Salt mCode|商業線上App不用買-HotApp4Game

Salt mCode is a convenient mobile based 2FA “second factor” authentication mechanism completed using One Time passwords (OTP) that are displayed on the Android device.

Salt mCode provides a robust cryptographically based, PIN protected and standalone solution that does not require ongoing availability of the mobile network.

Salt mCode requires registeration. Please contact Salt Group for registration information.

Salt mCode features include:

- Operation and features akin to dedicated hardware One Time Password, Challenge Response and Signature devices, except on a mobile handset

- Full OATH OTP support available

- Issuer configurable profiles including PIN length, PIN retry thresholds, weak PINs, token display timeouts, OTP and Response lengths, language support, issuer branding

- Re-deployable in the field, anywhere in the world

- Full browser independence

- Familiar user interface

Application areas:

- Access to Internet based banking and finance and government services

- Transaction authentication through the use of Challenge-Response or Signature modes

- VPN and WiFi network access control

- IVR application access control

Many organisations that are seeking to improve the assurance level of user authentication for online services are electing to utilise two factor authentication mechanisms whereby a user will have an independent hardware authentication token with the following characteristics:

- PIN protected access to the token and associated authentication service

- Authentication is completed using a One Time Password (OTP) that is displayed on the Token and then submitted through an Internet or IVR system to the organisation’s online site and validated via a standards based interface to an authentication service

- The OTP is algorithmically based with robust protection of the cryptographic keys within the Token

- The OTP verification service is robust and network connectable and provides for cross-authentication of the service with requesting application or network systems