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×Rocket.Chat is an OAuth supported open source communication hub. Rocket.Chat helps organizations to have their own chat tool,media sharing, screen sharing, and video/audio calling support. Users of Rocket.Chat can customize its look and feel, choose their users, and securely manage data. Along with this,Users can set up Rocket.Chat on cloud or by hosting their own servers on-premises.Rocket.Chat’s long-term vision is to replace email with a real-time federated communications platform and offer services to enable businesses to be built using Rocket.Chat
OAuth (Open Authorization) is an open standard for token-based authentication and
authorization which is used to provide single sign-on (SSO).
OAuth doesn’t share password data but instead uses authorization tokens to prove an identity between
consumers and service providers. OAuth
is an authentication protocol that allows you to approve one application interacting with another on
your behalf without giving away your password.
Applications that support login using third party services generally prompt the user to authenticate
themselves by giving options like “Login With Facebook” or “Login With Google” etc.
thus, allowing the user to use their credentials to login with the third party service. In response,
the service sends the access token to the requesting application which proves the authenticity
of the user who is requesting access. The token is then used for making requests to resources
required by the end-user.OAuth is suitable for both browser and mobile applications and it is widely
used for customer application and API access. Baically, OAuth uses JSON to transfer messages between
applications & uses HTTP for requesting and receiving tokens.
miniOrange provides user authentication from external directories like ADFS, Microsoft Active Directory, Microsoft Entra ID, OpenLDAP, Google, AWS Cognito etc. It also provides user authentication with other IDPs like Shibboleth, PING, Okta, OneLogin, KeyCloak and many more.
Can't find your IDP ? Contact us on idpsupport@xecurify.com. We'll help you set it up in no time.





You can edit Application by using the following steps:

| Authorization Endpoint: | https://demo.miniorange.in/moas/idp/openidsso
(Note: Use this enpoint only if you want to use miniorange as oauth identity server.) https://demo.miniorange.in/moas/broker/login/oauth/19509 (Note: Use this enpoint only if you are configuring any Identity Provider in Identity Providers Menu and not using miniorange as IDP.) |
| Token Endpoint: | https://demo.miniorange.in/moas/rest/oauth/token |
| User Info Endpoint: | https://demo.miniorange.in/moas/rest/oauth/getuserinfo |
| Introspection Endpoint: | https://demo.miniorange.in/moas/rest/oauth/introspect |
| Revoke Endpoint: | https://demo.miniorange.in/moas/rest/oauth/revoke |
| OpenID Single Logout Endpoint: | https://demo.miniorange.in/moas/idp/oidc/logout?post_logout_redirect_uri=
|

| email : | View email address of the user |
| profile : | View profile attributes of the user account |
| openid : | Retrieve JWT token for OpenID Connect |
2.1: Setup AD as User Directory










Here's the list of the attributes and what it does when we enable it. You can enable/disable accordingly.
| Attribute | Description |
|---|---|
| Activate LDAP | All user authentications will be done with LDAP credentials if you Activate it |
| Fallback Authentication | If LDAP credentials fail then user will be authenticated through miniOrange |
| Enable administrator login | On enabling this, your miniOrange Administrator login authenticates using your LDAP server |
| Show IdP to users | If you enable this option, this IdP will be visible to users |
| Sync users in miniOrange | Users will be created in miniOrange after authentication with LDAP |
Attribute Name sent to SP = organization
Attribute Name from IDP = company









Set up AD as External Directory configuration is complete.
Note: Refer our guide to setup LDAP on windows server.
2.2: Setup miniOrange as a User Store
2.2.1 Create User in miniOrange





2.2.2 Bulk Upload Users in miniOrange via Uploading CSV File.



2.2.3 Self User Registration


(Go to Step 1 to get this data)

(Go to Step 1 to get this data)








IP Based Access Restriction allows administrators to control user access based on the source IP address of the login request. Administrators can configure trusted or restricted IP addresses and IP ranges and define the action to be taken when a user's IP address matches the configured criteria. During authentication, the user's IP address is evaluated against the configured policy and access is either Allowed, Denied or Challenged based on the selected configuration.



Device restriction lets admins control application access using device trust. You can use Agentless Device Restriction (browser-based fingerprinting) or Agent-Based Device Restriction (installed agent with risk scoring) depending on your security requirements.

Agentless Device Restriction

Agent-Based Device Restriction


The Risk Engine allows you to evaluate device trustworthiness by analyzing multiple device attributes and calculating a risk score. Based on this score, user access is allowed, challenged or denied during login and device registration.



In location restrictions, the admin configures a list of locations where they want to allow or deny end-user access based on the condition set by the admin. When a user tries to log in with Adaptive Access Policy enabled, their location attributes, such as latitude, longitude and country code, are verified against the location list configured by the admin. Based on this, the user will be either allowed, challenged or denied.


In time restriction, the admin configures a time zone with start and end times and users are either allowed, denied or challenged based on the condition in the policy. When an end-user tries to log in with Adaptive Access Policy enabled, their time zone-related attributes, such as time zone and current system time, are verified against the list configured by the admin. Based on the configuration, the user is either allowed, denied or challenged.




| Attribute | Description |
|---|---|
| Allow | Allow users to authenticate and use services if Adaptive Access Policy condition is true. |
| Deny | Deny user authentications and access to services if Adaptive Access Policy condition is true. |
| Challenge | Challenge users with one of the three methods mentioned below for verifying user authenticity. |
Challenge Type Options:
| Factors | Description |
|---|---|
| User Second Factor |
The user needs to authenticate using the second factor they have selected or been assigned, such as
|
| KBA | The system will ask the user for 2 of 3 questions they have configured in their Self-Service Console. Only after the correct answers to both questions will the user be allowed to proceed further. |
| OTP over Alternate Email | User will receive an OTP on the alternate email they have configured through the Self Service Console. Once the user provides the correct OTP, they are allowed to proceed further. |
This section handles the notifications and alerts related to Adaptive Authentication. It provides the following options:


| Option | Description |
|---|---|
| Users login from unknown IP addresses, devices or locations | Enabling this option allows you to login from unknown IP addresses or devices and even locations. |
| Challenge Completed and Device Registered | Enabling this option allows you to send an email alert when an end-user completes a challenge and registers a device. |
| Challenge Completed but Device Not Registered | Enabling this option allows you to send an email alert when an end-user completes a challenge but do not registers the device. |
| Challenge Failed | Enabling this option allows you to send an email alert when an end-user fails to complete the challenge. |


Review the configured policy conditions, behavior change actions, email alert settings and custom error messages before creating the adaptive authentication policy. This step provides a consolidated view of all configured settings, allowing you to verify the policy configuration and make any necessary changes before saving.


The most practical way to strengthen authentication is to require a second factor after the username/password stage. Since a password is something that a user knows, ensuring that the user also has something or using biometrics thwarts attackers that steal or gain access to passwords.
Traditional two-factor authentication solutions use hardware tokens (or "fobs") that users carry on their keychains. These tokens generate one-time passwords for the second stage of the login process. However, hardware tokens can cost up to $40 each. It takes time and effort to distribute them, tracks who has which one, and replace them when they break. They're easy to lose, hard to use, and users consistently report high levels of frustration with token-based systems.
miniOrange authentication service has 15+ authentication methods.
You can choose from any of the above authentication methods to augment your password based authentication. miniOrange authentication service works with all phone types, from landlines to smart-phone platforms. In the simplest case, users just answer a phone call and press a button to authenticate. miniOrange authentication service works internationally and has customers authenticating from many countries around the world.
miniOrange provides 24/7 support for all the Secure Identity Solutions. We ensure high quality support to meet your satisfaction.
Try Nowminiorange provides most affordable Secure Identity Solutions for all type of use cases and offers different packages based on customer's requirement.
Request A QuoteWe offer Secure Identity Solutions for Single Sign-On, Two Factor Authentication, Adaptive MFA, Provisioning, and much more. Please contact us at -
+1 978 658 9387 (US) , +91 97178 45846 (India) | info@xecurify.com