685 results about "MQTT" patented technology

The invention relates to a power edge cloud cooperative management method based on a swan OS, and the method comprises the following steps: S1, deploying intelligent edge nodes, setting an embedded AI acceleration unit, operating the swan OS on all the intelligent edge nodes, and achieving the seamless cooperation of equipment through the distributed characteristics of the swan OS; and S2, realizing self-organizing connection of edge devices by adopting a Mesh network technology, designing a direct communication path between the edge devices, and realizing rapid processing of local problems. S3, aiming at the real-time requirement of a power system, optimizing an MQTT / CoAP protocol stack, improving the efficiency and reliability of message transmission, and allocating special network resources for different types of power applications by utilizing the 5G network slice characteristics, S4, constructing a security architecture based on a zero-trust principle, enhancing the equipment access control and data transmission security, and S5, establishing a security architecture based on a zero-trust principle. And identity authentication and data integrity protection are performed by using a block chain technology, so that data tampering and counterfeiting are prevented. According to the method, the local distributed decision-making capability and the global cooperation capability are effectively improved.

The invention discloses a mold parameter adjustment method and system based on a multi-objective optimization algorithm, and relates to the technical field of mold manufacturing. The method comprises the following steps: calling a production database, carrying out production state division, and establishing a production state division result; executing process data acquisition, and synchronizing a process data acquisition result to a data processing center through an MQTT protocol; matching a process data acquisition result with a production state division result by using a data processing center, and constructing a real-time dynamic weight; updating the multi-objective evaluation function by using the real-time dynamic weight, and establishing a configuration optimization priority; adjusting and optimizing the mold parameters according to the multi-objective evaluation function and the optimizing priority, and optimizing the mold parameters based on an adjusting and optimizing result. The technical problems that in the prior art, the die production efficiency is low, and the quality is unstable are solved, the die parameters are adjusted through the multi-objective optimization algorithm and the real-time dynamic weight, and the technical effect of improving the die production efficiency and the manufacturing quality is achieved.

The invention belongs to the field of civil aviation, provides a civil aircraft field service operation scheduling control system, and aims to solve the problem of low cooperative efficiency of multiple links of ground service scheduling. File management is based on an Ali cloud OSS development interface, supports multi-format files, and realizes functions of permission access, encryption and the like; communication adopts an MQ / MQTT architecture to construct an IM system, and supports multi-type message transmission and http network communication; data processing packages a multi-language database interface, and internal and external network secure intercommunication is realized through a gatekeeper agent. Flight functions cover and guarantee node management and control, dynamic updating, cross-department communication, real-time flight data butt joint, task distribution of unified operation according to work types, and support of multi-terminal such as a web terminal and a handheld terminal and nailing access. Ground service multi-scene requirements can be met, and the operation efficiency and the management level are improved.

The invention discloses a lightweight MQTT protocol-based firmware upgrading method for a reconnected Internet of Things device in an off-network state, and relates to the technical field of Internet of Things. By collecting a device information set and a network information set, the reconnected Internet of Things device in the off-network state is upgraded based on the device information set and the network information set; constructing a dynamic block adjustment strategy for determining the size and downloading priority of the firmware blocks by using a self-adaptive algorithm; based on the equipment information set and the network information set, constructing an intelligent reconnection strategy for adjusting reconnection time by using a time sequence prediction model, and intelligently partitioning transmission firmware by using a dynamic block adjustment strategy so as to adjust the size and downloading sequence of transmission firmware blocks in real time; and an intelligent reconnection strategy is used to recover the connection when the network fluctuates and continue downloading, receiving and verifying the transmission firmware block, a verification information set is generated, and the integrity of the transmission firmware block is verified. And the continuity and the success rate of firmware upgrading are obviously improved.

The invention discloses an industrial communication protocol conversion system and conversion method. The method comprises the following steps: acquiring data of an industrial communication source protocol; protocol conversion: converting the source protocol data into target protocol data according to a sequence of protocol analysis, standardized modeling and protocol repackaging; according to protocol analysis, original data transmitted from different hardware interfaces are analyzed according to corresponding industrial protocols; the standardized modeling parses the data into a data model in a unified format; protocol repackaging: recoding the data model into a data frame conforming to a communication specification according to a target protocol rule; and data output: pushing the obtained target protocol data to a third-party server through an MQTT protocol or directly storing the target protocol data in a database for a third-party system to access. Through three core technologies of protocol analysis, unified data modeling and protocol packaging, lossless conversion among different industrial protocols is realized, and an efficient and reliable data communication infrastructure is provided for an industrial automation system.

The invention relates to the field of power equipment data processing, in particular to a multi-target dynamic optimization unit load intelligent distribution method, which adapts a micro-service cluster through a containerization protocol, adopts an OPC UA protocol and an MQTT protocol to respectively collect thermal power and new energy data at different frequencies, dynamically analyzes an IEC 61850 power grid instruction, converts and stores the IEC 61850 power grid instruction into a Kafka message queue, and sends the IEC 61850 power grid instruction to a network server. The problem of communication protocol heterogeneity is solved. Based on an IEEE 1588 protocol, sub-millisecond clock synchronization of edge nodes is realized, a cubic spline interpolation algorithm is adopted to align multi-frequency data, an interpolation window is dynamically adjusted in combination with a genetic algorithm, and a spatial-temporal characteristic matrix is generated and stored in a Redis database. And performing multi-objective optimization solution through an NSGA-II algorithm, and dynamically adjusting the weight of an objective function to adapt to the frequency modulation requirement of the power grid. A closed-loop feedback mechanism corrects model parameters through Kalman filtering, actual data are written back to a feature matrix, the robustness of the system is improved in combination with a hierarchical fault-tolerant strategy, the problem of space-time mismatch of data is effectively solved, and the economical efficiency and safety of load distribution are improved.

Systems and methods for Message Queuing Telemetry Transport (MQTT) for Out-of-Band (OOB) manageability in heterogeneous computing platforms. In some embodiments, an Information Handling System (IHS) may include a heterogeneous computing platform comprising a plurality of devices, and an OOB Microcontroller Unit (MCU), an Embedded Controller (EC), or a network device integrated into or coupled to the heterogeneous computing platform and distinct from any host processor of the heterogeneous computing platform, wherein the OOB MCU, EC, or network device is configured to: establish an OOB connection with a cloud service via a light communication protocol while every host processor of the heterogeneous computing platform is in a low-power state, and retrieve one or more OOB packets from the cloud service via the OOB connection.

A broker capability augmenting method, system, and computer program product for increasing a capability of a Message Queuing Telemetry Transfer (MQTT) broker in an Internet-of-Things (IoT) network including obtaining data from an IoT neighborhood to detect an IoT network topology over time, collecting data from IoT devices in the IoT neighborhood, defining an input parameter to a machine learning model, and training the machine learning model on the collected data and the input parameter.

The invention relates to the technical field of content transmission methods, in particular to a content transmission method based on a multi-modal streaming media fusion technology system, which comprises the following steps: S1, multi-source data acquisition and time-space alignment: adopting an IEEE 1588PTP protocol, deploying a hardware clock synchronization module at a camera, a microphone and IMU equipment, improving the timestamp precision to a mu s level, and performing time-space alignment on the camera, the microphone and the IMU equipment; carrying out sampling rate normalization on the sensor data; s2, feature level cross-modal fusion: extracting each modal feature by using a lightweight Transform model, executing cross-modal attention calculation in an edge server, and generating a fusion feature tensor Ffusion belonging to RN * D; the system content transmission method based on the multi-modal streaming media fusion technology solves the problems that a traditional multi-modal transmission system usually adopts a separated transmission architecture, video streams are transmitted through an RTMP protocol, audio streams are encoded through Opus and are transmitted through WebRTC, sensor data are sent through an MQTT protocol in a JSON format, ABR only adjusts the video code rate, and the transmission efficiency is low. And joint optimization of multi-modal data is not coordinated.

The invention discloses an MQTT message transmission optimization method and system. The method comprises the steps of analyzing a theme, extracting a device type, a data feature and a geographic position triple, calculating a hash value, and mapping a device to a specified Broker fragment cluster node to generate a fragment mapping table; processing the equipment data in the edge domain in the fragment mapping table through an edge calculation layer, removing invalid data according to a preset rule, merging the equipment data in the same fragment node, and embedding a fragment node ID for an aggregation message generated after merging; identifying a fragment node ID and routing to a target fragment node, positioning a corresponding shared memory pool, and writing the message into the shared memory pool; and responding to a direct access request of the client, so that the client directly accesses the data from the shared memory pool through the user mode network stack. According to the method, the problem of uneven load is effectively solved, multiple times of state switching in the data transmission process is avoided, and the MQTT message transmission efficiency is improved while the transmission cost is reduced.

The present invention discloses a method for transparent transmission of byte of Internet of Things based on H5JS local programming, fully explores the potential application characteristics of cloud Internet of Things MQTT combined with Nodemcu, and establishes a local operation mode of Html-JS program on a mobile terminal (referring to a mobile phone or a computer) with full-range byte transparent transmission as the basis of network communication. It is proposed that cloud Internet of Things MQTT supplements the direct WeChat and sound alarm functions, and provides a local execution of Internet of Things Html-JS general program, which not only greatly reduces the user programming links, avoids low-level repetition, but also provides programming examples. Because this mode is also particularly suitable for combining with a single-chip microcomputer, and MQTT is not required in a local area network. At the same time, it is also proposed that the Nodemcu program migrates to JS or realizes program minimization through reset, as well as high-speed timing sampling, and uses a single-chip microcomputer combined with ESP-12 to batch and centrally transmit data to a mobile terminal mode connected to wifi. Such a streamlined and complete Internet of Things, from local area network to wide area network, from computer mobile phone connection to single-chip microcomputer to send WeChat, adopts mainstream technology, and is very suitable for use as a unified textbook of Internet of Things for colleges and universities.

The invention discloses a multi-protocol hardware communication adaptation module based on an energy storage system and a configuration method, the module comprises a protocol template library, an intelligent mapping engine and a model generator, and the method comprises the following steps: storing structured protocol point location information through the protocol template library; an intelligent mapping engine is used for shielding the isomerism of Modbus, MQTT, IEC104 and other underlying protocols, and a unified data interface is provided; intelligent matching among different protocol terms is realized by adopting a natural language processing technology through a semantic level mapping unit; and finally, generating a target data model by a model generator through one key. The method effectively solves the problems that when the energy storage system integrates multi-manufacturer equipment, protocol configuration depends on manpower, efficiency is low, errors are prone to occurring, and expansibility is poor.

The invention discloses an inference task collaborative scheduling system and method oriented to multiple terminals of a swan gap. The inference task collaborative scheduling system comprises a communication module Broker, a system monitoring module SystemProfilter, a scheduling module Scheduler and an inference task execution module Worker. According to the method, a structured resource state vector is constructed based on an NDK native interface so as to comprehensively represent the real-time availability of equipment; a lightweight MQTT protocol is adopted to support low-overhead and high-robustness cross-terminal state synchronization and task distribution; a comprehensive load scoring mechanism fusing task priorities and dynamic weights is designed, a multi-objective optimization problem based on a non-dominated sorting genetic algorithm (NSGA-II) is introduced, task delay is minimized in a combined mode, terminal loads are balanced, and energy consumption is controlled; meanwhile, the execution time delay is efficiently estimated in combination with a proxy model based on linear regression, and the scheduling overhead caused by real reasoning and calling is avoided; the whole architecture is deeply adaptive to a swan-mong system, and is compatible with an Android platform through modular packaging and unified communication interface design, and efficient, self-adaptive and cross-platform collaborative scheduling oriented to a swan-mong multi-terminal reasoning task is realized for the first time.

The invention relates to the technical field of big data, in particular to a warehouse management analysis method and system based on big data and a medium, comprising heterogeneous data real-time acquisition, stream batch fusion processing, AI intelligent decision making, digital twinborn verification and hierarchical storage scheduling. Compared with the prior art in which a distributed data acquisition and delay batch processing scheme is adopted, which leads to serious data islands and lagging of decision basis, the scheme adopts an edge protocol conversion gateway and flow batch fusion processing architecture, uniformly accesses real-time data flow of industrial equipment through MQTT, captures service system changes in combination with DebeziumCDC, realizes millisecond data integration through Kafka, and realizes real-time data flow access through MQTT. Dynamic feature calculation and deep model training are synchronously completed by means of a Flink-Spark hybrid engine; the method has the advantages of total-factor real-time mapping and cross-domain data collaboration, gets through information barriers of an equipment layer, a business layer and an environment layer, and provides millisecond-level fresh global data views for storage decisions.

The invention relates to the technical field of online communication, in particular to a multi-network-type intercommunication online communication system which comprises a management information large area, when the system is used, resources in an intranet are mapped to an extranet through an Nginx proxy server, so that remote access of the resources is achieved, and the management information large area is expanded. Data forwarding and load balancing are carried out among different servers by using the Nginx proxy server, the efficiency and stability of data transmission are improved, data can be simultaneously sent and received between two network nodes by using an mqtt protocol, the efficiency and reliability of data interaction are improved, and the data transmission efficiency and reliability are improved. The method is beneficial to providing real-time message transmission and multi-terminal data sharing synchronization of applications such as communication exchange and file storage across two network types, is beneficial to solving the problem that a user cannot perform direct communication exchange and file transmission due to network boundary limitation, crosses regional limitation and time limitation, is beneficial to realizing flexible office, and is convenient to use. The production efficiency is improved.

This invention introduces a sophisticated system for deploying projects on cloud platforms, combining Unikernels, Cyber Security Mesh Architecture (CSMA), MQTT protocol with SHA256 encryption, an Unikernel Orchestration Rules Engine (UORE), generative AI, and an innovative caching mechanism. Unikernels offer a secure, isolated environment for applications, reducing overhead and boosting performance. CSMA provides extensive security through analytics, identity management, and policy enforcement. The MQTT protocol, secured with SHA256, ensures the integrity and confidentiality of communications. UORE automates deployment, integrating a TLS terminator and data management for streamlined operation. Generative AI proactively resolves deployment challenges, particularly for complex applications, while the caching mechanism enhances performance and efficiency by minimizing latency. This integrated approach automates and secures the deployment process, enabling scalable, efficient, and real-time project creation and deployment in the cloud, thereby addressing the key challenges of cloud application hosting.

The invention relates to the technical field of communication systems, and discloses an AC / AP (Access Point) centralized management system and method based on an MQTT protocol, and the system comprises a DHCP (Dynamic Host Configuration Protocol) server which is responsible for distributing an IP (Internet Protocol) address for a plurality of AP access points, and sending an MQTT server address of an AC access module to the AP access points according to a configured option field. And after acquiring the MQTT server address, the AP access point establishes connection with the MQTT proxy based on the MQTT protocol, and sends registration information to the AC access module to complete access registration. In addition, the AP access point further sends operation data to the AC access module according to a preset frequency. And the AC access module issues configuration and management instructions to the plurality of AP access points by using the MQTT proxy, and performs evaluation according to the operation data sent by the AP access points. And according to the evaluation result, the AC access module determines whether to adjust the access state of the AP access point. According to the invention, the automatic configuration and management of the AP access point are realized through the DHCP server and the MQTT protocol, so that the efficient performance and the real-time performance of the network are effectively ensured.

The invention provides an edge gateway computing power sharing method based on an MQTT protocol. An edge terminal sends a computing power request to an edge gateway through the MQTT protocol, wherein the computing power request comprises a computing task type identifier and a priority identifier; after receiving the computing power request, the edge gateway dynamically schedules heterogeneous computing resources of a built-in neural network processing unit (NPU) and a built-in central processing unit (CPU) according to a computing task type identifier and a priority identifier; and the edge gateway executes a corresponding calculation task by using the scheduled calculation resource, feeds back a processing result to the edge terminal initiating the request through an MQTT protocol, and synchronizes own calculation power state information.

The invention discloses a multi-protocol Internet of Things system and a multi-protocol Internet of Things soft gateway development method, belongs to the technical field of Internet of Things equipment management, and aims to solve the technical problem of compatibility of different communication protocol equipment accessing an Internet of Things platform. According to the technical scheme, the system comprises a device layer, a soft gateway layer and a cloud Internet of Things platform layer, the device layer transmits tcp device information, udp device information and websocket device information to the soft gateway layer through a protocol analysis plug-in, the analyzed tcp device information, udp device information and websocket device information are obtained, and the cloud Internet of Things platform layer sends the tcp device information, the udp device information and the websocket device information to the soft gateway layer. The soft gateway layer transmits the analyzed tcp device message, the udp device message and the websocket device message to a cloud Internet of Things platform layer through an MQTT protocol, and the cloud Internet of Things platform stores and analyzes the analyzed tcp device message, the udp device message and the websocket device message.

The invention relates to the technical field of industrial Internet of Things, in particular to a secondary development system and method based on an industrial Internet of Things gateway. Comprising a client and an industrial Internet of Things gateway. The client issues equipment information and variable information of the configured script equipment to the industrial Internet of Things gateway; the industrial Internet of Things gateway comprises a secondary development module; an initialization module; an object model module; a variable module; and a Python SDK module. According to the invention, system modular decoupling is realized through a publishing and subscribing mechanism of a built-in MQTT server, dynamic extension of multi-industrial protocol conversion and edge computing capability is supported, and a low-code Python SDK development environment is provided. Compared with the prior art, according to the scheme, the edge secondary development period is greatly shortened, the development efficiency is improved, and the core pain points of poor protocol expansibility, openness limitation, high secondary development starting difficulty, large workload and the like in the field of the industrial Internet of Things are effectively solved.

The invention relates to the technical field of computer networks, in particular to an intelligent agent system and method based on the MCP technology, and the system comprises an MCP intermediate layer protocol engine, an intelligent scheduling module, a channel management system, a security enhancement mechanism and an edge node self-learning mechanism. The method has the beneficial effects that support for various communication protocols (such as HTTP, MQTT, gRPC and the like) is realized through the MCP technology. Through the protocol adapter module, the system can automatically identify and load different protocol adapters, and parallel work of multiple protocols can be supported without manual intervention. The multi-protocol support greatly improves the flexibility of the system, so that the system can be seamlessly connected with equipment of different manufacturers and standards, and the requirements of complex and diverse application scenes are met.

The invention relates to a mimicry defense-based MQTT protocol dynamic message format data transmission method, which comprises the following steps of: establishing connection between a client and a server, and negotiating an initial message format; dynamically switching message formats according to time, the number of messages or other conditions in the communication process; various message formats enhance the security and unpredictability of the messages according to different coding, compression or camouflage rules; meanwhile, through a dynamic and randomized message format, an attacker is difficult to replay or tamper the attack system through traffic analysis; according to the design, a dynamic message format, protocol negotiation and a security policy are combined together, a mimicry defense mechanism is provided for the MQTT, and the security and the anti-attack capability of the protocol can be remarkably enhanced; the problem that when an MQTT protocol is used in Internet of Things communication, safety, cost and efficiency are difficult to balance is solved, the safety and robustness of message transmission are improved, and therefore the attack difficulty of an attacker is increased under the condition that the influence on the transmission efficiency is minimum.

The invention discloses an OTA upgrade device based on an MQTT protocol, which relates to the technical field of mobile communication and comprises a security verification module, an upgrade package management module, a communication protocol module, an equipment management module and an upgrade strategy module. The OTA upgrading device based on the MQTT protocol has extremely high security, not only can realize OTA upgrading based on the MQTT protocol, but also is relatively high in security, so that the OTA upgrading process is not easy to be maliciously tampered or replaced, and equipment firmware damage and malicious code introduction caused by tampering and replacement can be avoided. Besides, the OTA upgrading device is relatively good in expansibility, has an efficient and reliable upgrading strategy and a distribution mechanism, can be well applied to OTA upgrading of a large-scale equipment group, obtains relatively good upgrading experience, and can adapt to the development trend that the number of Internet of Things equipment is continuously increased.

The invention provides a method for MQTT to bear a VPN, and the method comprises the following steps: S110, building an MQTT service on a server, and enabling the MQTT service to serve as a core component for message transmission; step S120, the VPN client issues related data to the MQTT service through the gw2mq; step S130, the gw2mq subscribes to related data from the MQTT and sends the related data to the VPN server; step S140, the data of the VPN server side is returned to the MQTT through the gw2mq, and the VPN client side subscribes to the data through the gw2mq, so that a network tunnel is created through the MQTT; and S150, an MQTT is established to bear a Wi-guide network, the MQTT in the step S110 is a message publishing / subscribing transmission protocol based on a client-server, VPN flow is borne by using the MQTT, and data transmission is effectively managed through a publishing-subscribing mode and an authentication and authorization mechanism of the MQTT.

The invention discloses an unmanned vending machine data storage and analysis method and device based on lake and warehouse integration. The method comprises the following steps: acquiring sensor and equipment data of an unmanned vending machine through an MQTT or HTTP protocol; metadata and versions of sensor and device data are managed through Apache Paimon, ACID transactions are supported, and data hierarchical management is carried out; performing real-time calculation on sensor and equipment data by using Flink + Kafka to realize inventory monitoring, fault detection and dynamic pricing; spark + Paimon is used to carry out batch calculation on sensor and equipment data, and user behavior analysis, commodity preference prediction and equipment operation evaluation are completed; the analysis result of sensor and equipment data is displayed through a visual tool, and a real-time instrument panel, operation support and a data analysis report are provided to assist the operation decision of the unmanned vending machine. According to the invention, efficient integration and analysis of multi-source data are realized, the operation cost is reduced, and the operation efficiency and user experience are improved.

The embodiment of the invention provides an Internet of Things control system and method, electronic equipment, a storage medium and a program product, and relates to the technical field of industrial Internet of Things. The system comprises a connection management module used for establishing and maintaining connections between a plurality of Internet of Things devices and a plurality of MQTT servers corresponding to the Internet of Things devices; the dynamic equipment mapping module is used for mapping the data of the Internet of Things equipment to the MQTT server through the configuration file; and the message queue and network disconnection continuous transmission module is used for putting the message into the tail of the message queue to continuously transmit the message if the MQTT client instance corresponding to the Internet of Things equipment is detected to be in a network disconnection state when the message is published to the MQTT server. According to the scheme, dynamic expansion of heterogeneous equipment in the industrial Internet of Things, parallel butt joint of multiple cloud platforms, network disconnection continuous transmission and two-way communication capability are realized.

The invention provides a big data integration and distribution unit component of a hierarchical architecture and a use method, relates to the technical field of data integration and processing, and solves the problems of real-time integration, unified processing and safe distribution of multi-source heterogeneous data. The device adopts a five-layer modular architecture; a data access layer supports multi-source data access and is buffered through Kafka; the cleaning conversion layer performs data cleaning and standardization by using a FlinkSQL, an ETL engine and a rule engine; the intelligent distribution layer judges a data distribution path in combination with a rule engine and a machine learning model; the storage calculation layer adopts a cold and hot separation storage strategy and supports parallel operation of Spark batch processing and Flink stream processing; and the service and security layer provides an interface through an API gateway, and guarantees data security in combination with AES-256 encryption and RBAC access control. Besides, dynamic resource scheduling is realized through Kubernetes, cross-domain model cooperative training is supported by utilizing a federated learning technology, the intelligent shunting decision-making capability is improved, various industrial protocols such as MQTT and Modbus are compatible, and VXLAN tunnel transmission is supported.

The invention discloses a redis-based mqtt automatic subscription system and subscription method. The system comprises an MQTT Broker, a Redis database and an automatic subscription module, the MQTT client communicates with the Redis database through the MQTT Broker, and the MQTT Broker is integrated with the Redis database and is responsible for processing connection, disconnection, message publishing and subscription requests of the MQTT client; the Redis database is connected with the automatic subscription module, is used for storing configuration information, real-time data, subscription theme information and a subscription state of the system, and adopts a distributed architecture; and the automatic subscription module is responsible for automatically managing subscription and updating of the MQTT client theme according to predefined rules and data in the Redis database. By combining the advantages of the MQTT protocol and the Redis database, the subscription management problem in large-scale Internet of Things application is solved, and it is ensured that the latest theme is subscribed.

The invention relates to the technical field of data transmission, and particularly provides an Internet of Things data transmission method, system and device based on MQTT, and a storage medium, and the method comprises the steps: employing a dynamic plug-in to analyze Internet of Things data employing a plurality of communication protocols, and obtaining initial data in a unified format; extracting feature data from the initial data, and determining an MQTT theme according to the type of the feature data; and packaging the feature data into an MQTT message according to the MQTT theme, and issuing the MQTT message to a subscriber. According to the invention, the network pressure of data transmission of the Internet of Things is reduced, and the data transmission efficiency is improved.

The invention provides an event processing method, system and equipment based on Internet of Things equipment and a medium, and belongs to the technical field of Internet of Things. The method comprises the following steps: receiving an Internet of Things equipment message through an MQTT Broker, identifying an event type according to a theme, and distributing the event type to a corresponding thread pool; concurrently analyzing the JSON load in each thread pool, and converting the JSON load into a structured data object; caching the data in a batch processing queue in a classified manner, and triggering batch processing based on a queue state; extracting batch data, generating an optimized SQL statement, executing writing, and processing exceptions; screening data based on a routing rule and asynchronously forwarding the data to message middleware; meanwhile, processing parameters are dynamically adjusted according to the equipment state data and the system load. According to the invention, efficient processing of Internet of Things equipment events is realized, and the system throughput, the resource utilization rate and the data processing real-time performance are improved.