Encryption Architecture
TeraCryption uses cryptographic protection as the security foundation of its Enterprise File Security Platform. The architecture is designed to protect confidential files while allowing authorized users to continue working through familiar business applications and normal Windows workflows.
Rather than requiring users to manually create, exchange, rotate, or manage encryption keys, TeraCryption integrates these security functions into the platform. The result is file-level protection, controlled access, and transparent operation without turning employees into encryption or key-management operators.
1. How does TeraCryption protect enterprise files?
TeraCryption uses file-level cryptographic protection as the security foundation for confidential enterprise information. Each protected file uses unique one-time-use cryptographic material. Users do not create, exchange, rotate, or manually manage encryption keys. These security functions operate automatically as part of the TeraCryption platform, allowing authorized users to work with protected files through their normal business workflows. TeraCryption is therefore designed not simply to encrypt files, but to protect, control, share, and deliver confidential information while preserving the way people already work.
2. Does every protected file use unique cryptographic material?
Yes. TeraCryption uses unique one-time-use cryptographic material for each protected file. Users do not create, exchange, rotate, or manually manage encryption keys. This allows TeraCryption to provide file-level cryptographic protection while keeping key-management operations transparent to the user. The generation and internal handling of the cryptographic material are proprietary to TeraCryption.
3. How does TeraCryption handle encryption key management?
TeraCryption does not require users to operate a separate conventional enterprise Key Management System (KMS) or manually manage encryption keys. Instead, Automatic Key Management™ is integrated into the TeraCryption platform. The required security functions operate automatically, allowing authorized users to encrypt and decrypt protected files through their normal business workflows without creating, exchanging, rotating, or manually managing encryption keys. The internal mechanisms used to perform these automated security functions are proprietary to TeraCryption.
4. Why doesn't TeraCryption describe its architecture using conventional Master Key, KMS or HSM terminology?
TeraCryption was engineered around a different objective: to make strong file protection operational for enterprise users without requiring employees to become encryption or key-management operators. Rather than evaluating TeraCryption by whether it duplicates the Master Key, Key Management System (KMS), or Hardware Security Module (HSM) architecture used by other encryption products, organizations can evaluate TeraCryption by its security properties, access controls, and customer-verifiable behavior. The internal cryptographic mechanisms that support these capabilities are proprietary to TeraCryption.
5. How can an organization verify TeraCryption's encryption and security behavior?
Organizations do not have to rely solely on technical descriptions of TeraCryption’s architecture. Its security behavior can be directly evaluated and verified during a Proof of Concept (POC). Customers can encrypt and decrypt files, confirm that authorized users can access protected information, verify that unauthorized users cannot decrypt protected files, test file sharing and access revocation, and observe how protection is maintained when encrypted files are copied or moved. This allows an organization to evaluate TeraCryption based on observable and repeatable security behavior in its own working environment, without requiring disclosure of TeraCryption’s proprietary cryptographic implementation.