Computer privacy encryption software

Computer privacy encryption software is a core tool for protecting user data security. It uses encryption algorithms to convert sensitive information (such as files, disks, communication content) into ciphertext to prevent unauthorized access.

Software features

Multi-level encryption technology

Full disk encryption: If BitLocker encrypts the entire hard disk, even if the hard disk is lost, the data cannot be read.

File-level encryption: Anqishen supports automatic matching of encryption levels based on file sensitivity (for example, AES-256 is enabled for financial data, and lightweight protection is used for ordinary documents).

Virtual disk encryption: VeraCrypt can create encrypted containers, store sensitive files in virtual disks and set passwords.

Intelligent permission management

Assign decryption, printing, and outgoing permissions based on roles, and combine DRM technology to limit the file life cycle (such as validity period, number of opens).

Angu software supports dynamic rights management and adjusts access rights according to time, device, and geographical location.

Behavioral auditing and traceability

Record file operation logs (copying, deleting, outgoing), and combine dynamic watermarks to track the source of leaks.

Xunsoft DSE blocks all leakage channels, and sensitive operations require approval or prohibition.

Software function

Core encryption capabilities

Full disk/partition encryption: Protect the entire hard drive or specific partitions to prevent data leakage caused by physical device loss.

File/folder encryption: supports batch encryption of single files, such as AxCrypt right-click menu quick operation.

Cloud storage encryption: NordLocker and AxCrypt can directly encrypt cloud files to ensure transmission security.

Audit logs and risk warnings

Record all file operation behaviors and generate visual logs.

AI behavior analysis monitors abnormal operations and automatically alerts or locks files.

Key management and secure storage

Using high-strength algorithms such as AES-256, keys are updated regularly and stored securely.

Supports two-factor authentication of key files.

FAQ

Decryption failed or garbled characters

Cause: Wrong key, algorithm mismatch, or file corruption.

Solution:

Confirm to use the same algorithm and key used for encryption.

Avoid using a text editor to modify encrypted files directly.

Developer GG said there are really no bugs this time~