This may be desired if you are using SSO Cloud which utilizes a 3rd party identity provider. Keeper Business customers can optionally enforce the use of Two-Factor Authentication and supported 2FA methods via the Keeper Admin Console's role enforcement functionality.Īccount recovery can be disabled by the customer in the role policy section of the Admin Console. To activate Two-Factor Authentication, visit the Settings screen of the Keeper Web App, Desktop App or mobile application. Each time a user deactivates, then reactivates Two-Factor Authentication, a new secret key is generated.
#MGUARD SECURE CLOUD START GUID CODE#
When using the Google Authenticator or TOTP application on your mobile device, the Keeper server internally generates a QR code containing your secret key, and it is never communicated to a third party. This code is valid for about a minute, and is sent to the user by SMS, Duo Security, RSA SecurID, TOTP application, Google Authenticator or Keeper DNA-compatible wearable devices. Keeper generates a 10-byte secret key using a cryptographically secure random number generator. To do this, we generate TOTPs (Time-based One-Time Passwords).
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Keeper uses something you know (your password) and something you have (the phone in your possession) to provide users extra security in the case where your Master Password or device is compromised. For more information on Two-Factor Authentication see this link. Two-Factor authentication is an approach to authentication requiring two or more of the three authentication factors: a knowledge factor, a possession factor, and an inherence factor. To protect against unauthorized access to a customer's account, Keeper also offers Two-Factor Authentication. Keeper supports the following TLS cipher suites: More information about Certificate Transparency can be found at. CT is currently supported in the latest versions of the Chrome web browser. CT helps guard against issuance of certificates by unauthorized entities. KSI also supports Certificate Transparency (CT), a new initiative by Google to create a publicly auditable record of certificates signed by certificate authorities. SHA2 helps protect against the issuance of counterfeit certificates that could be used by an attacker to impersonate a website. SHA2 is significantly more secure than the more widely used SHA1, which could be exploited due to mathematical weakness identified in the algorithm. KSI deploys TLS certificates signed by Digicert using the SHA2 algorithm, the most secure signature algorithm currently offered by commercial certificate authorities. KSI supports 256-bit and 128-bit TLS to encrypt all data transport between the client application and KSI's cloud-based storage.
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