7 results about "SMS gateway" patented technology

A system and method are disclosed for providing an interactive, AI-driven, text-based game via SMS and MMS. The system comprises an SMS Gateway, a Game Server, a Database, and a Generative AI model. The method involves receiving player inputs via SMS, dynamically generating game narratives using AI, and delivering these narratives back to the player via SMS / MMS, providing an engaging and accessible gaming experience on all types of mobile devices.

The invention provides an intelligent early warning method based on dynamic risk assessment, and belongs to the technical field of communication, and the method comprises the steps: setting initial parameters of each short message channel based on initial configuration, the initial parameters including channel tariff, initial weight, flow fluctuation peak value, flow fluctuation threshold value and channel scheduling threshold value; performing real-time monitoring and timing prediction on the running state of the short message gateway based on an AI large model to obtain dynamic risk assessment data; based on the dynamic risk assessment data, an intelligent response strategy is generated and executed, and the intelligent response strategy comprises adjustment of the initial weight, the flow fluctuation peak value, the flow fluctuation threshold value and the channel scheduling threshold value of each short message channel; and regulating and controlling each short message channel based on the dynamic risk assessment and the intelligent response strategy. According to the method, self-evolution dynamic regulation and control of gateway parameters are realized through an AI evaluation result, weight distribution of each channel is optimized, and a'dynamic fault tolerance-intelligent matching 'deep collaborative closed-loop integrated short message gateway platform is formed.

This application provides a method, system, and electronic device for controlling downlink SMS messages based on intelligent agents. This can meet the personalized control needs of different senders for downlink SMS messages and the standardized control needs of regulatory platforms. The method includes: a personalized intelligent agent receiving a downlink SMS message sent by a corresponding sender, and obtaining a personalized detection result by performing personalized detection on the downlink SMS message; if the personalized detection result indicates that the personalized detection passed, the personalized intelligent agent sends the downlink SMS message to an industry SMS gateway, and the industry SMS gateway sends the downlink SMS message to a standardized intelligent agent; the standardized intelligent agent performs standardized detection on the downlink SMS message based on a traffic-driving knowledge base, a behavioral knowledge base, and a fraud-related knowledge base, and obtains a standardized detection result; if the standardized detection result indicates that the standardized detection passed, the standardized intelligent agent sends the downlink SMS message to the industry SMS gateway, so that the industry SMS gateway can issue the downlink SMS message.

This invention belongs to the field of gateway management, and particularly relates to an intelligent distribution management system and method for multi-channel SMS gateways. It includes a status acquisition module, a semantic parsing module, and a matching decision module. The status acquisition module receives receipt messages from M heterogeneous SMS gateways, locates the original status code field, and extracts key symbol strings containing return code values. The semantic parsing module, based on a gateway-corresponding mapping rule base, determines the logical distance between the return code value and the auxiliary symbol string, generating a standardized status semantic vector. The matching decision module matches the vector with a standard semantic template library and executes corresponding management actions based on the actual sending result type. This invention achieves unified parsing of heterogeneous gateway status codes, eliminating the need for hard-coding adaptation to new gateways, accurately triggering end-to-end management, and improving SMS delivery rate and system stability.

This application discloses a method and system for handling SMS message compression based on the SMPP protocol, relating to the field of mobile communication technology. The method includes: receiving an SMS sending request and extracting target SMS data; generating a unique hash value based on the target SMS data and performing atomic deduplication in a distributed key-value storage system; performing frequency limiting control in the distributed key-value storage system based on a time window counter for the target mobile phone number; if the current SMPP link is in a sendable state, sending the message directly; if it is in an unsendable state, storing the message in a buffer pool; when the SMPP link changes from an unsendable state to a sendable state, a controlled flushing process is triggered, retrieving messages from the buffer pool in sequence and sending them to the user; the controlled flushing process controls the message retrieval order and flushing rate, solving the problems of message compression, duplicate sending, and frequency control during communication between the mobile SMS gateway and the operator.

The application provides a short message gateway malicious traffic real-time detection and cleaning method and system, and relates to the technical field of mobile communication security, wherein the method comprises the following steps: collecting signaling plane and user plane data of short message traffic; analyzing short message text from the user plane data and generating abnormal feature data, and processing the signaling plane data to extract a signaling parameter set and construct a time sequence spectrum graph; inputting the time sequence spectrum graph into a convolutional neural network model for analysis, identifying a target abnormal mode, and generating a traffic detection result containing a threat level and a traffic source identifier; then, based on the abnormal feature data and the threat level information, a sequence recognition model is used to generate a malicious traffic judgment result; finally, a cleaning instruction is generated according to the judgment result and the traffic source identifier information to instruct the execution of a cleaning operation on the short message traffic at a corresponding network access location. The application improves the identification accuracy of malicious short message traffic and the timeliness of source cleaning.

This invention relates to the field of communication technology, and in particular to an industry-specific SMS sending and verification method for preventing spam messages. The method includes: an operator providing a template application platform and dedicated accounts to enterprises holding fixed industry SMS access numbers; after logging in, enterprises submit SMS template applications with variable content annotations; upon approval, they receive a two-digit template number, which, along with the access number, template number, and annotated content, is stored in the industry SMS gateway's storage medium; the enterprise constructs a receiving request using the target mobile number as the receiving address, appending the two-digit template number, the variable content annotations, and the sending end using the access number; the gateway receives the request, intercepts key information, retrieves the corresponding template, removes both curly braces and internal characters, and compares the results; if they match, the SMS is sent; otherwise, it is rejected and a content mismatch message is returned. This invention achieves source control of spam messages and strengthens compliance to improve governance efficiency through template approval and storage, standardized request verification, interception of violations, and code-based log storage.