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Passwordless authentication is a modern security approach that eliminates the need for traditional passwords. Instead of relying on passwords, users can authenticate using biometrics, security keys, or one-time passcodes, making the login process more secure and user-friendly.
Passwordless authentication solutions leverage various technologies to verify a user's identity without requiring a password. Here’s a brief overview of how miniOrange passwordless authentication works:
The user registers their device (e.g., smartphone) or sets up biometric data with miniOrange.
When logging in, the user selects passwordless authentication.
miniOrange sends a verification method based on the user's setup, such as:
miniOrange verifies the authentication response.
If the response is valid, miniOrange grants access; otherwise, access is denied.
Identity solutions from miniOrange can be easily deployed in your organization's existing environment.
Authentication is done via a TOTP code generated on Authenticator apps (Google/Microsoft/Authy) or through a push notification via miniOrange Authenticator.
Using their existing social media account (Facebook, Instagram, etc.) credentials, users can seamlessly login and gain access.
Users enter their email into the login box instead of using their password. They will receive an email with a login link or Magic link to access the account.
Using FIDO2 security keys, users can easily authenticate via passwordless login. FIDO2 is a more secure passwordless login method.
Individuals’ physical attributes, such as fingerprints and retina scans, are studied and saved in a database, and the same data is confirmed during user authentication.
The end-user will receive a one-time code via SMS/Email. After entering this code, the user will be authenticated in the application.
Users can authenticate quickly and easily without remembering complex passwords.
Minimizes the need for password resets and support.
Meets regulatory requirements and industry standards.
Protect all Active Directory logins with MFA Security. Prevent unauthorized access to all servers by enabling MFA.
Secure your Windows RDP logons, RD Gateway & SSH logins with Multi-Factor Authentication.
Enable MFA on your VPN connections Like Fortinet, Cisco, SonicWall, PaloAlto, etc.
Prevent unauthorized access to OWA (Outlook on the Web) & RD Web connections.
Enable SSO/MFA for all Office 365 apps on the cloud (Supporting SAML, OAuth, JWT, etc.)
Secure your Virtual Desktop Infrastructure (VDI) (like Citrix, VMWare, etc.) with MFA solution.
I can't speak highly enough regarding miniOrange, I am totally satisfied with the process and results in every regard.
5.0
Awesome tech service, Awesome product. Overall Awesome people. This solution is very simple and easy to implement
5.0
Strong, multifactor authentication is at the core of the zero-trust framework, and passwordless authentication is a sort of evolution of MFA and single sign-on.
Passkeys are a modern, secure method of passwordless authentication designed to replace traditional passwords and make user authentication more secure and user-friendly. They are a part of an effort by major tech companies like Apple, Google, and Microsoft to move towards a more secure, passwordless future.
Passwordless authentication provides secure access using a single factor (e.g., biometrics or a magic link), while MFA requires two or more factors, combining elements like passwords, codes, and biometrics for added security.
Yes, passwordless MFA can be NIST compliant if it meets NIST guidelines for authentication, such as using strong cryptographic methods and secure channels for communication.
While no system is completely immune to attacks, passwordless accounts are much harder to compromise. The security of passwordless authentication depends on the method used. For instance, biometrics and TOTPs (Time-Based One-Time Passwords) provide high levels of security.
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