Protecting data is a practical priority, not a trend. This article compares full-disk encryption — BitLocker on Windows — with file-level and cross-platform solutions such as VeraCrypt and Cryptomator. If you bought your OS from Licensgo (for example Microsoft Windows 11 Professional), you'll find concrete steps to enable encryption, manage recovery keys and avoid the mistakes that lock you out of your data.

1Which encryption type to choose

There are three common approaches: full-disk encryption, file-level encryption, and cloud/end-to-end file encryption. Each has pros and cons depending on the threat model, usability and platform compatibility.

  • Full-disk (BitLocker): transparent protection from the moment the operating system starts;
  • File-level: encrypt individual files or containers (VeraCrypt) with granular control;
  • Cross-platform/cloud: solutions such as Cryptomator or services with a personal vault for cross-platform synchronisation.
Quick rule

Choose full-disk encryption to protect against device loss and file-level encryption for granular sharing or cross-OS access.

2BitLocker: when and why to use it

BitLocker provides full-disk encryption built into Windows and is the natural choice for corporate laptops and single-OS workstations. It protects the operating system and all files at rest, and can use TPM, PIN or USB keys for boot protection.

Use BitLocker when the primary risk is device theft or loss and the machine stays on Windows (for example Microsoft Windows 11 Professional or Windows 10 Professional). For removable drives use BitLocker To Go.

Recovery key tip

When enabling BitLocker, always save the recovery key to two locations (e.g. your Microsoft account + USB, or Azure AD for business devices).

3File-level and cross-platform solutions

File-level tools encrypt only selected files or containers and are ideal when you need to move data between different operating systems or share encrypted files with others. VeraCrypt creates encrypted containers and works on Windows, macOS and Linux. Cryptomator provides vaults designed for cloud sync and is user-friendly for collaboration across platforms.

Cloud providers often encrypt data at rest but not end-to-end; use client-side encryption (Cryptomator, VeraCrypt) if you need to prevent provider access. Some services offer dedicated secure areas (e.g. Microsoft OneDrive Personal Vault) but read the guarantees: not all provide true end-to-end encryption.

  • VeraCrypt: suitable for encrypted containers and multi-OS compatibility;
  • Cryptomator: designed for cloud synchronisation and ease of use;
  • Cloud vaults (OneDrive Personal Vault, Dropbox): convenient, but check for end-to-end encryption if you need complete privacy.
Cross-platform shortcut

For multi-OS teams, opt for Cryptomator or VeraCrypt containers stored in your cloud sync folder.

4How to enable encryption and manage recovery keys

BitLocker (Windows): open Control Panel > System and Security > BitLocker Drive Encryption, choose the drive, click ‘Turn on BitLocker’, select TPM+PIN or password, and follow the prompts to save the recovery key (Microsoft account, file, USB, print). For business devices, register the keys in Azure AD or Active Directory.

VeraCrypt: create a volume, choose a strong password and/or keyfile, and keep backups of the container and the volume header. Cryptomator: create a vault, set a secure password and keep a local copy of the vault in addition to the cloud sync.

  • always back up recovery keys to at least two different locations;
  • try out the recovery procedure on a test device before encrypting critical data;
  • keep backups up to date before major hardware changes or system updates.
Backup rule

Store one recovery key offline (USB/printed) and one in a secure cloud or enterprise store.

5Common mistakes that lock you out

These are the mistakes most likely to lock you out of your data: losing the recovery key, using weak passwords, encrypting without reliable backups, changing the TPM or motherboard without suspending BitLocker, and assuming cloud encryption equals end-to-end privacy.

  • Keeping the recovery key in only one place;
  • Failing to test recovery after enabling encryption;
  • Ignoring TPM/firmware instructions before hardware or BIOS updates.
Don't forget

Before major updates, suspend BitLocker and make sure you have a tested recovery method.

6Best practices and concrete use cases

Examples to guide your choice: for corporate laptops, BitLocker with keys backed up to Azure AD; for USB drives used to carry sensitive files, VeraCrypt or BitLocker To Go; for cross-platform collaboration, Cryptomator or VeraCrypt containers stored in your sync folder; for encrypted backups, solutions such as Acronis True Image Premium, which support encrypted backup archives.

Choose based on where the data lives (device vs cloud), who needs access, and whether the device changes OS. Combine approaches: using BitLocker for device-at-rest protection plus file-level encryption for shared folders increases security without undermining usability.

Final tip

Use long passphrases (not single words), keep recovery keys offline and test recovery procedures periodically.