the Windows Store application is present in a system with a genuine Windows operating system by default.
Does Windows Store still exist?How To Kick People Off Your Wi
When users find unauthorized devices on their Wi-Fi, the first thought is how to kick them off. This is certainly an important first step, but you shouldn’t stop there.
It’s also important to think about how that device got access to the Wi-Fi in the first place and what further steps you can take to secure your Wi-Fi and ensure this doesn’t happen again.
As such, we’ve detailed various ways to kick people off your Wi-Fi, as well as what you should do afterward in this article.
Perhaps your Wi-Fi has gotten very slow because too many devices are connected at once, or perhaps some of the users aren’t supposed to have internet access. Regardless of why exactly you want to do it, kicking people off the Wi-Fi is very simple – provided you have router access.
We recommend looking at the back of your router for the IP address and default login details. If you changed these in the past and don’t remember them anymore, you can restore them back to default by resetting the router.
Changing the Wi-Fi’s SSID or password causes all the devices to disconnect from the network. If the user you’re trying to kick off doesn’t know the password, changing the SSID should be enough, as they won’t be able to reconnect anyway. However, you’ll be better off setting a new password in other cases. Here’s how you can make these changes:
If you can’t currently access the router dashboard, you won’t be able to manually change the SSID or password. The reset button on the router will be handy in such cases. As stated earlier, resetting your router restores it to a factory state. This means all personalized settings, such as your Wi-Fi configurations, are erased as well.
This will leave your Wi-Fi without a password or encryption, and your router will use the default creds. So, you’ll need to configure the router and Wi-Fi again to ensure they’re secure. Here’s how you can do this:
If your router manufacturer or ISP provides programs that allow you to monitor and control devices, you can use those to kick people off the Wi-Fi without accessing the router dashboard. For instance, Netgear’s Nighthawk app allows you to do this. Here’s you can manage users on the Wi-Fi with such apps:
MAC Address Filtering allows you to control which wireless devices have network access using their MAC Address (unique hardware ID assigned to NICs). There are a couple of ways to set up MAC Filtering.
First, you can check the list of connected devices from your router. After noting the MAC Addresses of the devices you want to block, you can add them to the blacklist. However, this can be easily circumvented by faking a valid MAC Address (MAC Spoofing).
The second method, which is a bit more secure, is to only allow selected devices to access the network. This is once again done by changing the MAC Filtering mode, noting the MAC Addresses of the devices, and adding them to the whitelist.
With all this said, here are the general steps to set up MAC Address Filtering:
MAC Filtering is the most common way to manage network access, but other methods like Parental Controls, setting QOS Rules, or Bandwidth/Time Limits also work. Which methods are supported depends on the specific router in question, but most will support atleast one of these.
In terms of restricting network access to certain devices, all of these methods work similarly to MAC Filtering. They use the hardware ID of the device to limit bandwidth or restrict access based on time limits and so on. We have another article with step-by-step instructions for all these methods, but in this one, we’ll just use Parental Controls as an example:
Most routers these days can operate in both the 2.4 GHz and 5 GHz bands. These bands have various pros and cons, but for now, we’ll just cover the ones most relevant to us.
Older smartphones can often only connect to the 2.4 GHz band. The same goes for Bluetooth devices and appliances like microwaves or cameras. 5 GHz supports higher bandwidths but has comparatively lower range, meaning users will generally use the 5 GHz Wi-Fi when close to the router.
And most importantly, if the 2.4 GHz and 5 GHz bands are configured with different passwords, the user you want to kick off is likely only on one band. In such cases, disabling the problematic band can be an unorthodox but viable solution. Here’s how you can do this:
Kicking users off the Wi-Fi is often akin to treating the symptoms rather than the cause. The actual problem you’re trying to solve might be that of slow or insecure Wi-Fi, and simply kicking some people off might not solve those issues.
In order to fix slow Wi-Fi:
First, if you aren’t sure what’s making the Wi-Fi slow, a ping test can be very useful. If you get high ping or packet loss when pinging the default gateway, this indicates that the connection between your device and router is facing some problems.
Weak signal strength is the most common culprit. Ethernet is an easy fix for this, but in cases where that’s not applicable, adjusting the router’s positioning and taking other steps to boost the Wi-Fi signal will be helpful.
In the case of 2.4 GHz Wi-Fi, interference from other appliances and routers is another potential cause.
Malware on your device or router or faulty networking hardware are less common but still possible causes.
The problem could also be stemming from the ISP’s end due to things like Bandwidth Sharing or Throttling, or on the server end of the specific website or service you’re trying to access. Either way, we recommend contacting your ISP for support if you aren’t able to get your Wi-Fi up to speed by yourself.
When it comes to securing your Wi-Fi, some of the stuff we’ve covered in this article, like configuring the router and Wi-Fi securely with strong passwords and encryption or using MAC Address Filtering, are excellent ways to start. Additionally, you should also:
Disable known vulnerabilities like WPS PIN. In the same context, keeping your router in a physically secure location is also important.
Set up guest networks. This allows you to give Wi-Fi access to people while keeping them isolated from your main network. No need to give away the main Wi-Fi’s password either, win-win!
Ensure your router and device’s firewall are working and no unauthorized ports are open.
Keep your router firmware updated, and ensure your device and router aren’t infected by malware.
How Is Lightweight Cryptography Applicable To Various Iot Devices?
Cryptography is the key factor that prevents anyone from directly accessing information regarding any encrypted data. Lightweight cryptography refers to all those algorithms which are designed to consume fewer resources and make them more powerful. These lightweight cryptography algorithms can be applied to various IoT devices, securing the connection and ensuring safe data transfer. But how can such algorithms increase the security factor, and how can they be applicable to IoT devices? First, let us see how cryptography works.
What Is Cryptography?Cryptography is the technique of converting plain text or normal information into a non-readable format that has no language format and cannot be read by anyone. Only the machines can convert such non-readable text into an original message using reverse cryptography. This helps to transfer the information to the network without worrying about the misuse of information. The confidentiality of the information is maintained when passed through the network using encryption.
How does Cryptography work?Good cryptography refers to such non-breachable algorithms that cannot be cracked by any hacker. The cryptography method includes encryption of information, generating a key, hashing, passing through different servers and again decrypting the encrypted information to its original form. The steps are mentioned below
Encryption − Normal text is converted into the non-readable format by changing the positions of letters and each character, using a specific unique key that is the cypher text. It is all mathematically calculated according to a unique key.
Key − The key generated using random numbers are then passed through the internet along with the encrypted message.
Hashing − Hashing algorithms help to create a digital fingerprint. It helps to maintain the ritghteousness of the original data even if the original data is changed.
Decryption − The message generated is then decrypted using the same key so that each and every character can be arranged in its original position.
Lightweight Cryptography Used In IoT DevicesLightweight cryptography focuses on the efficient use of computational resources required to encrypt the data. Nowadays, there are many powerful cryptography algorithms such as RSA public-key encryption, Diffie-Hellman exchange algorithm, Elliptic Curve Cryptography, Twofish, Blowfish and Advanced Encryption Standard (AES). But these algorithms perform many mathematical operations at once and can be difficult for a longer input text. Hence research is carried out in lightweight cryptography, which uses less computational power but generates powerful cypher text.
Which Are Different Lightweight Cryptography Methods?There are many popular lightweight cryptography methods that can ensure the secure transfer of data between IoT devices. Some of the famous lightweight cryptography methods are −
PRESENT − Present is a lightweight block cypher algorithm that runs on limited resources and provides powerful encryption. It operates on data blocks of only 64 bits and has a key size of 80 bits. It is simple and reduces the complexity of implementation, mainly used in IoT devices and smart cards.
LED − LLIghtweight Encryption and Decryption (LED) is another lightweight block cypher algorithm that uses a data block of 64 bits and a key size of 128 bits. Mainly used in wearable devices, smart cards and other IoT embedded systems.
SPONGENET − Mainly used in IoT devices for a large variety of applications and data integrity checks. A good alternative to other lightweight algorithms, such as SHA-3 and Keccak.
ECC − Another public-key cryptography is Elliptic Curve Cryptography (ECC) that uses a mathematical form of elliptic curves to generate secure encryption keys. It is lightweight and used in digital signatures, key agreements and different cryptographic applications for IoT devices.
Grain-128a − A lightweight steam cipher algorithm having a 128-bit key, known for its strong encryption with no vulnerabilities. It is used in wireless communications, smart devices, and low-power operated IoT devices.
How Lightweight Cryptography Benefits IoT Devices?There are many factors affecting IoT devices when a hacker tries to break a connection or steal information from the IoT grid, increasing vulnerability. Encryption at low power consumption can help to maintain a secure connection in the network and provides confidentiality. IoT devices boost up with lightweight cryptography.
Efficient Resource Optimization − Low resource requirement is the first priority in making a good IoT device. Consuming low power, IoT devices can be maintained for a longer time period with a secure connection.
Simplified Algorithm − Lightweight cryptography provides simpler and faster encryption and decryption unless traditional cryptography methods.
Key Management − Generally, follows single key management, which is simple and efficient for smaller IoT devices.
Security trade-offs − If we compare both the traditional and lightweight cryptography methods, lightweight uses simpler algorithms. Hence it may have lesser security strengths but is still much more powerful for smaller low-power operating IoT devices, making communication secure.
Authentication − Authentication always requires an ID and password, and it must have to be passed securely through the network grid. Hence at lower connectivity areas, such as login using a smartwatch or any other IoT device authentication, lightweight cryptography helps the most.
ConclusionHow To Compress Images/Photos In Bulk On Android Devices.
If your Android devices storage space is starting to run a little low because of a massive stockpile of photos and other images, it’s probably time to take action and claw back some space. However, before you start deleting content, you may wish to consider compression as a space-saving alternative.
The Best Ebook Reader Available on Android Devices.
Even though phone storage space has increased considerably over the last few years, it’s still a major limitation of most modern devices. As a result, users are quite often faced with tough decisions on what to erase from their devices. Typically apps will be the first to go, followed by games, then photos and videos. Although some devices allow you to add an external SD card, which is a godsend, it isn’t a common feature on most devices.
As photos and images are the third biggest user of storage space on Android devices after apps and videos, they are the perfect place to start to free up space on your device. The good news is that rather than deleting images you can instead compress them. This will allow you to keep the images on your device with a reduced storage footprint.
Just like every other category on Android, there are dozens of different apps available that allow you to compress image files, some good, some bad, and some useless. So follow along as the rest of this guide reviews some of the best options available on the Play Store.
Related: How to Set Video Wallpapers on Windows 10. (Live Wallpapers on Windows 10)
Compress Photos and Images on Android Using ‘Photoczip’. Compress Image Content on Android Using ‘Photo Compress’. Multi Resize Compress Crop Photo in Batch PicTools.PicTools is another decent tool you can use on Android devices to compress image files in bulk. It’s full name: Multi Resize Compress Crop Photo in Batch PicTools isn’t exactly user-friendly but the app is still very good. As well as compressing image files it also allows you to resize images, change image resolution, and crop and optimise content. It’s somewhere between Photo Compress and Pictureczip when it comes to features.
Which One Should You Use?This is a tough call! Overall all three of these compression tools do a fantastic job of compressing files and have decent features. In the end, it will come down to what feature you need the most. If you would like to compress all your image files, then ship them off in a zip file, I’d choose Pictureczip. On the other hand, if you only need to compress and overwrite images, I’d choose Photo Compress for its minimal, efficient UI. And finally, I’d be using PicTools for quick image resizing, resolution adjustments and of course compression. At the end of the day though, you can’t go wrong with any of the above image compression tools on Android devices.
How To Set Up Chromecast For Android And Ios Devices
Read more: Best Chromecast apps for Android
Currently, Chromecast supports Android and iOS platforms. In this article, we will show you how to set up your new Chromecast, no matter what supported operating system you own, so you can start enjoying the streaming benefits of this device. The setup is mostly the same for all Chromecast models.
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THE SHORT ANSWER
The Chromecast setup requires an iOS or Android mobile device with the Google Home app installed. Connect the Chromecast to your TV, open the Google Home app, and follow the on screen instructions to get the Chromecast working on your television.
KEY SECTIONS
Set up Chromecast with Android devices
Set up Chromecast with iOS devices
How to set up Chromecast for Android phones and tablets
1. Turn on your TV. If you own a regular Chromecast, connect it to your TV’s HDMI port, and connect its power cord to an available USB port on your TV. If one is not available, connect the Chromecast to your nearest power outlet with the included cable. If you own a Chromecast Ultra, connect it to your TV’s HDMI port, and connect its charging cord to a power outlet (it will not work with any USB cable or port). You can also connect the Chromecast Ultra to a nearby Ethernet port if you want a wired internet connection.
2. Download and install the Google Home app on your Android phone or tablet.
3. Open the Google Home app and tap on the Get Started option. You will then be asked to confirm which Google Account you want to use for the Chromecast. If you don’t have a Google Account, you will need one before you can continue.
4. You will have to give your Android device permission to use location services and access so it can find your Chromecast. If this is ready, tap on OK to continue.
5. The app will then scan the area to find your Chromecast. When it does, tap on Next. If you have more than one nearby Chromecast in your home, the app will show a list of them. Just tap on the device you want to set up, and then tap Next.
6. When the Google Home app detects your Chromecast, tap Next. If you have more than one nearby Chromecast in your home, the app will show a list of them. Just tap on the device you want to set up, and then tap Next.
7. The TV Chromecast is connected to should then display a unique code. If you see it, tap on Yes. If you don’t, your phone or tablet may not be close enough to the Chromecast. Move in a bit closer, tap on Try again, then tap on Scan for devices to repeat the previous process.
8. It will ask if you want to share your Chromecast’s stats, along with any crash reports, with Google. You can either tap Yes, I’m in or No thanks to this selection.
9. Some users may be asked which region of the world they are located in. If this shows up in the setup on the Google Home app, go to the region list, then tap on the region you’re in, and then tap Continue.
10. You will then be asked which room the Chromecast is located in your home from a list. Tap on it and then tap Next. If you want to create your own room name, tap on Add custom room, type in the name of that room, and then tap Next.
11. If you are connecting your Chromecast to your Wi-Fi network, choose the network on the Google Home app you want to connect to and then type Next. If you are connecting your Chromecast Ultra via the wired Ethernet connection, you can skip this step and the next one.
12. If your Android phone or tablet uses Android 5.0 Lollipop or above, your home Wi-Fi network’s password should automatically fill in the password field in the Google Home app when you tap OK. If this happens, tap on Connect next to complete the process. You can also choose the Enter manually option, and you can type in your Wi-Fi network password on your own, and tap Connect.
13. The app will then ask you to link the Chromecast to your Google Account for a more personalized experience. Just tap Continue on this page.
14. The Google Home app will show you a summary of what you have set up, and you will be given options to sign up for email updates, view a video tutorial on how to cast, and an option on how to set up other functionality. All of these are optional, however, and are not needed to complete the Chromecast setup.
15. That’s it: you are done and ready to stream, mirror, and cast with your Android phone or tablet.
Read more: Best Chromecast apps for Android
How to set up Chromecast for iOS (iPhone and iPad)
1. Turn on your TV. If you own a regular Chromecast, connect it to your TV’s HDMI port, and then connect its power cord to an available USB port on your TV. If one is not available, connect the Chromecast to your nearest power outlet with the included cable. If you own a Chromecast Ultra, connect it to your TV’s HDMI port, and then connect its charging cord to a power outlet (it will not work with any USB cable or port). You can also connect the Chromecast Ultra to a nearby Ethernet port if you want a wired internet connection.
2. Download and install the Google Home app on your iPhone or iPad.
3. Open the Google Home app and tap the Get Started option. It will ask you to confirm which Google Account you want to use for the Chromecast. If you don’t have a Google Account, you will need one before you can continue.
4. The Google Home app will want to use your iPhone or iPad’s Bluetooth support for the next step. If Bluetooth is turned on already, skip this step. If it is turned off, or if you don’t want to use Bluetooth, you can tap on No thanks. Then tap on the Home button on your device, go into the Settings section and tap Wi-Fi. Connect to the same Wi-Fi network as your Chromecast device. Go back to the Google Home app, and it should detect the Chromecast.
5. The app will then scan the area to find your Chromecast. When it does, tap on Next. If you have more than one nearby Chromecast in your home, the app will show a list of them. Just tap on the device you want to set up, and then tap Next.
6. The TV the Chromecast is connected to should then display a unique code. If you see it, tap on Yes. If you don’t, your phone or tablet may not be close enough to the Chromecast. Move in a bit closer, tap Try again, then tap on Scan for devices to repeat the previous process.
7. It will ask if you want to share your Chromecast’s stats, along with any crash reports, with Google. You can either tap Yes, I’m in or No thanks to this selection.
8. Some users may be asked which region of the world they are located in. If this shows up in the setup on the Google Home app, go to the region list, then tap on the region where you are located, and then tap Continue.
9. You will then be asked which room the Chromecast is located in your home from a list. Tap on it and then tap Next. If you want to create your own room name, tap on Add custom room, type in the name of that room, and then tap Next.
10. If you are connecting your Chromecast to your Wi-Fi network, choose the network on the Google Home app you want to connect to and then type Next. If you are connecting your Chromecast Ultra via the wired Ethernet connection, you can skip this step and the next one.
11. You can type in your Wi-Fi network password on your own in the app, and then tap Connect.
12. The app will then ask you to link the Chromecast to your Google Account for a more personalized experience. Just tap Continue on this page.
13. The Google Home app will show you a summary of what you have set up, with options to sign up for email updates, view a video tutorial on how to cast, and an option on how to set up other functionality. None of these are needed to complete the Chromecast setup.
14. That’s it: the Chromecast setup procedure is completed, so you are now ready to stream and cast with your iPhone or iPad.
Read more: Things you didn’t know you could do with Chromecast
FAQs
It used to be that there was a Chromecast setup procedure on a Windows or Mac PC. Unfortunately, according to a support document update, Google has gotten rid of that support. In other words, you have to have an Android or iOS device to set up a Chromecast. We will update this article if Google reverses this move and adds a way to set up a Chromecast via a PC.
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