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I have a backup drive that is used mostly for that purpose: to backup data from my computer. I did move data onto it temporarily at some point, but I believe and I hope I've moved it back off in the meantime. It's protected by bitlocker. When I was away and someone was house-sitting, they connected their Android tablet to a port replicator that the backup drive was connected to, and inadvertedly told Android to "fix" the drive (because Android doesn't recognize NTFS formatted drives, much less those protected by bitlocker), which formatted it as exFAT. It couldn't have been a deep format, because she didn't have it connected for long. Meaning: it should be possible to recover the data, right?


I own a Dell laptop with a Windows 10 OS. I have been using it for 3 years, and have done a clean install of windows 10 several times before. My laptop has two disk partitions (C drive and D drivE) and both were working fine before reinstalling windows. But recently, I made a bootable USB drive with Microsoft's official Windows 10 iso (using Rufus). However, Rufus warned me that due to my system type, I would have to disable Secure Boot in order to boot from USB. I have never had to do this before, but I did disable Secure Boot and was able to boot from USB and proceeded to install windows on my C drive (which I formatted during installation). After installation, I found that my D drive was locked and it asked for my Bitlocker 48-digit key. The only other option was to load Key from USB. There was no "Enter recovery key" or "More Options" option like I have been seeing online. Needless to say, I do not have the recovery key, I never even knew about bitlocker before this. So I scoured the interent for answers and tried all the listed methods to no avail. First, i tried to recover my key from my Microsoft account which is associated with my Windows, but it did not have my keys. Since I formatted C drive during Windows installation, and my D drive is the one locked, there is no place for me to search the recovery key on the hard disk. I know for sure I didnt create any USB recovery key. I don't even know when Bitlocker was turned on for my laptop. I also tried recovering my Bitlocker password using a few Password recovery tools to no avail. I tried enabling my SecureBoot again and then resetting the BIOS settings to defaults but D drive is still locked. So I'm basically stuck now having lost ALL of my data in D drive. Its infuriating that I am being punished for losing my Bitlocker key when I NEVER EVEN SIGNED UP FOR BITLOCKER ENCRYPTION. What am I supposed to do now?


I recovered a deleted text file from a bitlocker encrypted drive using "EaseUS Data Recovery" tool. The recovered file seems to be the raw encrypted bits. Is there a way to decrypt that file since i have the bitlocker password and recovery key? I am aware that you can decrypt a whole drive, but that is not going to work. I just need a way to decrypt that one file.


I doubt it is possible. The real encryption key is stored on the harddisk; the bitlocker password (or recovery key) only give you access to use that key for decrypting. That real key (which you would need) is never visible / accessible outside the hard disk controller and its memory.





You can verify that by changing your bitlocker password - it takes only milliseconds, because it only is hashed and written onto the hard disk; the encrypted files themselves are never touched, as they still use the same old key.
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Easeus Bitlocker

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As part of the BitLocker recovery process, it's recommended to determine what caused a device to enter in recovery mode. Root cause analysis might help to prevent the problem from occurring again in the future. For instance, if you determine that an attacker modified a device by obtaining physical access, you can implement new security policies for tracking who has physical presence.


For planned scenarios, such as a known hardware or firmware upgrades, initiating recovery can be avoided by temporarily suspending BitLocker protection. Suspending BitLocker leaves the drive fully encrypted, and the administrator can quickly resume BitLocker protection after the planned task is completed. Using suspend and resume also reseals the encryption key without requiring the entry of the recovery key.


Recovery is described within the context of unplanned or undesired behavior. However, recovery can also be caused as an intended production scenario, for example in order to manage access control. When devices are redeployed to other departments or employees in the organization, BitLocker can be forced into recovery before the device is delivered to a new user.


Both the Recovery password and Recovery key can be supplied by users in the Control Panel applet (for data and removable drives), or in the preboot recovery screen. It's recommended to configure policy settings to customize the preboot recovery screen, for example by adding a custom message, URL, and help desk contact information. For more information, review the article BitLocker preboot recovery screen.


Answering the questions helps to determine the best BitLocker recovery process for the organization, and to configure BitLocker policy settings accordingly. For example, if the organization has a process for resetting passwords, a similar process can be used for BitLocker recovery. If users aren't allowed to save or retrieve recovery information, the organization can use a data recovery agents (DRAs), or automatically back up recovery information.


In each of these policies, select 
Save BitLocker recovery information to Active Directory Domain Services
 and then choose which BitLocker recovery information to store in AD DS. Use the option 
Do not enable BitLocker until recovery information is stored in AD DS
 to prevent users from enabling BitLocker unless the backup of BitLocker recovery information for the drive to Microsoft Entra ID or AD DS succeeds.





To recover BitLocker, a user can use a recovery password, if available. The BitLocker recovery password is unique to the device it was created on, and can be saved in different ways. Depending on the configured policy settings, the recovery password can be:


Having access to the recovery password allows the holder to unlock a BitLocker-protected volume and access all of its data. Therefore, it's important for your organization to establish procedures to control access to recovery passwords and ensure that they're stored securely, separate from the devices they protect.


There's an option for storing the BitLocker recovery key in a user's Microsoft account. The option is available for devices that aren't members of a domain and that the user is using a Microsoft account. Storing the recovery password in a Microsoft account is the default recommended recovery key storage method for devices that aren't Microsoft Entra joined or Active Directory joined.


Backup of the recovery password should be configured before BitLocker is enabled, but can also be done after encryption, as described in the BitLocker operations guide.
The preferred backup methodology in an organization is to automatically store BitLocker recovery information in a central location. Depending on the organization's requirements, the recovery information can be stored in Microsoft Entra ID, AD DS, or f

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Specify Minimum Length for BitLocker Startup PIN in Windows 10

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If you enable this policy setting, you can require a minimum number of digits to be used when setting the startup PIN.
If you disable or do not configure this policy setting, users can configure a startup PIN of any length between 6 and 20 digits.


If minimum PIN length is set below 6 digits, Windows will attempt to update the TPM 2.0 lockout period to be greater than the default when a PIN is changed. If successful, Windows will only reset the TPM lockout period back to default if the TPM is reset.


This policy setting specifies the constraints for passwords used to unlock BitLocker-protected operating system drives. If non-TPM protectors are allowed on operating system drives, you can provision a password, enforce complexity requirements, and configure a minimum length.


This policy setting specifies whether a password is required to unlock BitLocker-protected fixed data drives. If you choose to allow the use of a password, you can require that a password be used, enforce complexity requirements, and configure a minimum length.


This policy setting specifies whether a password is required to unlock BitLocker-protected removable data drives. If you choose to allow the use of a password, you can require that a password be used, enforce complexity requirements, and configure a minimum length.



4.
 The default Value data for this DWORD is 6, which means the minimum length of startup PIN should be 6. You can set the Value data from 6 to 20 on 
Decimal
 base depending upon your requirement. Click 
OK
. Close Registry Editor and reboot to make changes effective.


Hi all, i'm trying to set up bitlocker group policies on our corporate network and have run into difficulty. I have tested on my own device that everything is working - manually set up TPM, encrypted drive and so forth which went on without a problem. I have now updated GPO on the DC to allow for bitlocker keys to be uploaded to AD. Essentially we want it set up so that users have to enter a PIN on startup, and only allow TPM chips to be used - any device without will not be encrypted. Now any time I go to my bitlocker control panel to try and enable it again (and to set up the PIN) I get the error message stating the GPO settings are in conflict. I have tried many different combo's following lots of googling, but getting nowhere. The settings I have currently are:


What I have noticed is that when I run gpresult on my local machine, I only seem to be getting one setting from the GPO, which is the minimum PIN length - it was set to 4, I changed it to 5 and get the following in the output:



Block BitLocker on devices without a TPM chip:
 On a device with no TPM chip, BitLocker requires users to create an unlock password or startup key. The startup key is stored in a USB drive, which the user must connect to the device before startup. The unlock password is a minimum of eight characters. Defaults to 
Off
.



TPM startup PIN:
 This setting is the TPM + PIN unlock mode. A PIN can have up to 20 digits. Use the 
Minimum PIN length
 setting to specify the minimum PIN length. A user configures a PIN during BitLocker setup and provides the PIN during device startup.





You can get around this error by simply using a PIN containing six or more characters. By the way, the PIN length is configurable via Group Policy. To configure the TPM startup PIN length in your environment, do the following:


This error might occur when you try to encrypt a computer, and after you enter a password, but before the encryption process starts. The cause of the error is that the password does not meet the minimum number of characters that the system requires. Use a password that meets the minimu

Specify Minimum Length For BitLocker Startup PIN In Windows 10

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BitLocker likely ensured that a recovery key was safely backed up prior to activating protection. There are several places that your recovery key may be, depending on the choice that was made when activating BitLocker:


In a work or school account:
 If your device was ever signed into an organization using a work or school email account, your recovery key may be stored in that organization's Azure AD account. You may be able to access it directly or you may need to contact the IT support for that organization to access your recovery key.


Your BitLocker recovery key is a unique 48-digit numerical password that can be used to unlock your system if BitLocker is otherwise unable to confirm for certain that the attempt to access the system drive is authorized.


Windows will require a BitLocker recovery key when it detects a possible unauthorized attempt to access the data. This extra step is a security precaution intended to keep your data safe and secure. This can also happen if you make changes in hardware, firmware, or software which BitLocker cannot distinguish from a possible attack. In these cases, BitLocker may require the extra security of the recovery key even if the user is an authorized owner of the device. This is to be certain that the person trying to unlock the data really is authorized.


Your device is a modern device that meets certain requirements to automatically enable device encryption:
 In this case your BitLocker recovery key is automatically saved to your Microsoft account before protection is activated.


A work or school organization that is managing your device (currently or in the past) activated BitLocker protection on your device:
 In this case the organization may have your BitLocker recovery key.


What I don't see is a way to enter the keys manually in the boot menu recovery software. It seems odd that the PE environment will read a USB, but not allow for manual entry of the bit locker key.
The command prompt is sitting there sniggering up its hypothetical sleeve:
Open it, then if you want to unlock the drive "D:" and the bitlocker recovery key is: "123456-123456-123456-123456-123456-123456" type:


manage-bde -unlock D: -rp 123456-123456-123456-123456-123456-123456

Microsoft leaves them tucked away so it can unlock (or disable bitlocker, it amounts to the same thing) during Windows updates which require an automatic reboot (that can actually be disabled, google is your friend if you're sufficiently worried/paranoid to bother). However, they're stored inside the encrypted portion, to gain access to steal them you must by definition have access to them to decrypt the drive to begin with. If a baddie has access to the unlocked drive it's game over for security in any case, the keys have by definition to be in memory somewhere, and the data is all in plain text without them needing to grab them.

As to the keys being in plaintext on the recovery media, most people's threat model is such that keeping their recovery media in a domestic safe, or in the case of a USB key a reasonable quality keysafe, or even a locked drawer, is sufficient to secure them. Creating rescue on a hardware encrypted USB key is another alternative, though those can be quite pricey.

Never forget this either: 






iBoysoft BitLocker Recovery requires the password or 48-digit recovery key to read-only access your BitLocker drive. That means no one can use our BitLocker data recovery program to access your data but you.


BitLocker is a powerful encryption solution developed by Microsoft that encrypts your drive, so it is protected if your device is ever lost or stolen. But if your drive has been corrupted or cannot be accessed with your password, your files could be lost forever. We've developed a safe and professional BitLocker recovery software th

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Kyberbezpečnost • Jak předejít krádeži peněz a identity na internetu. Online podvody

HEAL Security Dispatch Daily Digest, hosted by Richard Simmons from London, is your essential source for daily cybersecurity insights with a special focus on healthcare intelligence. On Tuesday, 13th of August 2024, the podcast delved into a variety of crucial cybersecurity updates and developments. The show kicked off by discussing Microsoft's decision to retire the Paint 3D app, closing a chapter on 3D modeling innovation. It then highlighted a severe flaw within the Common Log File System, threatening Windows 10 and 11 users with potential system crashes. The episode also shed light on vulnerabilities in Microsoft Azure's AI Health Bot service, posing risks to personal medical data. In a significant cybercrime crackdown, the FBI's takedown of servers related to the Radar and Dispossessor ransomware operations was commended for its role in combating online extortion. The discussion transitioned to a massive DDoS attack against a livestream interview on the X social platform, reflecting on the broader implications for U.S. election security. Furthermore, Microsoft's prompt fix for a BitLocker recovery issue showcased its commitment to user data protection. Finally, the episode concluded with a mention of CISA’s advisories on vulnerabilities in Industrial Control Systems, underscoring the persistent threats to critical infrastructure. This digest offered listeners a comprehensive overview of prevailing cybersecurity challenges and proactive measures. 
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Cybersecurity Update: Paint 3D Farewell, Windows Flaws, and Election Security Concerns

Windows 11 wont let windows 10 use PIN and well now one of my PC is stuck at start. What's more, well cant get to safe mode or revert. Fuck ya'll. Lucky I know shit tons about the PC. Lil ass shit holes and your system user manager can eat my digital daggers bruh.

Windows 10 Bitlocker

Windows 10 Bitlocker (Yeah I made it in like 2 Seconds Sue me)

HEAL Security Dispatch Daily Digest delivers timely and essential cybersecurity news with a focus on the healthcare sector. Hosted by Edd Hall from London, the podcast offers expert insights on the rapidly evolving digital threat landscape impacting both global institutions and individual users. In this episode, highlights include Microsoft's emergency BitLocker update, Japan’s shift toward offensive cyber operations through its new Active Cyberdefense Law, and a stealthy backdoor discovered in a PyPI package possibly linked to hacktivists. Additional coverage includes a major UK Legal Aid Agency data breach affecting millions, a cyberattack disrupting Arla Foods, and NHS England’s introduction of a cybersecurity charter for suppliers. The episode also examines the growing cyberattack trend targeting healthcare systems and a landmark legal outcome involving the ex-admin of Breachforums. Informative and comprehensive, HEAL Security Dispatch Daily Digest is a must-listen for staying ahead of cybersecurity threats in the digital age. 
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Cyber Showdowns and Healthcare Hacks: PyPI, Japan's New Cyber Law, and the UK's Legal Aid Breach

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At the heart of HEAL Security's vision is the commitment to equipping organizations and individuals with rapid, contextually rich cybersecurity updates, establishing itself as a pivotal force in unifying practice and data against the ingenious tactics of criminal and malicious entities. HEAL Security is fervently devoted to constructing a robust resource and community that champions the defense of the healthcare sector against the growing cyber threats from organized crime groups and antagonistic nation-states. Our core focus encompasses the protection of vital IT infrastructures, the security of sensitive patient and clinical information, the safeguarding of critical healthcare systems, and the assurance of continuous, undisturbed patient care services.

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