Abstract: In some implementations, a user device may receive a text message and identify a keyword that relates to a future event. The user device may display, based on identifying the keyword, a first user interface that includes the text message and an option to set a reminder. The user device may receive a selection of the option and display a second user interface. The user device may receive a selection of a reminder type and automatically populate the reminder with text of the text message based on the selection of the reminder type. The user device may store the reminder and cause an action to be performed based on the reminder.

Abstract: A router device may receive a copy of a file. The router device may identify metadata associated with the copy of the file. The router device may process the metadata to identify a priority position in a first data structure associated with the router device. The router device may cause a copy of the file to be stored as a cached version of the file at the priority position in the first data structure. The router device may generate a copy of the cached version of the file. The router device may send the copy of the cached version of the file to a user device.

Abstract: A router device may receive, from a user device, a request for access to a file. The router device may determine that a cached version of the file is stored in a first data structure associated with the router device. The router device may communicate with a server device to determine whether the cached version of the file is current. The server device may be associated with a second data structure that stores a master version of the file. The router device may generate a copy of the cached version of the file based on communicating with the server device. The router device may send the copy of the cached version of the file to the user device.

Abstract: A network device receives first signaling from a first parent device that assigns a first task for completion by a first child, and includes a first task allotment designated by the parent for the first child's completion of the first task. The network device receives second signaling, from a first child device, indicating that the first child has completed the first task. The network device sends third signaling to the first parent device requesting approval of the completion of the first task, and receives, responsive to the third signaling, an indicator of an approval, or a rejection, from the first parent device. The network device initiates provision of the first task allotment to the first child based on receipt of the indicator of approval from the first parent device.

Abstract: In some implementations, a user device may receive a text message and identify a keyword that relates to a future event. The user device may display, based on identifying the keyword, a first user interface that includes the text message and an option to set a reminder. The user device may receive a selection of the option and display a second user interface. The user device may receive a selection of a reminder type and automatically populate the reminder with text of the text message based on the selection of the reminder type. The user device may store the reminder and cause an action to be performed based on the reminder.

Abstract: A router device may receive, from a user device, a request for access to a file. The router device may determine that a cached version of the file is stored in a first data structure associated with the router device. The router device may communicate with a server device to determine whether the cached version of the file is current. The server device may be associated with a second data structure that stores a master version of the file. The router device may generate a copy of the cached version of the file based on communicating with the server device. The router device may send the copy of the cached version of the file to the user device.

Abstract: A router device may receive a copy of a file. The router device may identify metadata associated with the copy of the file. The router device may process the metadata to identify a priority position in a first data structure associated with the router device. The router device may cause a copy of the file to be stored as a cached version of the file at the priority position in the first data structure. The router device may generate a copy of the cached version of the file. The router device may send the copy of the cached version of the file to a user device.

Abstract: A router device may receive a request for access to a file from a user device, wherein a master version of the file is stored in a data structure associated with a server device. The router device may generate, based on the request, a copy of a cached version of the file, wherein the cached version of the file is stored in a data structure associated with the router device. The router device may send the copy of the cached version of the file to the user device.

Abstract: A device establishes a wireless link with a user device via a network and selects a time period for a slow start state of the wireless link. The device enters the slow start state after selecting the time period and repeatedly provides a quantity of packets over consecutive time periods to the user device. The device determines a delivery rate for each time period, of the consecutive time periods, based on the quantity of packets provided each time period and determines a maximum delivery rate for the delivery rates of the consecutive time periods. The device determines that the wireless link is at a maximum capacity when a current delivery rate satisfies a threshold rate, based on the maximum delivery rate, after a threshold time period of the consecutive time periods and exits the slow start state based on the wireless link being at the maximum capacity.

Abstract: A router device may receive a request for access to a file from a user device, wherein a master version of the file is stored in a data structure associated with a server device. The router device may generate, based on the request, a copy of a cached version of the file, wherein the cached version of the file is stored in a data structure associated with the router device. The router device may send the copy of the cached version of the file to the user device.

Abstract: A risk assessment platform receives an indication of a first user authentication event associated with a user's attempt to access a first protected resource, and collects first user and device attributes associated with a first authentication process applied to the user and the user's device. The risk assessment platform receives an indication of a second user authentication event associated with the user's attempt to access a second protected resource, and collects second user and device attributes associated with a second authentication process applied to the user and the user's device. The risk assessment platform determines a level of risk of identity fraud associated with the user based on the first and second user and device attributes, and grants or denies the user access to the second protected resource based on the determined level of risk of identity fraud associated with the user.

Abstract: A device establishes a wireless link with a user device via a network and selects a time period for a slow start state of the wireless link. The device enters the slow start state after selecting the time period and repeatedly provides a quantity of packets over consecutive time periods to the user device. The device determines a delivery rate for each time period, of the consecutive time periods, based on the quantity of packets provided each time period and determines a maximum delivery rate for the delivery rates of the consecutive time periods. The device determines that the wireless link is at a maximum capacity when a current delivery rate satisfies a threshold rate, based on the maximum delivery rate, after a threshold time period of the consecutive time periods and exits the slow start state based on the wireless link being at the maximum capacity.

Abstract: A device may receive user information associated with a user and may generate a reputational profile based on the user information. The device may receive a request to provide a graphical representation associated with the reputational profile to another device associated with a service. The device may generate a reputational indicator based a subset of information, in the reputational profile, that is related to the service. The device may provide the graphical representation, including the reputational indicator, to the other device associated with the service.

Abstract: A risk assessment platform receives an indication of a first user authentication event associated with a user's attempt to access a first protected resource, and collects first user and device attributes associated with a first authentication process applied to the user and the user's device. The risk assessment platform receives an indication of a second user authentication event associated with the user's attempt to access a second protected resource, and collects second user and device attributes associated with a second authentication process applied to the user and the user's device. The risk assessment platform determines a level of risk of identity fraud associated with the user based on the first and second user and device attributes, and grants or denies the user access to the second protected resource based on the determined level of risk of identity fraud associated with the user.

Abstract: An exemplary method includes a subsidized access management system detecting a request provided by an access device associated with a user to access network content by way of a secure connection within a network provided by a network service provider, the network content associated with a content provider and maintained by a content provider system, determining that a data usage charge for access by the user to the network content by way of the secure connection within the network is subsidized by the content provider in accordance with a subsidized access arrangement between the content provider and the network service provider, and providing the user with subsidized access to the network content by way of the secure connection within the network in accordance with a rule set associated with the subsidized access arrangement. Corresponding methods and systems are also disclosed.

Abstract: Targeted audio advertisements may be inserted into IVR sessions. The audio advertisements may be targeted based on session data that includes information describing an ongoing IVR session of a user of a mobile device and demographic information of the user. The audio advertisements may include prompts to solicit information from the user during the ongoing IVR session. The targeted audio advertisements may be played, to the user, during the ongoing IVR session.

Abstract: A network device receives first signaling from a first parent device that assigns a first task for completion by a first child, and includes a first task allotment designated by the parent for the first child's completion of the first task. The network device receives second signaling, from a first child device, indicating that the first child has completed the first task. The network device sends third signaling to the first parent device requesting approval of the completion of the first task, and receives, responsive to the third signaling, an indicator of an approval, or a rejection, from the first parent device. The network device initiates provision of the first task allotment to the first child based on receipt of the indicator of approval from the first parent device.

Abstract: Techniques described herein may be used to enable a user to obtain services from multiple organizations in a seamless, automated, and efficient manner. A network device may cause a user device to automatically access a web service by, for example, downloading a mobile application or accessing a web page designed to provide the web service. The network device may automatically identify a second web service that is logically related to the first web service and offer the second web service to the user. If the user accepts the second web service, the network device may cause the user device to automatically access the second web service via a mobile application, a webpage, etc. Identification and authentication issues for accessing the first or second web services may be automatically resolved by network device based on the mobile device number (MDN) of the user device and/or other profile information.

Abstract: Network devices receive configuration settings for a portable data account with a service provider. The portable data account provides for mobile data over a broadband cellular network. The network devices receive, via a mobile device, user credentials, for a user, to activate a portable data service for the mobile device. The network devices determine that the user credentials correspond to the portable data account, the portable data account being different than a default account associated with the mobile device. The network devices map a temporary mobile directory number (MDN), which is associated with the portable data account, to a unique identifier for the mobile device, and enforce the configuration settings for a portable data session, associated with the temporary MDN, for the portable data account.

Abstract: A device may receive user information associated with a user and may generate a reputational profile based on the user information. The device may receive a request to provide a graphical representation associated with the reputational profile to another device associated with a service. The device may generate a reputational indicator based a subset of information, in the reputational profile, that is related to the service. The device may provide the graphical representation, including the reputational indicator, to the other device associated with the service.