Description: Authentication operations using a multi-factor derived key Source: classes/MFKDFDerivedKey/auth.js, line 1 Author: Vivek Nair (https://nair.me) <[email protected]> Copyright: Multifactor 2022 All Rights Reserved Authentication operations using a multi-factor derived key
Description: Cryptographic operations for a multi-factor derived key Source: classes/MFKDFDerivedKey/crypto.js, line 1 Author: Vivek Nair (https://nair.me) <[email protected]> Copyright: Multifactor 2022 All Rights Reserved Cryptographic operations for a multi-factor derived key
Description: Enveloped secret operations using a multi-factor derived key Source: classes/MFKDFDerivedKey/envelope.js, line 1 Author: Vivek Nair (https://nair.me) <[email protected]> Copyright: Multifactor 2022 All Rights Reserved Enveloped secret operations using a multi-factor derived key
Description: Class representing a multi-factor derived key Source: classes/MFKDFDerivedKey/index.js, line 1 Author: Vivek Nair (https://nair.me) <[email protected]> Copyright: Multifactor 2022 All Rights Reserved Class representing a multi-factor derived key
Description: Operations for persisting factors of a multi-factor derived key Source: classes/MFKDFDerivedKey/persistence.js, line 1 Author: Vivek Nair (https://nair.me) <[email protected]> Copyright: Multifactor 2022 All Rights Reserved Operations for persisting factors of a multi-factor derived key
Description: Operations for reconstituting a multi-factor derived key Source: classes/MFKDFDerivedKey/reconstitution.js, line 1 Author: Vivek Nair (https://nair.me) <[email protected]> Copyright: Multifactor 2022 All Rights Reserved Operations for reconstituting a multi-factor derived key
Description: Secure default configuration for multi-factor key derivation function (MFKDF) and MFKDF factor constructions Source: defaults.js, line 1 Author: Vivek Nair (https://nair.me) <[email protected]> Copyright: Multifactor 2022 All Rights Reserved Secure default configuration for multi-factor key derivation function (MFKDF) and MFKDF factor constructions
Description: Derive an HMAC-SHA1 challenge-response factor for multi-factor key derivation Source: derive/factors/hmacsha1.js, line 1 Author: Vivek Nair (https://nair.me) <[email protected]> Copyright: Multifactor 2022 All Rights Reserved Derive an HMAC-SHA1 challenge-response factor for multi-factor key derivation
Description: Derive HOTP factor for multi-factor key derivation Source: derive/factors/hotp.js, line 1 Author: Vivek Nair (https://nair.me) <[email protected]> Copyright: Multifactor 2022 All Rights Reserved Derive HOTP factor for multi-factor key derivation
Description: Derive Out-of-Band Authentication (OOBA) factor for multi-factor key derivation Source: derive/factors/ooba.js, line 1 Author: Vivek Nair (https://nair.me) <[email protected]> Copyright: Multifactor 2022 All Rights Reserved Derive Out-of-Band Authentication (OOBA) factor for multi-factor key derivation
Description: Derive password factor for multi-factor key derivation Source: derive/factors/password.js, line 1 Author: Vivek Nair (https://nair.me) <[email protected]> Copyright: Multifactor 2022 All Rights Reserved Derive password factor for multi-factor key derivation
Description: Use persisted factor for multi-factor key derivation Source: derive/factors/persisted.js, line 1 Author: Vivek Nair (https://nair.me) <[email protected]> Copyright: Multifactor 2022 All Rights Reserved Use persisted factor for multi-factor key derivation
Description: Derive question factor for multi-factor key derivation Source: derive/factors/question.js, line 1 Author: Vivek Nair (https://nair.me) <[email protected]> Copyright: Multifactor 2022 All Rights Reserved Derive question factor for multi-factor key derivation
Description: Derive key stacking factor for multi-factor key derivation Source: derive/factors/stack.js, line 1 Author: Vivek Nair (https://nair.me) <[email protected]> Copyright: Multifactor 2022 All Rights Reserved Derive key stacking factor for multi-factor key derivation
Description: Derive TOTP factor for multi-factor key derivation Source: derive/factors/totp.js, line 1 Author: Vivek Nair (https://nair.me) <[email protected]> Copyright: Multifactor 2022 All Rights Reserved Derive TOTP factor for multi-factor key derivation
Description: Derive UUID factor for multi-factor key derivation Source: derive/factors/uuid.js, line 1 Author: Vivek Nair (https://nair.me) <[email protected]> Copyright: Multifactor 2022 All Rights Reserved Derive UUID factor for multi-factor key derivation
Description: Derive a multi-factor derived key Source: derive/key.js, line 1 Author: Vivek Nair (https://nair.me) <[email protected]> Copyright: Multifactor 2022 All Rights Reserved Derive a multi-factor derived key
Description: Implements several key derivation functions (KDFs) that can underly the MFKDF Source: kdf.js, line 1 Author: Vivek Nair (https://nair.me) <[email protected]> Copyright: Multifactor 2021 All Rights Reserved Implements several key derivation functions (KDFs) that can underly the MFKDF
Description: Derive key from policy and given factors Source: policy/derive.js, line 1 Author: Vivek Nair (https://nair.me) <[email protected]> Copyright: Multifactor 2022 All Rights Reserved Derive key from policy and given factors
Description: Determine whether key can be derived from given factors Source: policy/evaluate.js, line 1 Author: Vivek Nair (https://nair.me) <[email protected]> Copyright: Multifactor 2022 All Rights Reserved Determine whether key can be derived from given factors
Description: Logical operators for MFKDF policy establishment Source: policy/logic.js, line 1 Author: Vivek Nair (https://nair.me) <[email protected]> Copyright: Multifactor 2022 All Rights Reserved Logical operators for MFKDF policy establishment
Description: Setup MFKDF key derivation policy Source: policy/setup.js, line 1 Author: Vivek Nair (https://nair.me) <[email protected]> Copyright: Multifactor 2022 All Rights Reserved Setup MFKDF key derivation policy
Description: Determine whether key can be derived from given factors Source: policy/validate.js, line 1 Author: Vivek Nair (https://nair.me) <[email protected]> Copyright: Multifactor 2022 All Rights Reserved Determine whether key can be derived from given factors
Description: Re-combine a secret from shares using various methods Source: secrets/combine.js, line 1 Author: Vivek Nair (https://nair.me) <[email protected]> Copyright: Multifactor 2022 All Rights Reserved Re-combine a secret from shares using various methods
Description: Recover original shares of a secret from shares using various methods Source: secrets/recover.js, line 1 Author: Vivek Nair (https://nair.me) <[email protected]> Copyright: Multifactor 2022 All Rights Reserved Recover original shares of a secret from shares using various methods
Description: Divide a secret into shares using various methods Source: secrets/share.js, line 1 Author: Vivek Nair (https://nair.me) <[email protected]> Copyright: Multifactor 2022 All Rights Reserved Divide a secret into shares using various methods
Description: Setup an HMAC-SHA1 challenge-response factor for multi-factor key derivation Source: setup/factors/hmacsha1.js, line 1 Author: Vivek Nair (https://nair.me) <[email protected]> Copyright: Multifactor 2022 All Rights Reserved Setup an HMAC-SHA1 challenge-response factor for multi-factor key derivation
Description: Setup an HOTP factor for multi-factor key derivation Source: setup/factors/hotp.js, line 1 Author: Vivek Nair (https://nair.me) <[email protected]> Copyright: Multifactor 2022 All Rights Reserved Setup an HOTP factor for multi-factor key derivation
Description: Setup an Out-of-Band Authentication (OOBA) factor for multi-factor key derivation Source: setup/factors/ooba.js, line 1 Author: Vivek Nair (https://nair.me) <[email protected]> Copyright: Multifactor 2022 All Rights Reserved Setup an Out-of-Band Authentication (OOBA) factor for multi-factor key derivation
Description: Setup password factor for multi-factor key derivation Source: setup/factors/password.js, line 1 Author: Vivek Nair (https://nair.me) <[email protected]> Copyright: Multifactor 2022 All Rights Reserved Setup password factor for multi-factor key derivation
Description: Setup question factor for multi-factor key derivation Source: setup/factors/question.js, line 1 Author: Vivek Nair (https://nair.me) <[email protected]> Copyright: Multifactor 2022 All Rights Reserved Setup question factor for multi-factor key derivation
Description: Setup key stacking factor for multi-factor key derivation Source: setup/factors/stack.js, line 1 Author: Vivek Nair (https://nair.me) <[email protected]> Copyright: Multifactor 2022 All Rights Reserved Setup key stacking factor for multi-factor key derivation
Description: Setup an TOTP factor for multi-factor key derivation Source: setup/factors/totp.js, line 1 Author: Vivek Nair (https://nair.me) <[email protected]> Copyright: Multifactor 2022 All Rights Reserved Setup an TOTP factor for multi-factor key derivation
Description: Setup UUID factor for multi-factor key derivation Source: setup/factors/uuid.js, line 1 Author: Vivek Nair (https://nair.me) <[email protected]> Copyright: Multifactor 2022 All Rights Reserved Setup UUID factor for multi-factor key derivation
Description: Validate and setup a KDF configuration for a multi-factor derived key Source: setup/kdf.js, line 1 Author: Vivek Nair (https://nair.me) <[email protected]> Copyright: Multifactor 2022 All Rights Reserved Validate and setup a KDF configuration for a multi-factor derived key
Description: Validate and setup a configuration for a multi-factor derived key Source: setup/key.js, line 1 Author: Vivek Nair (https://nair.me) <[email protected]> Copyright: Multifactor 2022 All Rights Reserved Validate and setup a configuration for a multi-factor derived key
Description: Pre-compute MFKDF factors for benchmarking or performance Source: stage.js, line 1 Author: Vivek Nair (https://nair.me) <[email protected]> Copyright: Multifactor 2022 All Rights Reserved Pre-compute MFKDF factors for benchmarking or performance