Abstract: System and method for generating RCS message templates using a graphical user interface (GUI) with concurrent representative display. Templates are generated based on inputs via an input region of the GUI. Inputs can include a template name, a template type, and message content, which can include text, images, video, interactive buttons or icons, and so forth. Inputs can be static or parameterized. A representative message based on the template is concurrently displayed in a display region of the GUI. Based on the inputs, the system generates RCS message templates, such as by compiling JSON code corresponding to the user inputs and the representative display. The templates can be used to generate and send finalized RCS messages, such as text messages, rich cards, and so forth, by invoking a generated template and providing data for any parameterized fields in the template.

Abstract: A user consent service that collects information on the type of data users have consented to sharing with different service providers (location information, account status, etc.), so that mobile network operators determine whether to approve or deny user information requests. The service receives information from service providers (e.g., websites, cloud services, mobile applications, and other network-accessible resources) which indicates that users have consented to the sharing of certain types of user data with those service providers. In response, the user consent service maintains records cataloging the consent received for the users, including what type of data that the users have consented to sharing with the different service providers (i.e., what pieces of data may or may not be shared with the different server providers). The service generates consent data for mobile network operators, from the records, so the mobile network operators can evaluate requests for user data.

Abstract: System and method for generating RCS message templates using a graphical user interface (GUI) with concurrent representative display. Templates are generated based on inputs via an input region of the GUI. Inputs can include a template name, a template type, and message content, which can include text, images, video, interactive buttons or icons, and so forth. Inputs can be static or parameterized. A representative message based on the template is concurrently displayed in a display region of the GUI. Based on the inputs, the system generates RCS message templates, such as by compiling JSON code corresponding to the user inputs and the representative display. The templates can be used to generate and send finalized RCS messages, such as text messages, rich cards, and so forth, by invoking a generated template and providing data for any parameterized fields in the template.

Abstract: A subscriber information authentication system that compares network-obtained and device-obtained information to verify that a device being used in connection with a user account is authenticated for that account. Certain subscriber information may be associated with the account during a registration process. In subsequent attempts to access the account, the registered subscriber information may be used in conjunction with information obtained from a telecommunication network and from a device to verify that the device is authorized. The information from the telecommunication network may be queried using Signaling System No. 7 (“SS7”) protocols. The device authorization may be performed, for example, to ensure that a device being used for device-based verification is the device a user purports it to be.

Abstract: A user authentication system that analyzes call forwarding information obtained from telecommunication networks, such as through the use of Signaling System No. 7 (“SS7”) protocols, to detect the possibility of fraud. In response to a request to access a network-accessible service, the system performs an initial authentication of provided user account credentials. The system then obtains a telecommunication subscriber identifier that is associated with the user account. Prior to performing additional device-based user authentication, the system obtains call forwarding information for the user. The obtained call forwarding information is then evaluated for potentially fraudulent call forwarding configurations. For example, call forwarding to certain call forwarding numbers, or the use of different call forwarding types, may be indicative of fraud intended to undermine further user authentication.

Abstract: A comprehensive authentication and identity system and method are disclosed. A central profile is created for a user which includes user information that can be passed back or otherwise utilized by websites (e.g. for registrations, logins, etc.) The user information may include the user's username, password, contact information, personal information, marketing preferences, financial information, etc. For website registrations, the user may provide a mobile communication number that is utilized to perform a type of mobile communication device verification process. As part of a website login, the user may provide identifiable information (e.g. a username) that is looked up by the system or website to determine a mobile communication number for the user, which is used for a verification process. If the verification process is completed successfully, the user may be logged into the website. For accessing the system directly, a user may go through a mobile communication device verification process.

Abstract: A frictionless multi-factor authentication system and method (“FMFA system”) that facilitates verification of the identity of a website user, registrant or applicant. The FMFA system reduces or removes the burden on the user by eliminating the additional manual second step traditionally required by two-factor authentication methods, and replacing the second step with an automated authentication step based on the location of a mobile device that is associated with the user. The FMFA system may be utilized for authenticating users to access sensitive data on online accounts, applications and websites, download files, perform online transactions, store information through websites or data stores, or the like. The FMFA system allows registration information obtained from a previously-registered user to authenticate the user on subsequent visits or logins to the website.

Abstract: A user authentication system that analyzes call forwarding information obtained from telecommunication networks, such as through the use of Signaling System No. 7 (“SS7”) protocols, to detect the possibility of fraud. In response to a request to access a network-accessible service, the system performs an initial authentication of provided user account credentials. The system then obtains a telecommunication subscriber identifier that is associated with the user account. Prior to performing additional device-based user authentication, the system obtains call forwarding information for the user. The obtained call forwarding information is then evaluated for potentially fraudulent call forwarding configurations. For example, call forwarding to certain call forwarding numbers, or the use of different call forwarding types, may be indicative of fraud intended to undermine further user authentication.

Abstract: A behavioral characteristics authentication system and method (“BCA system”) that facilitates authentication of the identity of a user, registrant, or applicant of a website, application, or other accessible computer resource using a verification process that incorporates behavioral characteristics. In operation, the BCA system compares a single user's behavior with their previous behavior, a user's behavior with behavior generally attributed to non-fraudulent behavior, or a user's behavior with behavior generally attributed to fraudulent behavior. The population of other users that a user's behavior is compared with may be selected to have similar demographic or other characteristics as the user. By analyzing various behavioral characteristics associated with legitimate or fraudulent multi-factor authentication attempts, the BCA system adds another layer of security to online transactions.

Abstract: A frictionless multi-factor authentication system and method (“FMFA system”) that facilitates verification of the identity of a website user, registrant or applicant. The FMFA system reduces or removes the burden on the user by eliminating the additional manual second step traditionally required by two-factor authentication methods, and replacing the second step with an automated authentication step based on the location of a mobile device that is associated with the user. The FMFA system may be utilized for authenticating users to access sensitive data on online accounts, applications and websites, download files, perform online transactions, store information through websites or data stores, or the like. The FMFA system allows registration information obtained from a previously-registered user to authenticate the user on subsequent visits or logins to the website.

Abstract: A comprehensive authentication and identity system and method are disclosed. A central profile is created for a user which includes user information that can be passed back or otherwise utilized by websites (e.g. for registrations, logins, etc.) The user information may include the user's username, password, contact information, personal information, marketing preferences, financial information, etc. For website registrations, the user may provide a mobile communication number that is utilized to perform a type of mobile communication device verification process. As part of a website login, the user may provide identifiable information (e.g. a username) that is looked up by the system or website to determine a mobile communication number for the user, which is used for a verification process. If the verification process is completed successfully, the user may be logged into the website. For accessing the system directly, a user may go through a mobile communication device verification process.

Abstract: A behavioral characteristics authentication system and method (“BCA system”) that facilitates authentication of the identity of a user, registrant, or applicant of a website, application, or other accessible computer resource using a verification process that incorporates behavioral characteristics. In operation, the BCA system compares a single user's behavior with their previous behavior, a user's behavior with behavior generally attributed to non-fraudulent behavior, or a user's behavior with behavior generally attributed to fraudulent behavior. The population of other users that a user's behavior is compared with may be selected to have similar demographic or other characteristics as the user. By analyzing various behavioral characteristics associated with legitimate or fraudulent multi-factor authentication attempts, the BCA system adds another layer of security to online transactions.

Abstract: A verification method and system are disclosed that verify a user. The user is provided a verification code via, for example, a website, to be communicated to the system via an application on a mobile communication device. If the correct verification code is communicated by the user, the user receives via the application a verification message containing another verification code, which the user submits to a website or on-line form or to another verification system for authentication.

Abstract: A service call between a service user and a call center for a service provider is established when the service user is contacted or calls into the call center of the service provider. The service provider may request basic account information for verification of the identity of the service user. If the service provider determines that a further verification of the user's identity is necessary, the service provider may send a verification code to the service user via the user communication device. The verification code is relayed back to the service provider. The transmitted verification code and the relayed verification code are compared and if the codes match, the user is authenticated.

Abstract: A service call between a service user and a call center for a service provider is established when the service user is contacted or calls into the call center of the service provider. The service provider may request basic account information for verification of the identity of the service user. If the service provider determines that a further verification of the user's identity is necessary, the service provider may send a verification code to the service user via the user communication device. The verification code is relayed back to the service provider. The transmitted verification code and the relayed verification code are compared and if the codes match, the user is authenticated.

Abstract: A frictionless multi-factor authentication system and method (“FMFA system”) that facilitates verification of the identity of a website user, registrant or applicant. The FMFA system reduces or removes the burden on the user by eliminating the additional manual second step traditionally required by two-factor authentication methods, and replacing the second step with an automated authentication step based on the location of a mobile device that is associated with the user. The FMFA system may be utilized for authenticating users to access sensitive data on online accounts, applications and websites, download files, perform online transactions, store information through websites or data stores, or the like. The FMFA system allows registration information obtained from a previously-registered user to authenticate the user on subsequent visits or logins to the website.

Abstract: A verification and notification system. The system receives information including a telephone number from a user during an attempt by the user to access a service. The telephone number is verified by establishing a short message service (SMS) connection with the user using the received telephone number, and receiving a submitted verification code entered by the user. The received information and verified telephone number are used to complete the registration process and enable the user to access the service. Upon the occurrence of a notification event, an indication of the occurrence of the notification event is transmitted to the verified telephone number. The system receives an acknowledgement of an action associated with the notification event from the user.

Abstract: A behavioral characteristics authentication system and method (“BCA system”) that facilitates authentication of the identity of a user, registrant, or applicant of a website, application, or other accessible computer resource using a verification process that incorporates behavioral characteristics. In operation, the BCA system compares a single user's behavior with their previous behavior, a user's behavior with behavior generally attributed to non-fraudulent behavior, or a user's behavior with behavior generally attributed to fraudulent behavior. The population of other users that a user's behavior is compared with may be selected to have similar demographic or other characteristics as the user. By analyzing various behavioral characteristics associated with legitimate or fraudulent multi-factor authentication attempts, the BCA system adds another layer of security to online transactions.

Abstract: A comprehensive authentication and identity system and method are disclosed. A central profile is created for a user which includes user information that can be passed back or otherwise utilized by websites (e.g. for registrations, logins, etc.) The user information may include the user's username, password, contact information, personal information, marketing preferences, financial information, etc. For website registrations, the user may provide a mobile communication number that is utilized to perform a type of mobile communication device verification process. As part of a website login, the user may provide identifiable information (e.g. a username) that is looked up by the system or website to determine a mobile communication number for the user, which is used for a verification process. If the verification process is completed successfully, the user may be logged into the website. For accessing the system directly, a user may go through a mobile communication device verification process.

Abstract: A registrant provides at least one registrant electronic contact, such as a telephone number, during a registration process. The registrant's information may be compared to a database of such information. The registrant is verified by establishing a connection with the registrant via the registrant contact. The verification code is communicated to the registrant, which is input into an on-line form. Notification events are established, and the registrant is notified of the occurrence of a previously established notification event by establishing a connection with the registrant via the registrant contact.