Kali Linux is a powerful penetration testing and security auditing platform, and one of its best features is its ability to support a wide variety of Bluetooth devices out of the box. But before you can start using Bluetooth on Kali, you need to make sure it’s enabled. Here’s a quick guide on how to start Bluetooth in Kali Linux.

First, open up a terminal window and enter the following command:

sudo apt-get install bluetooth bluez-utils

This will install the necessary Bluetooth software on your system.

Next, start the Bluetooth service with the following command:

sudo service bluetooth start

Now you should be able to see your Bluetooth adapter in the list of available devices:

hciconfig

If everything is working correctly, you should see something like this:

hci0: Type: BR/EDR Bus: USB
BD Address: 00:1A:7D:DA:71:14 ACL MTU: 1021:8 SCO MTU: 64:1
UP RUNNING PSCAN ISCAN
RX bytes:848 acl:0 sco:0 events:40 errors:0
TX bytes:1148 acl:0 sco:0 commands:40 errors:0

Finally, you’re ready to start using Bluetooth on Kali Linux!

Things To Know

What is Bluetooth?

Bluetooth is a wireless technology standard for exchanging data between fixed and mobile devices over short distances using short-wavelength UHF radio waves in the industrial, scientific and medical radio bands, from 2.400 to 2.485 GHz, and building personal area networks (PANs).

What is the range of Bluetooth?

The typical range of Bluetooth is 10 meters (33 feet).

Can Bluetooth be used to connect to the Internet?

Certainly, you can use Bluetooth to connect to the Internet if your computer has a Bluetooth adapter and you have a data plan that allows Internet access.

Can Bluetooth be used to transfer files?

Yes, Bluetooth can be used to transfer files between two devices.

Can Bluetooth be used to print?

Certainly, Bluetooth can be used to print if your printer has a Bluetooth adapter.

Can Bluetooth be used to make phone calls?

Yes, Bluetooth can be used to make phone calls if your phone has a Bluetooth adapter.

What is the maximum data rate of Bluetooth?

The maximum data rate of Bluetooth is 3 Mbps.

What is the maximum number of Bluetooth devices that can be connected at the same time?

The maximum number of Bluetooth devices that can be connected at the same time is 8.

How much power does Bluetooth use?

However, Bluetooth uses very little power, about 1/1000th of a watt.

What is the security of Bluetooth?

After all, Bluetooth uses a variety of security features to ensure that your data is safe.

When you are a new Linux user, you might find it challenging to install different programs. Installing specific Linux libraries may also seem challenging. However, this is not the case. Installing these programs is quite easy when you know how to go about it. Let’s get started installing Linux library libc.so.6 journeys.

The dynamic linker is a program that resolves external references in dynamic libraries and executable files. It loads them into memory at run time and resolves their external references. In most cases, dynamic linkers load programs from standard locations and use default search paths for locating them.

In some instances, however, the dynamic linker cannot find the program that has been loaded into memory or cannot locate an external reference located in another file. This article will explain how to install these files so that your system can use them accordingly whenever necessary.

Installing Libc.so.6 Library

A dynamic library is a library that can be linked to multiple programs at once. This type of library is useful because it allows programmers to share code between different programs, reducing repetitive effort and leading to a smaller set of useful libraries.

A dynamic library can be loaded and linked into a program while the program is running, allowing the program to call functions or use data defined in the library, or even replace the functionality of the existing library call to provide extended functionality.

The Libc.so.6 library provides basic functionality that allows you to run your computer system. It is responsible for loading and executing programs that are saved on your computer system. It also helps in connecting your computer with other networks and servers located worldwide.

How to Install Libc.so.6 Using yum

Yum is a tool for automatically installing and removing software packages in Linux operating systems. It works as a software package manager in installing libraries or programs. You can use yum to install the Libc.so.6 library, as follows: Use the yum command followed by installing the library:

Installing Libc.so.6 using Dpkg and apt-get

Dpkg is a software utility that is used for installing and removing software packages in Linux operating systems. Similarly, the apt-get utility is an intelligent software utility that is used for downloading and installing packages from the internet.

You can use the dpkg command followed by the name of the package you want to install: Similarly, use the apt-get command followed by the name of the package you want to install:

Guide to install Libc. so.6 Manually

The dynamic linker is a program that resolves external references in dynamic libraries and executable files. It loads them into memory at run time and resolves their external references.

In most cases, dynamic linkers load programs from standard locations and use default search paths for locating them. In some instances, however, the dynamic linker cannot find the program that has been loaded into memory or cannot locate an external reference located in another file. To install the Libc.so.6 manually, you can proceed as follows:

Conclusion

This article discusses how to install the Libc.so.6 library on your Linux computer. These are the steps you need to take: You can easily install the Libc.so.6 library on your computer by using any of the methods discussed above. Once installed, you can use the functionality provided by the library to run your computer system.

Bluez Daemon is not running in Arch Linux? Then you must be a user of Arch Linux? If yes, then you must be knowing the fact that it is one of the most trusted and secure Linux distributions. It comes with the latest packages and up-to-date software.

But, there are a few quirks that may get on your nerves once in a while. For example, some services tend to stop working all of a sudden, leaving users confused about what’s happening.

One such odd behavior we will be discussing in this article is how the Bluez daemon not running error message pops up from time to time in your terminal after installing Arch Linux. Don’t worry – you’re not alone!

Many users who have installed and used Arch Linux have come across this issue at some point or the other. In this blog post, we shall go through some smart solutions to resolve this problem once and for all so that you can continue enjoying your experience with Arch Linux without any hiccups.

What is the Bluez Daemon?

The Bluez daemon is a process that enables the Linux operating system to connect to nearby Bluetooth devices. So, if you pair your Bluetooth headphones with your laptop, the Bluez daemon will act as the bridge between the device and the OS.

The daemon is responsible for maintaining the state of bluezd, the Bluetooth stack for Linux. It is a modular, generic, and very flexible architecture which means that it is capable of supporting various Bluetooth profiles. This means that you can use a Bluetooth device with any device running on Linux, irrespective of the manufacturer.

The Bluez daemon is installed by default on Arch Linux. However, sometimes one might encounter an issue where the Bluez daemon is not running or not installed at all.

In such cases, users will receive the Bluez daemon not running error message in their terminal. It is important to note that the Bluez daemon connects Bluetooth devices to the computer.

So, if the daemon is not installed or not running, then it is impossible to connect to any Bluetooth device. As such, it is important to resolve this issue as soon as it arises to continue using Bluetooth devices with your computer.

Fixing the Issue – Rebuilding Bluez Daemon Service

If the Bluez daemon is not running on your Arch Linux machine, then you might want to try rebuilding the service. Rebuilding the service is a bit difficult as compared to installing the daemon manually.

However, it is a recommended method if the Bluez daemon is not running after manually installing it. Follow these steps:

First, stop the existing Bluez daemon by executing the following command

sudo systemctl stop bluetooth 

Next, create a new file called Bluetooth. service with the following contents

sudo nano /etc/systemd/system/bluetooth.service

Fixing the Issue – Disabling Bluetooth

If you have tried all the methods listed above to fix the Bluez daemon that is not running on Arch Linux, but nothing seems to work, then you might want to try disabling the Bluetooth functionality. This will ensure that the daemon is never executed.

Follow these steps – Execute the following command in your terminal

sudo systemctl disable bluetooth

This will disable the Bluetooth functionality on your Arch Linux machine.

Conclusion

Bluetooth is a convenient way to connect devices wirelessly, but it’s not always a flawless process. There may be times when your Bluetooth device is not working as expected or even not working at all.

If you’re experiencing any issues with your Bluetooth device on Arch Linux, then you can follow the steps in this article to troubleshoot the problem and resolve it.

Keeping up with the ever-increasing demands of today’s data centers is challenging. While modern IT infrastructures are built on open-source software and cloud services, hardware acceleration remains key to streamlining data center operations. The high frequency of modern servers and the accelerating speeds of SSDs require optimized communication between devices.

For example, host bus adapters (HBAs) are a commonly used component in data centers because they allow computer servers to communicate with target devices that lack network or operating system interfaces (such as SSDs or tape libraries).

After all, without HBAs, a computer server would need an additional network card for each target device it wanted to access. In this blog post, we’ll show you how to configure HBA port speed in Red Hat Enterprise Linux (RHEL).

What’s the role of an HBA in a data center?

Host bus adapters are a critical component in the communication pathways of data centers. A computer’s network interface card (NIC) can only reach so far, meaning that a server would need an additional NIC for each device that it wants to access.

A host bus adapter allows a server to connect to devices that lack network or operating system interfaces. While it may not sound like much, this small, yet crucial, piece of the hardware enables servers to communicate with a variety of devices, including storage and networking hardware, iSCSI, FCoE, and Fibre Channel devices.

An HBA might be used to transfer data between a server and an Ethernet storage device (such as a storage area network (SAN), Network-Attached Storage (NAS), or a tape library).

Configuring HBA port speed in Linux

Host bus adapters are commonly used in data centers. Although most HBAs have been designed for 10/100/1000BASE-T Ethernet networks, they can also be used with other network types.

Some factors to consider when configuring the port speed of an HBA include the network bandwidth of the devices to which it’s connecting, the type of switches in the network, and the capabilities of the server’s CPU.

For example, you might want to configure the port speed of an HBA to 10GBASE-T to connect to a device with a high bandwidth requirement, such as a Fibre Channel device or an Ethernet switch.

To change the port speed of an HBA, follow these steps:

• First, you need to identify the HBA on your system and its driver. Although the HBA port speed can be changed from the HBA driver’s default setting, the driver might not support the new setting.
• Then, you need to find the correct driver for the HBA. Drivers are available in the Linux kernel and are used to communicate with the HBA.

HBAs and their importance in data centers

The high frequency of modern servers and the accelerating speeds of SSDs require optimized communication between devices. Host bus adapters are widely used between servers and these devices to enable communication.

The speed of data transmission between these devices is important for the efficient operation of data centers. The increasing popularity of data centers has created a need for HBAs with higher transmission speeds to support increased data storage and data transfer rates.

When it comes to HBA transmission speed, there are currently two commonly used standards: 1000BASE-T (or just 1000BASE) and 10GBASE. These standards are used to specify the transmission speed of 10BASE-T and 10GBASE Ethernet networks.

Limitations of current HBA speeds

While current HBAs with a 10GBASE Ethernet transmission speed allows for data transmission at 10 gigabits per second. These HBA speeds don’t take full advantage of the advanced network equipment available in modern data centers.

However, some of the latest equipment, including 10GBASE Ethernet switches, support 40 gigabits per second (Gb/s) Ethernet transmission speeds. While HBAs with a 10GBASE Ethernet transmission speed can be used to connect to network equipment with a 40Gb/s Ethernet transmission speed. The connection is limited to 10 gigabits per second.

Host bus adapters with a 10GBASE-T Ethernet transmission speed can be used with network equipment that supports the IEEE802.3bz standard. Including 10GBASE Ethernet switches that use the IEEE802.3bz standard. Currently, the IEEE802.3bz standard is supported by a limited number of network equipment manufacturers.

How to configure HBA port speed in Linux?

To change the port speed of an HBA, follow these steps:

First, you need to identify the HBA on your system and its driver. Although the HBA port speed can be changed from the HBA driver’s default setting. The driver might not support the new setting.

Next, you need to find the correct driver for the HBA. Drivers are available in the Linux kernel and are used to communicate with the HBA.

How can you increase HBA speeds in Linux?

You can increase the HBA speeds by configuring the driver to support the 10GBASE-T Ethernet transmission standard.

However, currently, the 10GBASE-T transmission standard is supported by several Ethernet drivers, including the Intel e1000e driver (used by Intel Ethernet SFP+ adapters), the Intel ixgbe driver (used by Intel 10Gb SFP+ adapters), the VIA Networking Technologies VN-Net 10G driver, the Chelsio T5 driver, and the Chelsio T6 driver, and the Generic Driver for Ethernet Networking Devices.

While the HBA port speed can be changed from the HBA driver’s default setting. The driver might not support the new setting. Before you change the port speed of an HBA, you must first determine whether the HBA and its driver support the new port speed.

Final words: A word of caution

In short, the increasing popularity of data centers has created a need for high-speed host bus adapters to support higher data transfer rates. In addition, host bus adapters with a 10GBASE-T Ethernet transmission speed. Also, it allows for data transmission at 40 gigabits per second, providing a significant boost in performance.

After all, with the increased demand for data services, along with the need for high-speed transmission, it’s important to keep an eye on the latest HBA technologies and how they can be used to improve data center operations.

Frequently Asked Questions (FAQs)

What is the HBA port speed in Linux?

The HBA port speed in Linux is typically 1 Gbps.

How do I check the HBA port speed in Linux?

You can check the HBA port speed in Linux by running the command

lspci -vvv | grep -i hba

How do I change the HBA port speed in Linux?

You can change the HBA port speed in Linux by running the command

hdparm -S <speed> /dev/<device>

How do I troubleshoot HBA port speed issues in Linux?

You can troubleshoot HBA port speed issues in Linux by running the command

dmesg | grep -i hba

Why is my HBA port speed slow in Linux?

HBA port speed may be slow in Linux due to a number of factors, including driver issues, hardware issues, or incorrect configuration.

How can I improve HBA port speed in Linux?

However, you can improve HBA port speed in Linux by ensuring that you are using the correct drivers, updating your firmware, and optimizing your configuration.

What are the benefits of using a higher HBA port speed in Linux?

The benefits of using a higher HBA port speed in Linux include increased performance and reduced latency.

Are there any risks associated with using a higher HBA port speed in Linux?

The risks associated with using a higher HBA port speed in Linux include increased power consumption and potential data loss.

What are some tips for getting the most out of my HBA port speed in Linux?

Some tips for getting the most out of your HBA port speed in Linux include disabling unused ports, using port aggregation, and using jumbo frames.

There are various ways to harden Linux Mint. Many users recommend installing and using YaST or the mint-update command-line utility. Others recommend creating a passwordless sudo user, disabling root login, and running security updates and antivirus software.

Linux Mint is one of the most popular distributions of Linux. It is based in Ubuntu, but with a different desktop environment and some other differences.

One of the advantages of Linux Mint is that it is relatively easy to install and use. However, this also means that it is not as secure as some other distributions. In this article, we will show you how to harden Linux Mint so that it is more secure.

Before we start, we should mention that hardening Linux Mint is not a silver bullet. It will not make your system completely secure.

However, it will make it more difficult for attackers to compromise your system.

Use a strong password

This is probably the most important thing you can do to secure your system. Make sure to use a strong password for your user account and the root account. A strong password is at least 8 characters long and contains a mix of upper and lower case letters, numbers, and special characters.

Install a firewall

A firewall is software that allows or blocks network traffic based on a set of rules. By default, Linux Mint does not come with a firewall installed. However, it is very easy to install one.

We recommend using the UFW (Uncomplicated Firewall). To install it, open a terminal and type:

sudo apt install ufw

Once it is installed, you can enable it by typing:

sudo ufw enable

Keep your system up to date

One of the most important things you can do to secure your system is to keep it up to date. New security vulnerabilities are discovered all the time. By keeping your system up to date, you can make sure that these vulnerabilities are patched as soon as possible.

To update your system, open a terminal and type:

sudo apt update && sudo apt upgrade

Use encrypted disks

If you are using Linux Mint on a laptop, it is a good idea to encrypt your disk. This way, if your laptop is stolen, the data on it will be much more difficult to access.

To encrypt your disk, you can use the LUKS (Linux Unified Key Setup) system. To encrypt your main system drive, you will need to use the command line. However, there is a graphical tool that can be used to encrypt other drives, such as USB drives.

Use a VPN

A VPN (Virtual Private Network) is a way to encrypt your internet traffic and route it through a server in another location. This can be useful for many reasons, including security and privacy.

There are some different VPN software that you can use on Linux Mint. We recommend using OpenVPN. To install it, open a terminal and type:

sudo apt install openvpn

Once it is installed, you can connect to a VPN server by following the instructions on the OpenVPN website.

Disable unnecessary services

If a service is not being used, it is a good idea to disable it. This way, it cannot be exploited by an attacker.

To list all the services that are running on your system, open a terminal and type:

sudo systemctl list-units --type=service

This will list all the services, along with their status. To disable a service, type:

sudo systemctl disable [service name]

Use AppArmor

AppArmor is a security system that can be used to restrict the capabilities of programs. This can be useful for preventing malicious programs from doing things that they should not be doing.

AppArmor is not installed by default on Linux Mint. However, it is available in the repositories. To install it, open a terminal and type:

sudo apt install apparmor

Once it is installed, you will need to configure it. The AppArmor website has a good tutorial on how to do this.

Use a security-focused browser

There are several different browsers that you can use on Linux Mint. However, not all of them are created equal when it comes to security.

We recommend using the Tor Browser. It is based on the Firefox browser and is designed to provide a high level of security.

To install the Tor Browser, open a terminal and type:

sudo apt install tor-browser

Once it is installed, you can launch it from the menu.

Use a password manager

Above all, a password manager is a software that allows you to store your passwords in a secure location. This can be useful for several reasons, including security and convenience.

Firstly, there are several different password managers you can use on Linux Mint. We recommend using KeePassXC. It is a free and open-source password manager that is available in the repositories.

To install KeePassXC, open a terminal and type:

sudo apt install keepassxc

Once it is installed, you can launch it from the menu.

Conclusion on Harden/Secure Linux mint

So, we have shown you how to harden Linux Mint. By following the tips in this article, you can make your system more secure. However, it is important to remember that no system is completely secure. After all, there is always a risk of being compromised, no matter how secure your system is.

People also ask

What is Linux mint?

Linux Mint is a Linux distribution based on Debian and Ubuntu. It is one of the most popular and easy-to-use Linux distributions.

What are the default security settings in Linux Mint?

The default security settings in Linux Mint include a firewall and password protection for user accounts.

How can I update my security settings in Linux Mint?

You can update your security settings in Linux Mint by installing security updates and enabling the firewall.

How can I change my password in Linux Mint?

You can change your password in Linux Mint by going to the “User Accounts” settings in the “Control Center”.

How can I encrypt my home directory in Linux Mint?

You can encrypt your home directory in Linux Mint by going to the “Security” settings in the “Control Center”.

How can I create a strong password in Linux Mint?

You can create a strong password in Linux Mint by using a combination of letters, numbers, and special characters.

How can I enable the firewall in Linux Mint?

You can enable the firewall in Linux Mint by going to the “Security” settings in the “Control Center”.

How can I install security updates in Linux Mint?

You can install security updates in Linux Mint by going to the “Update Manager” and selecting the “Security Updates” option.

How can I enable automatic security updates in Linux Mint?

You can enable automatic security updates in Linux Mint by going to the “Update Manager” and selecting the “Automatically check for updates” option.

What are some common security threats in Linux Mint?

Some common security threats in Linux Mint include viruses, malware, and phishing attacks.

How can I report a security issue in Linux Mint?

In short, you can report a security issue in Linux Mint by going to the “Security” settings in the “Control Center” and selecting the “Report a security issue” option.

King Phisher is a tool used to perform phishing attacks. Phishing is a type of social engineering attack. That aims to trick the user into clicking on a malicious link or opening a malicious attachment.

In addition, King Phisher can be used to target employees of a company, customers of a service, or even individuals. Also, it can be used to infect computers with malware, steal sensitive information, or launch a denial of service attack.

King Phisher is not installed by default in Kali Linux. However, it can be easily installed from the Kali Linux repositories.

To install King Phisher, open a terminal and type the following command:

sudo apt-get install king-phisher

Once the installation is complete, you can launch King Phisher by typing the following command:

king-phisher

Finally, you will be presented with the King Phisher user interface. From here, you can create and manage phishing campaigns.

What is king phisher?

King phisher is a tool used to perform phishing attacks.

How does king phisher work?

Firstly, King phisher works by sending emails or text messages that appear to be from a legitimate source. In an attempt to trick the recipient into clicking on a link or opening an attachment that will infect their computer with malware or steal sensitive information.

How do I install King Phisher in Kali Linux?

You can install King Phisher in Kali Linux by running the following command:

sudo apt-get install king-phisher 

How can I verify that King Phisher is properly installed in Kali Linux?

You can verify that King Phisher is properly installed in Kali Linux by running the following command:

king-phisher --version

How can I launch King Phisher in Kali Linux?

You can launch King Phisher in Kali Linux by running the following command:

king-phisher

Who is the typical target of a king phisher attack?

The typical target of a king phisher attack is anyone who may be gullible enough to click on a link or open an attachment from an unknown source. After all, this can include employees of a company, customers of a service, or even individuals.

What are some of the dangers of clicking on a king phisher link or opening an attachment?

Clicking on a king phisher link or opening an attachment can lead to a variety of problems. Including infecting your computer with malware, stealing sensitive information, or launching a denial of service attack.

How can I avoid being a victim of a king phisher attack?

Above all, there are a few things you can do to avoid being a victim of a king phisher attack including being suspicious of any emails or text messages from unknown sources, not clicking on links or opening attachments from unknown sources, and keeping your computer and software up-to-date.

What should I do if I think I am being targeted by a king phisher attack?

Firstly, if you think you are being targeted by a king phisher attack, the best thing to do is to not click on any links or open any attachments from the email or text message. You should also report the incident to your company’s IT department or the authorities.

What is phishing?

Phishing is a type of social engineering attack that aims to trick the user into clicking on a malicious link or opening a malicious attachment.

What is social engineering?

Social engineering is the act of tricking someone into revealing sensitive information or performing an action that they would not normally do.

How can I tell if an email or text message is a phishing attack?

There are a few things to look for that may indicate an email or text message is a phishing attack, including misspellings and grammatical errors, spoofed email addresses, and generic greetings.

What are some common phishing techniques?

Some common phishing techniques include creating fake websites that mimic legitimate ones, sending emails or text messages that appear to be from a legitimate source, and using social media to spread links to fake websites.

How can I avoid being a victim of phishing?

There are a few things you can do to avoid being a victim of phishing, including being suspicious of any emails or text messages from unknown sources, not clicking on links from unknown sources, and keeping your computer and software up-to-date.

What is malware?

Malware is a type of software that is designed to damage or disable computers.

How can malware be installed on my computer?

Malware can be installed on your computer in a variety of ways, including clicking on a malicious link, opening a malicious attachment, or downloading a malicious file.

What are some common types of malware?

To clarify, some common types of malware include viruses, worms, Trojans, and spyware.

What are some common ways to avoid malware?

Firstly, some common ways to avoid malware include keeping your computer and software up-to-date and using anti-virus and anti-malware software. So, most importantly not click on links or open attachments from unknown sources.

conclusion

King phisher is a tool that can be used to perform phishing attacks. So, phishing is a type of social engineering attack that aims to trick the user into clicking on a malicious link or opening a malicious attachment.

On the other hand, King phisher can be used to target employees of a company, customers of a service, or even individuals. Also, it can be used to infect computers with malware, steal sensitive information, or launch a denial of service attack.

Installing Linux on Windows without admin rights can be a little challenging if you don’t have administrator access to the computer. Most computers come with Windows pre-installed, and it usually requires administrator privileges to install software on it.

However, many users or home users may not have administrator access. If you find yourself in such a position, then you won’t be able to install most versions of Linux on your computer. That said, there are still a few ways that you can work around this issue and get around the restrictions built into Windows so that you can still install Linux on your computer.

In this article, we will look at some of these strategies for how to install Linux on Windows without administrative rights.

Run Linux in a Virtual Environment

One of the easiest ways to install Linux on Windows without administrative rights is to run it inside of a virtual environment. By installing a virtualization program like VirtualBox, you can create a virtual machine and install a virtual version of Linux on that virtual machine.

As long as the virtual machine has the software you need, you can use it to run any program that would normally require administrative access. This includes installing Linux on Windows 10.

One thing to keep in mind is that virtual machines take some time to fully boot, so they might not be the best option if you need to use the computer for other purposes at the same time.

Once the virtual machine is up and running, it should function just like any other computer. You can install software and access files just like you would be able to do on a normal computer. This makes virtual machines an excellent option for installing Linux on a computer with Windows 10.

Install Linux on a USB Drive

Another way to install Linux on Windows 10 without administrative access is to install it directly to a USB drive. While this is perhaps not the most practical solution, it can be helpful in certain situations.

If you just need to install Linux for one specific purpose, a USB drive may be the best solution. In the past, this was a common solution for installing Linux on computers that didn’t have enough CPU or RAM to run Linux properly.

However, modern computers can handle Linux installs just fine, so this is more of a way to work around the restrictions of Windows. As a bonus, you can use the USB drive to boot Linux on Windows 10. This can be helpful if you just need to do one specific thing that requires Linux.

Install Linux Using Windows 10’s Continuum

Continuum is a feature built into Windows 10 that allows you to switch between a desktop computer and a touchscreen-friendly mode. This can be helpful if you’re using a laptop or tablet.

Once you switch to this mode, you can use your computer as if it were a touchscreen computer. You can do things like drag and drop files and open apps. Unfortunately, this mode doesn’t support Linux. Fortunately, you can install Linux in desktop mode, and then switch to Continuum, and it should work just like it did before you installed Linux on Windows 10. This is helpful if you just need Windows to run a few programs.

Just be aware that this method only works for certain Linux distributions. Another option is to use the Windows 10 Subsystem for Linux. This feature allows you to run a full Linux environment on Windows 10. While it isn’t the same as installing Linux, it does give you the full Linux experience without any of the restrictions that come with running Linux on Windows. This feature isn’t available on every version of Windows 10, though.

Install Linux on Windows with Recalbox

Another option is to install Recalbox, an emulation console that allows you to play retro games on your computer. While the emulator is mostly used to play retro games, you can also install Linux on your computer and use it as an operating system.

For those who just want to play around with Linux or learn more about it, Recalbox can be a fun and easy way to install Linux. It doesn’t offer the same functionality as some of the other solutions on this list, but it is a fun way to experiment with Linux on Windows.

Installing Linux on Windows 10 With WSL (Windows Subsystem for Linux) and Bash

For those who want to get the Linux experience, there are a few solutions that let you install Linux inside Windows. The Windows Subsystem for Linux (WSL) allows you to run a Linux Bash shell on Windows. While it isn’t the same as installing Linux, it does give you the Linux experience.

You can run Linux programs, edit files using a Linux-like command line, and access Linux files from Windows. This can be helpful if you just want to use Linux for certain tasks without having a full Linux installed on your computer.

Conclusion

Installing Linux on Windows can be a challenge, especially if you don’t have administrator access to the computer.

Fortunately, there are a few solutions that allow you to install Linux while still running Windows. These solutions include running Linux in a virtual environment and installing it on a USB drive. Or install it on Windows with WSL or Bash.