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LDAP multi-factor authentication (MFA) provides an additional verification method to secure critical network resources against unauthorized access. LDAP, OpenLDAP, and Windows Server log in to accounts that are password-dependent and represent a target for phishing, brute force, and credential theft. With the LDAP MFA or LDAP two-factor authenticator (2FA) procedure, security is assured for servers, applications, and data through effective prevention of unauthorized access.
miniOrange LDAP multi-factor authentication integrates smoothly with existing installations of LDAP (including, among others, Microsoft Entra ID) to enforce high levels of MFA LDAP authentication without interference with the normal workflow. These additional layers of protection prevent breaches based on authentication without impacting efficiency and assist compliance with law and regulation requirements, making MFA for LDAP a security obligation on present-day workloads and users
Add MFA to your existing LDAP without any extra work, direct integration and no downtime.
Support for TOTP, push notifications, biometrics and hardware tokens for all possible security goals.
Manage users and analyze the MFA activity from an easy to use dashboard along with detailed reports.
Apply dynamic MFA policies based on user office, location and device risks.
With a press of a single button, you can immediately allow or deny verified access attempts on your mobile device. This fast, user-friendly verification method is the education's best protection against phishing.
"Time-Touched" OTPs, texts, e-mails, and applications such as Google Authenticator, Microsoft Authenticator or miniOrange authenticator are sent. This generates a dynamic code providing a second factor of authentication which modifies for each entry.
Fingerprints, facial recognition and Windows Hello can authenticate speedily and securely without passwords. The biometric technology insures proper protection without fatiguing the user experience if properly employed.
Authenticate with physical USB tokens like YubiKey, FIDO2, or miniOrange-supported third-party devices. These provide robust, phishing-proof security for sensitive accounts.
Authenticate by clicking approval links sent via email or SMS for seamless, secure verification without typing codes.
Answer personalized knowledge-based questions only you know as an additional authentication step. This method strengthens identity verification without extra devices.
Multi-factor authentication for LDAP adds an extra layer of security to the normal LDAP authentication process.
miniOrange LDAP MFA provides the benefits of enhancing Security, improving Compliance and Policies
as well as working smoothly into existing system architectures.
Provides users with an additional authentication level beyond passwords that is easily possible with MFA. It drops illegal access attempts to your systems and data leakages due to additional security layers.
Ability to have very specific MFA policies based on User Roles and User Access levels in the organization, thereby allowing enhanced security measures to be applied as is fitting by circumstance.
Designed to be compliant with regulations and standards such, including not exclusively, HIPAA and GDRP, by enabling secure authentication methods which eliminates the threat of damaging fines resulting from data breaches.
Will support existing LDAP infrastructures, legacy applications, and not require any code changes thus seamlessly working with existing systems while creating inevitable system stability and security enhancement.
Designed to accommodate all forms of multi-factor authentication, including: OTP, push, biometrics, and more, catering to diverse preferences in users and their security requirements.
Able to easily assimilate into current LDAP systems, active directory, and hardware network devices such as VPN's and firewalls. This enables uniform login security between on-premises and networked cloud servers.
You can configure to verify user login and password against Active Directory during the first step of MFA for Remote Desktop Services logins . RD Gateway and RD Web can similarly use Active Directory as the Identity Provider along with the miniOrange MFA solution.
miniOrange adds an extra layer of security by adding Multi-Factor Authentication (MFA) for Network Devices including VPN, Firewall, Switches, Routers, etc. Any LDAP directory can be configured with the miniOrange MFA solution to provide authentication services to any network device.
To protect your cloud applications, miniOrange provides flexible Single Sign-On (SSO) and supports multiple protocols like SAML, OAuth & JWT and if your system doesn’t support any protocols, we will provide you custom connectors.
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
Make sure your LDAP supports MFA plugins (not all have this capability). Then look at using Duo or miniOrange as a solution and follow the adequate installation guide. Once installed, test it on a dummy account and make sure that it is compatible with legacy systems you have. Train your users once ready to be released on how to use this system. Finally recheck the installation to confirm security is up as expected.
MFA uses two or more authentication methods, while 2FA uses exactly two—typically a password plus a verification code. While both methods provide better login security, MFA offers greater and reliable protection and is more flexible.
Not exactly. Active Directory uses LDAP but may also integrate with other protocols, so its MFA setup can differ. LDAP MFA focuses purely on protecting LDAP-based authentications.
LDAP MFA blocks unauthorized access by adding identity verification layers beyond passwords, protecting against phishing, stolen credentials, and brute-force attacks.
Our solution supports OTPs, push notifications, hardware tokens, biometrics, and passkeys, allowing flexible deployment across web, VPN, and on-premise systems.
