Abstract: In an embodiment, a method for secure messaging integration with message apps includes identifying a trigger event within a default messaging channel established between a message aggregator and a messaging application executing at a client device. In response to the trigger event, the method sends to the client device over the default messaging channel, access data usable to access a secure channel established between the message aggregator and the client device. The access data is presented within the messaging application and communications over the secure channel are not visible to the default messaging channel.

Abstract: A camera module includes a lens barrel; a driver configured to move the lens barrel; and a housing in which the lens barrel is disposed, wherein the driver includes a wire layer configured to transmit an electrical signal; a driving circuit part electrically connected to the wire layer; a coil electrically connected to the wire layer; and a magnet electromagnetically coupled to the coil, and the wire layer is a stamped metal part integrally combined with the housing.

Abstract: Embodiments discussed herein refer to systems and methods for chatbot interactions. When chatbot derived interactions are detected, the system can prevent those interactions from being further processed. This can be performed by an analysis system operative to engage in a dialog with customers. The system can manage a dialog with a first customer and evaluate the dialog to determine whether any interactions or responses are associated with a chatbot or a human. Interactions or responses determined be associated with a chatbot are dropped and not permitted to be further processed by the analysis system.

Abstract: Content delivery optimization and recommendation is disclosed. A manner of delivering a content object to a mobile device may be determined at least in part by applying a behavior model associated with a user of the mobile device to attributes associated with the content object. The behavior model may be generated based at least in part on observed activities of the user. The content object is provided to the mobile device in the determined manner.

Abstract: An electrocatalyst includes a carbon substrate, metal oxide particles dispersed on the carbon substrate, and metal catalyst particles. The metal catalyst particles are metal substitutions in the metal oxide particles, or adsorbed on the metal oxide particles.

Abstract: Content delivery optimization and recommendation is disclosed. A manner of delivering a content object to a mobile device may be determined at least in part by applying a behavior model associated with a user of the mobile device to attributes associated with the content object. The behavior model may be generated based at least in part on observed activities of the user. The content object is provided to the mobile device in the determined manner.

Abstract: Techniques to manage mobile devices are disclosed. In various embodiments, a request to perform a management action with respect to a mobile device is received from a mobile device management (MDM) authority. A scope of authority of the MDM authority with respect to the mobile device is determined. The management action is caused to be performed with respect to the mobile device based at least in part on the determined scope of authority of the MDM authority with respect to the mobile device.

Abstract: Conversing across fragmented messaging services based on a discussion topic is disclosed. In an embodiment, a method includes receiving, via a first messaging channel and at a message aggregator, a first message from a first messaging service. The first message is sent by a first user. The method includes sending the first message to a second user via a second messaging channel, then receiving, via the second messaging channel and at the message aggregator, a second message. The second message is sent by the second user. In response to a request from the first user to continue a conversation via a second messaging service, the method opens a third messaging channel to the second messaging service. The third messaging channel is associated with an account of the first user on the second messaging service. The method includes sending the second message via the third messaging channel to the second user.

Abstract: In an embodiment, a method for secure messaging integration with message apps includes identifying a trigger event within a default messaging channel established between a message aggregator and a messaging application executing at a client device. In response to the trigger event, the method sends to the client device over the default messaging channel, access data usable to access a secure channel established between the message aggregator and the client device. The access data is presented within the messaging application and communications over the secure channel are not visible to the default messaging channel.

Abstract: Embodiments discussed herein refer to systems and methods for chatbot interactions. When chatbot derived interactions are detected, the system can prevent those interactions from being further processed. This can be performed by an analysis system operative to engage in a dialog with customers. The system can manage a dialog with a first customer and evaluate the dialog to determine whether any interactions or responses are associated with a chatbot or a human. Interactions or responses determined be associated with a chatbot are dropped and not permitted to be further processed by the analysis system.

Abstract: An electrocatalyst includes a carbon substrate, metal oxide particles dispersed on the carbon substrate, and metal catalyst particles. The metal catalyst particles are metal substitutions in the metal oxide particles, or adsorbed on the metal oxide particles.

Abstract: Conversing across fragmented messaging services based on a discussion topic is disclosed. In an embodiment, a method includes receiving, via a first messaging channel and at a message aggregator, a first message from a first messaging service. The first message is sent by a first user. The method includes sending the first message to a second user via a second messaging channel, then receiving, via the second messaging channel and at the message aggregator, a second message. The second message is sent by the second user. In response to a request from the first user to continue a conversation via a second messaging service, the method opens a third messaging channel to the second messaging service. The third messaging channel is associated with an account of the first user on the second messaging service. The method includes sending the second message via the third messaging channel to the second user.

Abstract: Techniques to manage applications, such as mobile apps, across multiple management domains are disclosed. In various embodiments, a set of one or more application management policies to be enforced with respect to a mobile device is received from a management entity to which a scope of authority to manage applications with respect to the mobile device has been delegated. A management agent on the mobile device is used to enforce the one or more application management policies with respect to applications and application data that are within the scope of authority delegated to the management entity.

Abstract: Techniques to establish a communication system between an administrative node, such as a remote help desk, and an instance of a managed mobile app running on a mobile device are disclosed. In various embodiments, an indication is received to establish a help desk session associated with a mobile device. A help desk library embedded in mobile app code comprising a managed mobile app installed on the mobile device is used to provide the help desk session. The help desk library is configured to provide in real time to a help desk system external to the mobile device mobile app data associated with the managed mobile app while the managed mobile app is running on the mobile device.

Abstract: A mobile device traffic splicer is disclosed. In various embodiments, a network communication associated with a destination is received from a mobile device. A stored routing data associated with the mobile device is used to determine, based at least in part on the destination, to redirect the network communication to a proxy associated with the destination. The network communication is sent to the proxy associated with the destination. In various embodiments, one or both of metering network traffic by destination and/or domain and filtering network communications and/or portions thereof based on the destination and/or domain may be performed.

Abstract: Techniques of the present disclosure register a device to a mobile device management (MDM) network to enable access of the MDM network. In some embodiments, a registration service receives a request to register a device as a device managed by an enterprise associated with the registration service. In response, the registration service sends a response redirecting the device to authenticate via an authentication service, where the device is configured via an authentication profile to authenticate via the authentication service. The device sends a token issued by the authentication service of the enterprise. The registration service provides access to the registration service based the received token, including by allowing the registration service to be used to register the device as a device managed at least in part by the enterprise. The present techniques improve security of communications by registering a device without requiring input of sensitive authentication information.

Abstract: Techniques to manage mobile devices are disclosed. In various embodiments, a request to perform a management action with respect to a mobile device is received from a mobile device management (MDM) authority. A scope of authority of the MDM authority with respect to the mobile device is determined. The management action is caused to be performed with respect to the mobile device based at least in part on the determined scope of authority of the MDM authority with respect to the mobile device.

Abstract: Location, time, and other contextual mobile application policies are disclosed. Access state information associated with a managed set of applications may be determined based at least in part on environmental context data associated with a mobile device and one or more contextual policies associated with the managed set of applications. The access state information may be provided to at least one application included in the managed set of applications, wherein at least one application in the managed set of applications is configured to use the access state information to regulate use of the application in a manner required by the one or more contextual policies.

Abstract: Techniques to manage mobile devices are disclosed. In various embodiments, a request to perform a management action with respect to a mobile device is received from a mobile device management (MDM) authority. A scope of authority of the MDM authority with respect to the mobile device is determined. The management action is caused to be performed with respect to the mobile device based at least in part on the determined scope of authority of the MDM authority with respect to the mobile device.

Abstract: Conversing across fragmented messaging services based on a discussion topic is disclosed. In an embodiment, a method includes receiving, via a first messaging channel and at a message aggregator, a first message from a first messaging service. The first message is sent by a first user. The method includes sending the first message to a second user via a second messaging channel, then receiving, via the second messaging channel and at the message aggregator, a second message. The second message is sent by the second user. In response to a request from the first user to continue a conversation via a second messaging service, the method opens a third messaging channel to the second messaging service. The third messaging channel is associated with an account of the first user on the second messaging service. The method includes sending the second message via the third messaging channel to the second user.