Windows stores passwords in our account

There is really no need to save Wi-Fi passwords when you plan to format your hard disk or change your computer. With the release of Windows 8, Microsoft began to implement the integration of the operating system with the user account. In this way, Microsoft wanted to make it easier to interact with devices in the future. The main advantage of this change is with respect to the Microsoft Store. Thanks to this integration, we could access a list of applications that we had previously downloaded. In fact, these had already been associated with our account.

Subsequently, Microsoft also started to associate the hardware of the device with the license. In this way, we could only use the corresponding license on a single device. That is, we could not use it on different computers together. As Windows evolves, Microsoft has been introducing a series of hidden improvements. One of them is being able to store in the Microsoft cloud a copy of all the Wi-Fi networks we have connected to in the past. It is enough to associate a Windows installation to our account. No matter if it is a new computer or a formatted one. As a result, the list with all the access points and the passwords for each of them will be automatically downloaded. Therefore, it will not be necessary to enter the access data again.

Is there anything else we should do?

Remember that this process is done automatically when you enter the data. So there is really no need for any further action on our part. In the same way, the new access points to which we connect are automatically synchronized. Therefore, if we delete any of them, they will also be automatically deleted from the Microsoft servers. This also happens on all computers that are managed by the same Microsoft account, even if they are different computers.

How to know the password of a Wi-Fi network

Windows provides a couple of methods to learn stored Wi-Fi passwords.

From settings

From Windows Settings, we will only be able to know the password of the currently connected network. In fact, there is no option to know the password of all the access points we have stored on our computer. To obtain the password of the Wi-Fi network in which we are, we access the Windows configuration options by pressing Win+I.

Once there, we entered Network & Internet. Within this section, click on Wi-Fi. Then, in the right column, click on Network and Sharing Center.

Next, the Windows Control Panel will be displayed. Specifically, in the section corresponding to the networks. In this section, click on the name of the connection to access its properties.

Then, a new window will be displayed. There we will see the operation, connection type, speed, and duration of the Wi-Fi connection in which we are. In this window, click on Wireless Properties.

Next, we click on the Security tab and check the box Show characters. At that moment, Windows will ask us for the security method that we use in our account to be able to show it. If we do not know it, Windows will not show us the password of the network to which the equipment is connected.

A network, with or without internet access, is the only method of sharing files and resources between devices. Any person who has access to the network has access to all that content. For this simple reason, Windows will ask for the PIN of the user account in which we are. Otherwise, we will be able to use the command prompt or the PowerShell, as we will see next.

Using Command Prompt

If you do not have access credentials to the computer, then you can resort to the command prompt. In addition, this option allows us to know the password of all the access points registered on the computer. Remember that this possibility is not available from the Windows graphical interface. The first thing you have to do is to go to the command prompt. With this in mind, enter the term CMD in the Windows search button. Please remember to open it with administrator privileges. Next, we use the following command to list all the Wi-Fi networks to which we have connected with the computer and with that user account.

netsh wlan show profile

Next, we must select the name of the Wi-Fi connection for which we want to know the password. Then please use the following command. Please replace wifiname with the name of the access point. The Wi-Fi network code will be displayed under Key content.

Netsh wlan show profile name="wifiname" key=clear

We must carry out this process individually. In other words, we cannot create a list of all the passwords of the access points to which we have connected. In fact, we will have to do it one by one. Very well, in this way we have seen how to back up Wi-Fi passwords on Windows. Bye!

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Uses next-generation WPA3 encryption

All routers allow the use of encryption systems that protect the data packets transmitted on the Wi-Fi network. On the other hand, these standards evolve. Consequently, the older your router is, the more obsolete the encryption method it uses will be. The most current encryption technology is WPA3. This is a new security protocol that is only available on the latest wireless devices.

This new standard offers better protection against so-called brute force attacks. It also protects against the use of common password lists. Remember that these are two of the techniques most commonly used by cybercriminals to try to breach the security of wireless networks. The first Wi-Fi devices with WPA3 are already on the market. In addition, this encryption is also included by default in all Wi-Fi 6-compatible devices. However, there are still many devices that use the previous WPA2 encryption system, and this represents a problem.

To ensure backward compatibility, manufacturers such as AVM offer simultaneous support for WPA2 and WPA3 modes in their environment. So if you buy a WPA3 router to replace your old router, your existing WPA2 wireless devices will continue to work the same way. A strong password is a good measure to secure Wi-Fi.

Do not open ports in your router’s firewall.

For security, the latest generation routers have an integrated firewall. If properly configured, the firewall automatically inspects the data packets received by the router. In this way, it can reject suspicious or unsolicited packets. Additionally, it hides network devices from being visible from the Internet by IP masquerading. It also closes all ports that allow penetration of the local network from the Internet.

Generally, these functions are included in the default configuration of router firewalls. However, protection can be reduced if you modify the settings. For this reason, you must be very vigilant. Some games, applications and online services ask you to open certain firewall ports to access their services. Indeed, these changes could leave your network vulnerable to attacks.

Disable the WPS function of your router.

WPS (Wi-Fi Protected Setup) is a standard promoted by the Wi-Fi Alliance to facilitate the creation of WLANs. Routers that support it have a WPS button. This makes it easy for new devices to connect to your wireless network by simply pressing it.

This is very convenient, but it also has security implications. Routers with poorly implemented WPS are more vulnerable to external intrusion. So if you are looking for maximum security, it is better not to use it. Especially if you suspect that an outsider may be trying to access your Wi-Fi. Disabling the WPS function is done by accessing your router’s firmware. The steps may vary depending on the model of equipment you have. However, it is usually done from the security settings menu. Note that most new routers are shipped with WPS enabled by default. Therefore, take the opportunity to disable it during installation.

An app to control who connects

Many routers allow you to see who is connected to your wireless network by accessing the firmware. It’s certainly not always easy. Or worse, you don’t have time to look at it every day. One solution is to use a mobile wireless network monitoring application. Preferably one that shows at all times which devices are connected.

This way, you can detect potential free-riders who want free internet. You can also detect cybercriminals trying to access your wireless network to steal personal or credit card data.

Block unknown devices

MAC address filtering is very useful. Indeed, it allows you to detect any unknown device. It also allows you to prevent someone from connecting to your Wi-Fi without permission. This is a feature available on most current routers. Consequently, it allows you to define which devices can connect to your Wi-Fi network. It also blocks all other devices that are not on the list.

However, you should keep in mind that MAC network filtering is only a complementary measure. Indeed, a knowledgeable hacker may be able to clone the Mac address of an authorized device. He could therefore still gain access to your network. You should always use it with a secure Wi-Fi network key. In addition to other protective measures. Without a doubt, this way we can secure the Wi-Fi.

Set up guest access

Alternatively, the most advanced routers on the market include a guest Wi-Fi function. This is very practical in this type of situation. It allows you to give temporary access to the wireless network to people you trust. And with a different password than the one you use. You can also set up a public hotspot without a password.

You can also configure some browsing limitations, such as setting up usage schedules. In addition, you can block access to certain websites. Additionally, it is possible to receive notifications when any of the users connect to the guest network you have created. A good alternative to secure Wi-Fi.

Store your data in a secure cloud

The cloud is a very practical invention, but do you know where the information you upload is stored? Your data travels over the Internet to data centers that may be on the other side of the world. This increases the risk of interception. Or even worse, of information being stolen from the servers of the companies that store it. Certainly, not even the best companies are totally safe.

To avoid this, some routers have a USB port. In this way it is possible to connect a storage device and share it over the network. In this way, you can store and access your data from any device in your home or office. Even from outside your home or office, but without the data traveling anywhere. An extra layer of security includes encrypting the backup content in the cloud. This way it will not be accessible to outsiders.

Set connection time limits

Young people are ‘digital natives’. If it were up to them, they would spend all day surfing the Internet, playing online video games. As well as chatting with their friends or uploading photos and videos to Instagram. However, this is not always compatible with doing homework or other necessary activities at their age. So limits must be agreed upon.

In this regard, modern routers allow you to configure Internet surfing time schedules. It is sufficient to create user profiles and define how long they can connect or in which time slots. We can also assign the devices they can use to surf the Internet.

Create whitelists of safe websites

You can also restrict the types of web pages that can be accessed by each user profile or device on your wireless network. This is done through the web filtering functionality offered by most advanced routers. These functions allow you to create white lists of allowed websites. Also black lists of not allowed sites. To configure them, you must enter the names of the sites. Likewise, the domains to which you want to allow or deny access.

This filtering is especially useful to protect the youngsters in the house. That is, to prevent them from accessing inappropriate or dangerous content. We are talking about gambling sites or pornography, for example.

Turn off the Wi-Fi connection if you are not using it.

Occasionally, the simplest solution is the most effective. Why not turn off the router’s wireless connection when you are not using it? Or simply when you don’t want anyone in the house or office to be able to connect?

In this way, you can prevent misuse or, for example, possible external threats. Another way to switch off the Wi-Fi is to press the WLAN button on the router, which switches the wireless network on and off. Very well, in this way we have seen 10 tricks to secure your Wi-Fi. Goodbye!

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What are the obstacles to avoid at home?

There are many obstacles in the home that have almost no effect on Wi-Fi wireless networks. However, there are others that do, and they affect it a great deal. Consequently, these are the elements that should be avoided at all costs.

Thick doors

Very thick doors are one of the main enemies of wireless WiFi networks. Logically, if we have doors at home that are too thick, we cannot remove them. However, we can keep them open so that the wireless signal can pass more easily to other rooms. It is very important in these cases to place the WiFi router or WiFi access point as centered in the house as possible. In this way we will be able to provide coverage to all addresses more or less homogeneously. Otherwise, we cannot reach the other side of the house and we will need to use WiFi repeaters, PLC with WiFi or use a WiFi mesh.

If you have very thick doors in your house, then the best thing to do is to leave them open. On the other hand, if you have the router in one of the corners of the house, then the signal will probably not reach the other side. Consequently, you would have to buy additional equipment. Such doors can attenuate the signal by up to 15dB. In other words, it greatly attenuates the wireless WiFi signal.

Metal doors

Another enemy of Wi-Fi is metals. For example, if we have metal doors in our house, we have the same problems as in the case of thick doors. This type of doors can attenuate the signal over 11dB, so it attenuates the wireless signal quite a lot. In these cases, the only thing you can do is to leave the doors open, and follow the same recommendations as in the previous case.

Nowadays, it is quite rare to have metal doors at home. However, it is possible that we do have some fire doors in our home that are usually metal and with special reinforcement of the same. In these cases, we must consider that it will attenuate the wireless Wi-Fi signal quite a lot.

Concrete or cement walls

Concrete and cement is another enemy of Wi-Fi. Generally, houses are built with these materials, so the signal can be attenuated up to 12dB if we try to pass through rooms that have walls of this type. For this reason, it is significant to place the Wi-Fi router in a central location and away from nearby obstacles. This way we can have a fairly homogeneous coverage at home.

In a house with plasterboard walls we will notice that the wireless Wi-Fi coverage will be clearly better than in concrete, cement or brick walls. In a house with plasterboard walls we will notice that the wireless Wi-Fi coverage will be clearly better than in concrete, cement or brick walls. Indeed, it takes much less time to install this type of wall than to build a brick wall.

Glass and mirrors

Window or door glass, as well as mirrors that we may have around the house and even in the bathroom, are also one of the enemies of Wi-Fi wireless networks. This type of material greatly attenuates the wireless signal. For this reason, there is usually not much Wi-Fi coverage in bathrooms. In addition, we must also consider that we have the bathroom walls and the corresponding tiling on the walls. So, this is attached to the general painting.

You will notice the attenuation by the glass if you have a garden and the Wi-Fi router is located in the living room. As a result, you will quickly notice that the signal received by the Wi-Fi client is clearly lower, and that as soon as you move into the living room the coverage is maximum.

Windows with glass and metal frames

Large windows with glass and metal frames are an awful combination for Wi-Fi wireless network coverage. Generally, these elements give access to the garden or patio of the house. If so, you will probably have to install an outdoor Wi-Fi access point. There are now high-end Wi-Fi Mesh systems available that have outdoor Mesh nodes. Their goal is to have the best possible performance.

Very well, in this way we have seen the 5 obstacles that most affect the Wi-Fi network. Therefore, you have more ways to avoid these obstacles and improve your connection. Bye!

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What is Bonding?

Bonding is the process of joining several networks to maximize speed. Bonding is the process of joining numerous networks to maximize speed. For example, a Wi-Fi, 3G, 4G, 5G, etc. network. In this case, they will connect simultaneously and allow us to surf the Internet at a higher speed, further increasing the resources.

Visualize this. You have a home network with 20 Mbps download. On the other hand, if you do a speed test with your mobile connected to the 4G network, you reach 15 Mbps. Now, if you join both connections, you will achieve a considerable increase in speed. That is the purpose of bonding, by merging the connections.

For this to be possible, it is necessary to have a computer program that allows the connections to be linked. Speedify is one of the most popular options. It works for operating systems such as Windows, macOS, Linux, iOS, or Android.

This multiple connection will only be used in the device where it is configured. Within this equipment, whether it is a mobile or a computer, we will be able to have better speed for downloading files, video streaming, browsing, etc. Any use we are going to give to the connection, and we need a speed improvement.

On the other hand, there is also Connectify Hotspot. It allows the device to be connected to different networks at the same time. This includes Wi-Fi, 3G, 4G or 5G networks, but also via Ethernet cable. It will turn the device into an access point and has different options and statistics to analyze consumption.

What these applications do is to select the best available network at any given moment. For example, during a download, it alternates from one to another to achieve a higher total speed.

Splits the connection into small packets

We continue to scrutinize the operation of this technology. Well, to work properly, what this technology does is to split the connection into small and multiple packets. Let’s suppose that we are going to play a movie in streaming and our connection is not enough to avoid being cut off. Consequently, by using bonding, you will combine several connections and download those small packets simultaneously and combine them.

This division of packages can be achieved by both hardware and software. However, it is necessary to have a subscription like the ones we have seen. A clear hardware example would be to join two ADSL connections. Of course, this is only cost-effective if it would be cheaper than opting for fiber optics or if we do not have access to this technology and would like to improve the speed.

Is Wi-Fi Bonding worth it?

You may wonder if it is currently profitable to use this type of connection. Certainly, connections have improved a lot over the years. So, what was necessary before may not be necessary now. A few years ago, it did make more sense to merge two connections through Bonding. We could even combine different providers or technologies (Wi-Fi and 3G, for example). Especially, because the upload speed was poor. But today, with the advent of fiber optics and improved Internet connections, this is becoming less necessary. However, there are cases in which it is still attractive to use this modality. For example, if you are far away from the access point or the mobile network does not work well. Consequently, you will alternatively use the best option to always have the maximum speed.

In short, Wi-Fi Bonding is an option we have available to attempt to improve Internet speed by combining several connections. For example, you can combine Wi-Fi with mobile data. However, today, with today’s speeds, it’s not something that will be too useful for most users.

Tips to improve Internet speed

Beyond all this, it is possible to improve the speed of our connection. That is to say, to maximize speed and minimize outages. Let’s take a look at some tips below.

Locate the router correctly

An important tip is to place the router correctly. Ideally, we should place it in a central location in the house, from where it can distribute the signal to the different areas. This way, we will be able to connect from other devices and avoid dead zones as much as possible. However, you can always put it right in the area where you will actually use the connection. This way you will achieve maximum speed if you are going to connect wirelessly. Indeed, there is no point in putting it at one end of the house if you will connect from other areas.

Choosing the appropriate band

Wi-Fi networks operate in both the 5 GHz and 2.4 GHz bands. Each of them has its advantages and also negative points. Generally speaking, we can say that the former offers the highest speed, but is more sensitive to possible obstacles and distance. On the other hand, the 2.4 GHz band is the one that will allow us to connect from farther away, although the speed will be lower. It is ideal if we connect from a room where there are obstacles, for example.

Keeping devices up to date

Of course, it is significant to always have the equipment properly updated. You must update the firmware of the router, the network card, as well as the device you use. On the one hand, you will achieve an improvement in performance, but also avoid security problems that may appear.

It is essential to update the router, and the truth is that it is something that many users do not consider. But having the latest firmware version allows you to optimize the available resources. In addition, it allows having a noticeable improvement in speed and reduce the risk of suffering annoying outages. Very well, in this way we have seen What is Wi-Fi bonding, and how does it improve your connection. Bye!

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Causes of Wi-Fi disconnects

Several Windows users have experienced Wi-Fi connection problems. Certainly, this can happen for a variety of reasons. Therefore, it is a fairly common error. As a result, disconnections occur, making it impossible to access the Internet. This annoying difficulty can occur for numerous reasons. Typically, it is caused by driver difficulties. Indeed, they may be damaged or outdated. Consequently, it is best to have updated drivers to correct errors, compatibility issues, etc. It may also be due to compatibility difficulties with the version of the operating system installed. Therefore, we should always have Windows up to date. Additionally, the power management can cause the failure.

Other causes may be related to too many users connected to the network. Furthermore, when we are out of range of the signal range. As for the hardware, it can be damaged to the connection cables or the modem’s firmware is outdated. However, in this post, we will focus on software-centric solutions.

How to solve this problem.

Next, we are going to see different actions that we can perform to put an end to the problems of random disconnection of our Wi-Fi network.

Upgrade the network adapter

As mentioned, this is a common cause of this problem. So, a damaged or outdated driver can impair the stability of the connection. Therefore, it is advisable to always have them at their latest version. This action can be executed from the device manager. The first thing you need to do is to open the device manager. With this in mind, press the Win+X combination and select the corresponding option. Alternatively, you can right-click on the Windows button.

Consequently, you will be redirected to the device manager. Consequently, it displays the section corresponding to the network adapters. Then select the Wi-Fi hardware and right-click on it. Please click on Update driver. Then choose Automatically search for drivers and let Windows update the drivers.

Occasionally, Windows cannot install the driver correctly. Consequently, we must perform the procedure manually. Assume that the wireless adapter is manufactured by Intel. Consequently, we must go to their website and download the corresponding driver. Once the drivers have been downloaded, we go through the above steps again. However, this time opt for manual driver installation.

Change network profile

Another reason for these automatic disconnections is related to the fact that a Wi-Fi network is marked as Public instead of Private. Consequently, it is advisable to change the configuration. Keep in mind that the most important thing is to maintain a correct configuration of the network settings. Otherwise, we may face these annoying problems. Consequently, what we will do is to go to the Windows Settings. With this in mind, press the Win+I combination. Once there, click on Update & Security.

In the left menu, select Wi-Fi. Now, in the right column, click on Manage known networks.

Next we will see the current Wi-Fi connection. Please click on it and select Properties.

Next, we will see several options for configuring the Wi-Fi network. What we must do is to change the profile to Private.

In this way, we can see how to fix Wi-Fi disconnect in Windows

Change Power Management

Another possible cause of this problem may be due to the power management configuration. This may be a system issue. On the other hand, a power saving system may also be the cause. This is especially useful if you have a laptop and want to save energy when you are not using it. However, it can also cause automatic shutdown difficulties. To fix Wi-Fi disconnect in Windows, we can follow the following steps.

Once again, we have to go to the device manager. With this intention, press again the Win+X combination. Once there, again display the network adapters section. Right click again, but this time goes to the Properties.

Therefore, click on the Power Management tab. Then uncheck the Allow the computer to turn off this device to save power box. Click OK to save the changes and see if we get a more stable connection.

Reset Automatic WLAN Configuration

The Automatic WLAN Configuration service is responsible for connecting Windows to our router. In the case that it has some problem when starting, it can prevent the connection. Therefore, we can try to configure it to run automatically at startup. To accomplish this, we must press the keyboard shortcut Windows + R and launch the Run command. Here we write services.msc and press Enter.

Consequently, we will see a list of Windows services. Please scroll down to the bottom until you get the WLAN AutoConfig. Please double-click on it to access the properties.

What we want is to modify the startup type. With this in mind, click on the General tab. Once there, under Startup type, click on Automatic and press Apply and OK to save the changes. Finally, we restart the system and check if the connection drop problems have been solved.

Very well, in this way we have seen How to fix Wi-Fi disconnect in Windows. Occasionally, these problems keep us awake at night. Therefore, the best thing to do is to look for a prompt solution. As you could see, most of the methods do not present major complications. However, they can save the day. See you soon!

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First step

Open the phone app, then enter the following code ##869434###**.

Second step

After you have entered the code, you will get a message: “VoWiFi Carrier check was disabled“

Third step

Go to the phone settings, then go to “SIM cards and mobile networks”, then select your SIM card.

Fourth step

Then activate the option “Make Calls using WiFi”.

Conclusion

VoWiFi call is an untapped feature, it is also important to emphasize that you need your operator to offer this service, so check before activating it. Also in most cases, the cost of the calls will be zero because they are through WiFi, also in some areas of big cities where the antennas are over-saturated will be an advantage to be able to connect much faster. This problem in big cities is more common than it seems. Due to the immense volume of users. Another advantage is that you will not depend on coverage as long as you have a WiFi connection. We recommend you try it and let us know about your experience. Thanks for reading us, bye!

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Taskbar icon is the quickest option

Obviously, the option to check the taskbar is the fastest. Indeed, the connection icon shows the Wi-Fi signal strength level. And not only that of the current connection, but also that of other available networks. If by any chance it is not displayed, please click on the arrow to show hidden icons.

Using PowerShell to measure Wi-Fi signal strength.

On the other hand, there are formulas to obtain a more accurate measurement. For this, you have to use PowerShell. For this purpose, press the Win+X combination and launch PowerShell.

Then, you just have to run the following command:

netsh wlan show interfaces

The image shows the magnitude of the wifi signal expressed as a percentage.

Using the command prompt to view the Wi-Fi signal strength.

Another option to appreciate the value of this variable is with the system symbol. With this in mind, press the Win+R combination to invoke the run box. Once there, type CMD.

Then, you only have to run the following command:

 netsh wlan show interfaces

Once again, you can see the signal strength expressed as a percentage. Very well, this way we have seen how to check the WiFi signal strength in Windows 10. Small data like this allow improving the understanding of the network connection. See you later!

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NetShare

NetShare is an app, which allows you to create a wifi hotspot, to share your mobile data, or extend your existing wifi connection as a repeater. Note that this app does not need Root access. One of its features is that it will automatically generate the network name and password. This is a way to share your wifi network in a secure way.

First step

To start you must download and install from the Google Play Store the Netshare app, I recommend you do so by following the link below:

Google Play Store | NetShare-no-root-tethering

Second step

Once you have installed Netshare, open the app. Then press Start Wifi Hotspot, the hotspot will be created automatically. The network name and password cannot be changed because they are automatically generated by the Android system. Remember that you must be connected to a wifi network or cellular data obviously.

Third step

After that, connect to the Hotspot using the password. Then go to wifi settings, select the network, and set the proxy server to manual. Then enter the address and port. In this case, they are:

Address: 192.168.49.1
Port: 8282

Finally, save the changes and that’s it!

Conclusion

Android devices have virtually unlimited potential, things are so simple that they go unnoticed. But here we are to keep you up to date. Thanks to NetShare you won’t have any problems sharing your wifi network. This is an alternative to get rid of those annoying neighbors that are always asking for your wifi password. Thank you for reading to us.

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Recover Wi-Fi Password

Depending on your distro, the method can vary. But the techniques can be the same in most scenario. Let’s start digging up the lost password! Note that I’m using “elementary OS”, but the method should work on most modern Linux distros. My desktop is connected to “TP-LINK_8D72” Wi-Fi network.

• Open a terminal.
• Navigate to the folder where the system stores the connection information.

cd /etc/NetworkManager/system-connections

• Time to check the list of all the stored network(s).

ls

• Open the file using the following command.

sudo cat TP-LINK_8D72

• Search for the following line:

Voila! The password is recovered once again!

Other places to try

However, there are some old and lightweight distros that use “wicd” to connect to networks. In that case, follow these steps:

• Open a terminal.
• Navigate to the connections’ folder.

cd /etc/wicd

• Open the “wireless settings” file.

sudo cat wireless-settings.conf

If you didn’t find any success, another file to look for is “wpa_supplicant.conf”. Check out the file using the following steps:

• Open terminal.
• Run this command:

sudo locate wpa_supplicant.conf

• Then, follow the steps stated above to read the file and recover the lost password.

Enjoy!

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