Authentication operations using a multi-factor derived key

Cryptographic operations for a multi-factor derived key

Enveloped secret operations using a multi-factor derived key

Class representing a multi-factor derived key

Operations for persisting factors of a multi-factor derived key

Operations for reconstituting a multi-factor derived key

Secure default configuration for multi-factor key derivation function (MFKDF) and MFKDF factor constructions

Derive an HMAC-SHA1 challenge-response factor for multi-factor key derivation

Derive HOTP factor for multi-factor key derivation

Derive password factor for multi-factor key derivation

Use persisted factor for multi-factor key derivation

Derive key stacking factor for multi-factor key derivation

Derive TOTP factor for multi-factor key derivation

Derive UUID factor for multi-factor key derivation

Derive a multi-factor derived key

Implements several key derivation functions (KDFs) that can underly the MFKDF

Derive key from policy and given factors

Determine whether key can be derived from given factors

Logical operators for MFKDF policy establishment

Setup MFKDF key derivation policy

Determine whether key can be derived from given factors

Re-combine a secret from shares using various methods

Recover original shares of a secret from shares using various methods

Divide a secret into shares using various methods

Setup an HMAC-SHA1 challenge-response factor for multi-factor key derivation

Setup an HOTP factor for multi-factor key derivation

Setup password factor for multi-factor key derivation

Setup key stacking factor for multi-factor key derivation

Setup an TOTP factor for multi-factor key derivation

Setup UUID factor for multi-factor key derivation

Validate and setup a KDF configuration for a multi-factor derived key

Validate and setup a configuration for a multi-factor derived key