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How To Encrypt Your Windows Device

By J.Austine
How To Encrypt Your Windows Device

For best practice, you should encrypt your windows device to ensure the safety of your data. We all store sensitive information and files on our personal computers. But unless you properly secure the data, it can be easily accessed by thieves, snoopers, and hackers. So, by encrypting your device, you protect sensitive information from unauthorized access. This article guides you on how to encrypt your Windows device

How To Encrypt Your Windows Device

Why Use Device Encryption?

Device encryption ensures the security of your data. It makes it almost impossible for anyone to access your data without the correct decryption key. Device encryption is available on various Windows devices. By activating the feature, nobody can access your device data without authorization.
The Device encryption feature is available in all windows 10 editions. However, BitLocker encryption is only available on Windows 10 Pro, Education, and Enterprise versions. You can use the device encryption option on Windows 10 Home. Even so, your device hardware has to meet the requirements.

How Encryption Protects Your Data

you usually access your data through your windows device. To protect your data, you probably have a sign-in password in place. However, someone can still bypass your device password. They can remove your device case and unplug the physical hard drive. The person can use your hard drive as a second drive on their machine and access your data.
So, to protect your data, you'll have to use more than a sign-in password. By encrypting your Windows device, you secure your drive's data. Even if the thief tries to accesses your data, they will need a decryption key. Without the key, they can't access anything in your drive.

Does Your Device Allow Encryption?

Device encryption is a feature available and supported on devices operation on windows 10. However, the standard BitLocker encryption tool is not available on all windows. It's available on Windows 10 Pro, Education, or Enterprise. Moreover, some devices support both encryption tools.
To confirm if your windows device meets the device encryption requirements, use these steps.
Select the search box on the tax bar
Type in "System Information"
Right-click on "System Information" in the resulting list
Select "Run as Administrator"
Alternatively, you can:
Select the Start button
Click on "Windows Administrative Tools"
Then select "System Information."
Select "Run as Administrator"
After running System Information:
Select the System Summary from the left pane
Look for "Device Encryption Support"
If it states "Meets prerequisites," then your device supports device encryption. You can use the standard BitLocker encryption if it's not available.

What Are the Device Encryption Requirements?

Device encryption requirements are the software and hardware requirements for device encryption on windows. These requirements include:
Unified Extensible Firmware Interface (UEFI)
Trusted Platform Module (TPM) version 2
The TPM must be active

How To Encrypt Your Windows Device Using Standard BitLocker Encryption

To enable the standard BitLocker encryption, use an administrator account to sign in to your windows device. To switch accounts, you may need to sign out and back in.
After signing in:
Select the "Start" button
Click on "Windows System"
Click on "Control Panel"
Select "System and Security"
Locate "BitLocker Drive Encryption"
Then select "Manage BitLocker."
Alternatively, you can:
Key in "Manage BitLocker" in the search box on the tax bar.
Select it from the resulting list.
In the "Manage BitLocker" window, click on "Turn on BitLocker" and follow the instructions.

How To Encrypt Your Windows Device Using Device Encryption Option

Like BitLocker, device encryption is a tool built to secure your data from unauthorized access. This feature comes in handy when someone steals your Windows device. When you enable device encryption, the whole system drive gets scrambled. So, you can only access the data in the drive using the correct decryption key.
Unlike standard BitLocker, device encryption is available in all windows 10 versions. So, you can use device encryption to encrypt data on your device running on windows 10 home. Still, your device must meet the hardware requirements for encryption.
To enable the device encryption feature, use an administrator account to sign in to your windows device. To switch accounts, you may need to sign out and back in.
After signing in:
Open "Settings"
Select "Update and Security."
Select "Device encryption." (If you can't see the "Device encryption" page, then the encryption feature isn't available for your device)
Click on the "Turn on" button under "Device encryption."
After completing these steps, your Windows device will enable encryption for the current and future data you keep in your computer.

How to configure TPM on UEFI

There are situations where your device has a TPM chip, but it's disabled. This might prevent device encryption. If that's the case, you can use the following steps to activate it.
Open "Settings."
Select “Update & Security”.
Click on "Recovery."
Click on the "Restart now" button under the "Advanced startup" section.
How To Encrypt Your Windows Device
Hit "Troubleshoot."
How To Encrypt Your Windows Device
Select "Advanced options."
How To Encrypt Your Windows Device
Open "UEFI Firmware Settings."
How To Encrypt Your Windows Device
Hit the "Restart" button.
How To Encrypt Your Windows Device
Find the security settings.
Turn on the TPM feature
After enabling TPM, you should be able to use the device encryption feature on your device.

Why Should You Encrypt Your Device?

Encrypting your Windows device prevents sensitive information from falling into the wrong hands. It secures your data in case your device is hacked or stolen. With the rise in cybercrime, your data is a target for dark web hackers. So, it is essential to encrypt your device to keep your data secure.
Darknet hackers are constantly finding ways to access your information. Cybercriminals can get personal details like bank account details and passwords. They can trade such information on the dark web and get paid in cryptocurrency. Additionally, they can use the information for identity theft and in creating other illegal accounts.
Cybercriminals use the Tor browser to access the dark web. The browser leaves no internet trails and ensures their anonymity. This makes it difficult for authorities to track them. So, if they access your data, it would be available to millions of criminals in the darknet. People can use this information to destroy your reputation.

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