Secret Double Octopus VS Protectimus

Secret Double Octopus (SDO) is the most widely deployed workforce Passwordless MFA solution today. It offers the most non-disruptive and comprehensive way for enterprises to gain the benefits of truly secure authentication.

SDO is the only passwordless MFA provider that enables organizations to achieve passwordless benefits incrementally, with options that range from extending existing MFA solutions to desktops to implementing full end-to-end passwordless MFA across all use cases end users encounter.

SDO is FIDO-certified and makes access frictionless and passwordless secure for desktop end users, administrative users, remote workers and legacy app users.

Protectimus provides two-factor authentication solutions for securing enterprise and personal user accounts against unauthorized access. The Protectimus two-factor authentication solution is available as a cloud-based service or an on-premise platform, and it can be easily integrated into any infrastructure using an API, SDK, or ready-to-use integration components for Active Directory, ADFS, Winlogon, RDP, RADIUS, OWA, Roundcube, etc.

The company also offers both traditional and innovative one-time password delivery solutions: classic and programmable hardware tokens, as well as software one-time password delivery methods (2FA apps for Android and iOS, SMS authentication, and OTP delivery chatbots in messaging apps).

All the Protectimus two-factor authentication system’s components support the OATH (Initiative for Open Authentication) standards for ОТР authentication. The following algorithms are used to generate one-time passwords: HMAC, HOTP, TOTP, and OCRA.

Additional features of the Protectimus two-factor authentication solution that help to protect access to users accounts more efficiently include data signing (one-time passwords are generated according to the OCRA algorithm, using data from the user’s current operation as a variable), filtering by time of login and country from which access is requested, and user environment analysis.