14 results about "Mobile message" patented technology

Apparatuses, methods, and systems for assigning mobile message recipients to templates of a mobile message. One method includes generating at least a first template of the mobile message and a second template of the mobile message, each of the first template and the second template having at least a different content or a different send time, determining information associated with the mobile message, identifying and sending guidance for a marketing manager based on the information associated with the mobile message, receiving user-selected configurations from the marketing manager in response to the guidance, and assigning a first group of mobile message recipients to the first template of the mobile message and a second respective group of mobile message recipients to the second template of the mobile message, wherein the assigning is based on the information associated with the mobile message and the user-selected configurations received from the marketing manager.

This invention is a system and method for verifying a sender of messages on a mobile network. Software on a cloud messaging service generates a public / private key pair. The private key is securely retained in a cloud wallet service and is accessible to a messaging cloud service (the trusted sender). The public key is shared with a subscriber device that receives messages from the messaging cloud service. The cloud messaging service receives an inbound message for the subscriber device from a trusted enterprise application via a secure connection. The cloud messaging service signs a special header to the message with its private key. When the message is received by the subscriber device, the public key resident on the device verifies the message header signed with the public key of the cloud messaging service thereby verifying the sender.

The present disclosure provides a method and device for mobile message security verification of a near-space platform, which can be applied to the field of data processing. The method includes: obtaining spatial state messages of multiple verification points and mobile messages of the near-space platform, where the mobile messages are sent by the near-space platform to the verification points; processing the multiple spatial state messages and mobile messages using a time difference algorithm to obtain time difference information of the mobile messages received between each benchmark verification point and a reference verification point; processing the multiple spatial state messages and mobile messages using an arrival angle algorithm to obtain arrival angle information of the mobile messages received at each verification point; processing the multiple spatial state messages and mobile messages using a frequency difference algorithm to obtain signal frequency difference information of the mobile messages received between each benchmark verification point and the reference verification point; processing the time difference information, signal frequency difference information, and arrival angle information according to an objective function to obtain a security verification result associated with the mobile message.

Apparatuses, methods, and systems for assigning mobile message recipients to templates of a mobile message. One method includes generating at least a first template of the mobile message and a second template of the mobile message, each of the first template and the second template having at least a different content or a different send time, determining information associated with the mobile message, identifying and sending guidance for a marketing manager based on the information associated with the mobile message, receiving user-selected configurations from the marketing manager in response to the guidance, and assigning a first group of mobile message recipients to the first template of the mobile message and a second respective group of mobile message recipients to the second template of the mobile message, wherein the assigning is based on the information associated with the mobile message and the user-selected configurations received from the marketing manager.

A method for controlling mask alignment of a lithography machine is provided, comprising: receiving an alignment message into a message queue when a state machine is in an initial idle state; receiving a movement message of an electrical device used to control mask alignment of the lithography machine into the message queue when the state machine is in a system alignment state; ejecting the movement message of the electrical device used to control mask alignment of the lithography machine from the message queue to drive the state machine to control the movement of the electrical device; and receiving a movement notification message of the electrical device into position into the message queue, and ejecting the movement notification message of the electrical device from the message queue to drive the state machine to perform mask alignment operations of the lithography machine. In this way, the alignment process can be interrupted and resumed in real time, and electrical devices can be controlled asynchronously and concurrently.

The embodiment of the invention provides an input processing method and device, electronic equipment and a storage medium, the method is applied to a compatible layer, and the method comprises the steps that in the process that a target input window of a target Windows application program running in the compatible layer receives a text input operation, a target message is monitored in real time; the target message comprises any one of the following messages: a mouse moving message, a mouse clicking message and a window obtaining input focus message; when the target message is monitored, acquiring a first coordinate of a current input position under a screen coordinate system of the compatible layer, and converting the first coordinate into a second coordinate under a client area coordinate system of a target input window; and converting the second coordinate into a third coordinate under the X11 top window coordinate system, and updating the input position attribute of the input context corresponding to the target input window into the third coordinate. According to the method, the position of the input method candidate box and the actual position of the input cursor can be synchronized in real time, and the input efficiency is improved.

The invention provides an application virtualization window smooth dragging method, a client side and a server side, and the method comprises the steps that the client side establishes channel connection with the server side, and a virtualized application under an operating system of the server side is started; receiving a mobile message of the application sent by the server, wherein the mobile message is used for indicating an application window of the client to move; moving an application window to a target position in real time, and synchronizing information of the application window to the server; and receiving the final position of the application window notified by the server, carrying out on-screen processing, and redrawing and refreshing a target window. The application of the remote service desktop can be started at the client, it is guaranteed that no residue exists in the moving process of the application window, and the user experience same as that of an original desktop is achieved.

A method for managing a messaging system for receiving at a messaging server a message addressed, storing the message, transmitting a notification of the presence of the message at the messaging server, receiving a request to retrieve the message, validating the first mobile messaging client device, transmitting the message and a message attribute from the messaging server to the first mobile messaging client device, and receiving at the messaging server from the first mobile messaging client device a message management notification generated by the first mobile messaging client device in connection with managing the message in accordance with the message attribute at the first mobile messaging client device.

A method for delivering a personalised rich media message is provided. The method comprises generating, via a server, a pre-authenticated shortened link including a long URL and a recipient mobile number. The server incorporates this link into a rich media message with a redeemable component, which is then transmitted via a mobile messaging platform to a recipient's device. Upon activation of the link by the recipient, a connection request to the long URL is initiated. The server verifies the request by comparing device details with stored metadata and / or expected characteristics associated with the pre- authenticated link. If discrepancies are found, additional security measures are triggered or the request is blocked; if a match is confirmed, the device is redirected to the long URL, enabling access to the redeemable component.

The invention discloses a unified sending method and system for multiple types of mobile messages, and relates to the technical field of artificial intelligence, and the method comprises the steps: responding to a message sending request, and obtaining the multiple types of mobile messages; inputting the multi-type mobile messages into a pre-trained message intelligent pushing iteration model, and outputting a final pushing combination; and packaging a response message of the message sending request based on the final push combination. The problem that an optimal push strategy cannot be generated for multiple types of mobile messages in the prior art is solved.

A gateway node detects loading of a unit load device (ULD) into a vehicle by fusing sensed information. The gateway node, physically coupled to a loading platform of a loader, determines its location and a vehicle identifier (ID) of the vehicle based on the location. The gateway node detects an increase in elevation of the loading platform and receives a movement message containing a unique ID of a tape node attached to the ULD. The gateway node determines that the ULD is being loaded into the vehicle based on the vehicle ID, the detected increase in elevation of the loading platform, and an association of the unique ID with the ULD.

A system and method for transmitting and receiving communications via an application running on a communication device is described. The system equips a user with tools configured to facilitate the editing of transmitted messages, the transmission of messages at a user-selected time, messages configured to automatically expire at a user-specified time after the recipient has opened the messages, and messages and social media posts screened for black-listed alert words. Blip messages are designed to leave no trace of their transmission or reception, and preferably expire after the sender-defined view time has passed. The system is envisioned for use across multiple platforms including social media and internet messaging, and is not limited to the mobile messaging market.

This invention relates to an information security protection system for a power business environment management and control system, comprising an external network unit, a DMZ zone, a security zone, and an internal information network. The external network unit is connected to the DMZ zone via a secure access platform and to the security zone via a firewall. The security zone is connected to the internal information network via isolation equipment. The DMZ zone includes a front-end access service module, a mobile message push service module, and an instant messaging service module. The external network unit includes external users and internal users. The security zone includes a back-end access service module, a basic service module, a platform service module, and an application service module. The internal information network includes a platform database, a marketing database, a data acquisition module, a data middleware platform, and an operation service module. This invention effectively improves the information security protection level of the power business environment management and control system, ensuring reliable system operation and data security.

A system and method for transmitting and receiving communications via an application running on a communication device is described. The system equips a user with tools configured to facilitate the editing of transmitted messages, the transmission of messages at a user-selected time, messages configured to automatically expire at a user-specified time after the recipient has opened the messages, and messages and social media posts screened for black-listed alert words. Blip messages are designed to leave no trace of their transmission or reception, and preferably expire after the sender-defined view time has passed. The system is envisioned for use across multiple platforms including social media and internet messaging, and is not limited to the mobile messaging market.