Trans-department comprehensive supervision platform and data processing method based on localized environment

Abstract

The invention discloses a localized environment-based cross-department comprehensive supervision platform and a data processing method. The system architecture comprises an infrastructure layer, a data layer, a support layer, an application layer, a display layer and a security processing module. The infrastructure layer provides safe and reliable computing storage network resources by adopting a creative cloud and an e-government affair external network; the data layer stores and manages supervision data through a supervision basic library and a supervision thematic library; the support layer provides unified tool support and data support capabilities. According to the invention, a localized unified platform is constructed, the problems of cross-department data sharing and business collaboration are solved, interconnection and on-demand sharing, efficient collaboration and accurate differentiated supervision of supervision data are realized, the supervision efficiency and accuracy are improved, and the whole-process data security is guaranteed through multi-level security measures.

Description

Technical Field

[0001] This invention relates to the field of e-government, and in particular to a cross-departmental integrated supervision platform and data processing method based on a domestically developed environment. Background Technology

[0002] With the development of e-government, cross-departmental integrated supervision has become an important means to improve the efficiency of government supervision. However, existing supervision platforms suffer from problems such as difficulties in data sharing, poor business collaboration capabilities, and insufficient support for regulatory data, failing to meet the needs of efficient and accurate supervision. Specifically, existing systems typically lack unified standards and specifications, resulting in inconsistent data formats among departments and hindering data interconnection and sharing. Furthermore, existing supervision platforms are also inadequate in terms of business collaboration; regulatory tasks are often carried out independently by different departments, lacking effective collaboration mechanisms, leading to low regulatory efficiency. Simultaneously, existing supervision platforms are also insufficient in data processing and analysis, failing to fully utilize big data technologies for data analysis and mining, thus failing to provide strong support for regulatory decision-making. Summary of the Invention

[0003] The purpose of this invention is to provide a cross-departmental integrated supervision platform and data processing method based on a domestically produced environment, so as to solve the problems existing in the prior art.

[0004] To address the aforementioned technical problems, this invention provides a cross-departmental integrated supervision platform and data processing method based on a domestically developed environment, comprising: A unified support and mobile terminal system includes basic capabilities such as unified user authentication, facial recognition authentication, unified messaging service, and unified SMS service, as well as the "Smart Guangxi Connect" mobile ecosystem, providing strong support for comprehensive regulatory applications. Specifically, unified user authentication connects to the Guangxi Government Affairs Integration Platform's identity authentication and public security user database, enabling department leaders, staff, the public, and enterprises to log in to the system through unified identity authentication. Facial recognition authentication uses multi-factor authentication technology, including face, iris scan, ID card, name, and ID number, to quickly obtain authentication results. The unified messaging service, through its integration with the "Smart Guangxi Connect" mobile app, enables cross-departmental integrated regulatory platform business message notifications. The unified SMS platform is used to send inspection task notifications to relevant regulatory departments at the autonomous region or local city levels.

[0005] Comprehensive Regulatory Data Warehouse: Through data governance, this warehouse aggregates all regulatory-related data across the region, forming a cross-departmental comprehensive regulatory center to achieve data interconnection and on-demand sharing. Specifically, the data warehouse is upgraded based on the "Internet + Supervision" data governance system and basic database, aggregating all regulatory-related data across the region. Through data governance, it forms a cross-departmental comprehensive regulatory center for the entire region. Simultaneously, based on existing data resources, it extracts and summarizes basic data from different regulatory scenarios, constructing basic regulatory databases and thematic regulatory databases for various industries. This provides data support for various regulatory business applications and enables data interconnection and on-demand sharing of administrative inspection data such as regulatory targets, inspection content, and inspection results. It also provides data visualization support for the assessment of regulatory work across the region.

[0006] The comprehensive regulatory collaboration platform includes modules for collaborative supervision, risk supervision, credit supervision, tiered and categorized supervision, and co-governance supervision. It provides collaborative regulatory capabilities such as regulatory task operation, clue transfer, rectification review, and transfer for enforcement. Specifically, the collaborative supervision module provides functions such as clue management, plan management, task management, rectification review, transfer for enforcement, joint punishment, results disclosure, file collection, judicial and administrative coordination, administrative and criminal coordination, and early warning and supervision. The risk supervision module provides functions such as basic risk model configuration, risk model management, and risk early warning. The credit supervision module provides functions such as basic credit model configuration, credit model management, and credit evaluation management.

[0007] The Integrated Regulatory Business Management System provides a scenario configuration management module, which integrates the integrated regulatory system with specific scenarios, configuring other business requirements for these scenarios to meet the needs of practical integrated regulatory business attributes. Specifically, the business configuration system is responsible for configuring integrated regulatory business processes and rules, including regulatory matters, inspection procedures, and penalties, to meet regulatory needs in different scenarios. The scenario integration configuration system is responsible for integrating the integrated regulatory system with specific scenarios to achieve scenario-based regulation.

[0008] Microservice Architecture Technical Roadmap: This roadmap employs microservice architecture, dividing the platform into multiple microservices. High performance and high availability are achieved through modules such as load balancing, unified authentication, API management, service rate limiting, and circuit breaking / degradation. Specifically, the load balancing module uses Nginx for request distribution and load balancing. The unified authentication module uses Spring Cloud Gateway for request routing, load balancing, and security. The API management module uses Swagger for API documentation generation and display. The service rate limiting and circuit breaking / degradation module uses Sentinel for service rate limiting, circuit breaking, and degradation. The service cluster module uses Docker and Kubernetes for service containerization and cluster management. The registry module uses Nacos for service registration, discovery, and management. The service monitoring module uses Spring Boot Admin for service monitoring and management. The scheduling platform module uses XXL-JOB for managing and executing distributed tasks such as scheduled and asynchronous tasks. The tracing module uses Zipkin to monitor and analyze the call flow and performance between microservices in the distributed system. The log analysis module uses the ELK log analysis platform for system log analysis and monitoring. The message middleware cluster module uses Kafka to implement asynchronous communication and data transmission between services. The caching cluster module uses Redis to cache and share data. The database cluster module uses a distributed database to store and manage data. The monitoring platform module uses Grafana Labs, Prometheus, and Alerting to collect, monitor, and display various performance metrics, operational status, and health conditions of the microservice system.

[0009] Big Data Architecture Technology Roadmap: Provides data governance capabilities, including offline computing, real-time computing, data integration, and data cleaning, leveraging Online Compute and Offline Compute platforms to achieve efficient data processing and analysis. Specifically, Online Compute uses Flink for real-time data processing, while Offline Compute uses Hadoop, Spark, and other technologies for offline data processing. Data governance includes functions such as data aggregation, data development, data quality management, operation and maintenance monitoring management, data project management, data marts, regulatory data asset management, release management, platform configuration, work order management, document and report management, and data standards.

[0010] Cryptographic Application Solution: This solution designs a cryptographic application scheme to ensure the security of cryptographic algorithms, strengthen key security management, reduce cryptographic application vulnerabilities, improve security against human error, and achieve data integrity and confidentiality during transmission and storage. Specifically, the cryptographic application scheme includes modules for data integrity protection, data confidentiality protection, data backup and recovery, and personal information protection. Data integrity protection uses verification or cryptographic techniques to ensure the integrity of important data during transmission and storage. Data confidentiality protection uses cryptographic techniques to ensure the confidentiality of important data during transmission and storage. Data backup and recovery provides local backup and recovery functions for important data, as well as off-site real-time backup. Personal information protection only collects and stores user personal information necessary for business operations, and uses cryptographic techniques to protect the confidentiality and integrity of collected personal information, prohibiting unauthorized access and illegal use of user personal information.

[0011] This invention provides a cross-departmental integrated supervision platform and data processing method based on a domestically developed environment. It has the following beneficial effects: This invention, by constructing a cross-departmental integrated supervision platform and data processing method based on a domestically developed environment, realizes the construction of cross-departmental integrated supervision scenario applications, the collaboration of cross-departmental integrated supervision work, the risk and credit rating of cross-departmental integrated supervision objects, the precise and differentiated implementation of cross-departmental integrated supervision tasks, and the innovation of cross-departmental integrated supervision methods. It effectively solves the problems existing in the existing supervision platform, improves supervision efficiency and accuracy, and provides a strong guarantee for high-quality development. Attached Figure Description

[0012] Figure 1 This is a system architecture diagram of the cross-departmental integrated supervision platform of the present invention; Figure 2 This is a roadmap for the microservice architecture of this invention; Figure 3 This is the big data architecture technology roadmap of the present invention; Figure 4 This is a diagram of the comprehensive regulatory collaboration platform architecture of the present invention; Figure 5 This is a design diagram of the cryptographic application scheme of the present invention. Detailed Implementation

[0013] The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings. Obviously, the described embodiments are only some embodiments of the present invention, and not all embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those skilled in the art without creative effort are within the scope of protection of the present invention.

[0014] To make the objectives, technical solutions, and advantages of the present invention clearer, the specific embodiments of the present invention will be described in detail below with reference to the accompanying drawings.

[0015] In this embodiment, specifically including, 1. System Architecture Implementation Infrastructure layer: Xinchuang Cloud: It uses domestically produced hardware and operating systems to build a cloud computing environment and provide computing, storage and network resources.

[0016] E-Government Extranet: Utilizing the national e-government extranet infrastructure to ensure the security and reliability of the network environment.

[0017] Data layer: Regulatory infrastructure database: Stores and manages various types of basic regulatory data, including enterprise information, market behavior, law enforcement records, etc.

[0018] Regulatory topic database: Stores and manages relevant topic data based on specific regulatory needs, such as dairy product safety and hazardous chemical safety.

[0019] Support layer: Unified tool support: Provides basic capabilities such as unified user authentication, facial recognition authentication, unified messaging service, and unified SMS service.

[0020] Data support includes technical means such as data cleaning, data fast track (real-time collection), and data cataloging system to ensure data quality.

[0021] Application layer: Collaborative supervision system: Enables functions such as supervision plan formulation, supervision task operation, clue transfer and handling, rectification and review, collaborative supervision, transfer for law enforcement, and early warning and supervision.

[0022] Technology supervision system: Provides support capabilities such as intelligent discovery, video surveillance, equipment management, algorithm management, and operation management.

[0023] Co-governance regulatory system: Supports self-governance by entities, industry self-regulation, social supervision, and third-party assistance capabilities, and builds a co-governance regulatory channel between the government and society.

[0024] Risk + Credit Classification System: Based on industry characteristics and regulatory requirements, risk types and credit ratings are classified to achieve differentiated and precise supervision.

[0025] Presentation layer: Government Portal: Provides a unified entry point for various applications and regulatory business processes for regulatory departments.

[0026] Public portal: Provides services such as information inquiry, complaint reporting, and viewing of regulatory results for citizens and businesses.

[0027] Security processing module: Data encryption: Sensitive data is encrypted to ensure the security of data transmission and storage.

[0028] Identity authentication: We use unified identity authentication and facial recognition authentication to ensure the authenticity of user identities.

[0029] Access control: Implement strict access control policies to prevent unauthorized access.

[0030] 2. Implementation of Regulatory Methods Data collection: Regulatory data is collected from various departmental regulatory systems and external data sources, including but not limited to enterprise information, market behavior, and law enforcement records.

[0031] By utilizing data interfaces and interface components, real-time data synchronization and sharing can be achieved.

[0032] Data governance: Data cleaning: Cleaning the collected data to remove duplicate, erroneous, and invalid data.

[0033] Data High-Speed ​​Rail (Real-Time Data Collection): Ensuring the timeliness and accuracy of data through real-time data collection technology.

[0034] Data catalog system: Establish a data catalog to facilitate data retrieval and management.

[0035] Data storage: The treated data is stored in the basic regulatory database and thematic regulatory database to ensure data integrity and consistency.

[0036] Implement data backup and recovery strategies to ensure data security.

[0037] Business processing: Clue Management: Collecting, analyzing, and handling regulatory clues.

[0038] Planning and Management: Developing regulatory plans and coordinating regulatory tasks.

[0039] Task Management: Execute supervisory tasks and record inspection results.

[0040] Rectification and review: Rectify and review the problems found to ensure that the problems are resolved.

[0041] Transfer for enforcement: Serious violations are transferred for enforcement to ensure the implementation of the law.

[0042] Intelligent discovery: Utilizing AI algorithms for risk warning and intelligent discovery.

[0043] Video surveillance: Real-time monitoring of monitored entities through video surveillance equipment.

[0044] Equipment Management: Implement unified management of the monitored equipment to ensure its normal operation.

[0045] Algorithm management: Configure and manage AI algorithms to improve their accuracy and efficiency.

[0046] Job management: Schedule and manage supervised jobs to improve job efficiency.

[0047] Front-end display: Government Portal: Provides a unified entry point for various applications and regulatory business processes, enabling efficient information display and interaction.

[0048] Public portal: Provides services such as information inquiry, complaint reporting, and viewing of regulatory results to enhance public participation.

[0049] Data security handling: Data encryption: Sensitive data is encrypted to ensure the security of data transmission and storage.

[0050] Identity authentication: We use unified identity authentication and facial recognition authentication to ensure the authenticity of user identities.

[0051] Access control: Implement strict access control policies to prevent unauthorized access.

[0052] Security audit: Auditing system operations, recording and tracking security incidents.

[0053] The specific embodiments of the present invention will be further described in detail below with reference to the accompanying drawings.

[0054] like Figure 1 As shown, the system architecture of this invention includes an infrastructure layer, a data layer, a support layer, an application layer, and two endpoints. The infrastructure layer is deployed on the Guangxi Government Cloud, the e-government extranet, and domestically developed infrastructure. The data layer forms a regulatory basic database and a thematic database through data governance, providing data resource support for business operations. The support layer provides comprehensive regulatory basic resources and application support capabilities. The application layer creates a new "Comprehensive Regulatory One-Stop Service" scenario application, connecting with the professional application systems of various departments and bureaus. The two endpoints respectively create government-side and public-side application portals for e-government extranet staff and internet public users.

[0055] like Figure 2As shown, the microservice architecture technology roadmap of this invention includes a load balancing module, a unified authentication module, an interface management module, a service rate limiting, circuit breaker and degradation module, a service cluster module, a registration center module, a service monitoring module, a scheduling platform module, a tracing module, a log analysis module, a message middleware cluster module, a cache cluster module, a database cluster module, and a monitoring platform module. These modules are managed and scheduled through microservice architecture technology to achieve high performance and high availability of the system.

[0056] like Figure 3 As shown, the big data architecture technology roadmap of this invention includes Online Compute and Offline Compute platforms. Online Compute uses Flink to achieve real-time data processing, while Offline Compute uses Hadoop, Spark, and other technologies to achieve offline data processing. Data governance includes functions such as data collection, data development, data quality management, operation and maintenance monitoring management, data project management, data marts, regulatory data asset management, release management, platform configuration, work order management, document and report management, and data standards.

[0057] like Figure 5 As shown, the cryptographic application scheme of this invention includes modules for data integrity protection, data confidentiality protection, data backup and recovery, and personal information protection. Data integrity protection employs verification or cryptographic techniques to ensure the integrity of important data during transmission and storage. Data confidentiality protection uses cryptographic techniques to ensure the confidentiality of important data during transmission and storage. Data backup and recovery provides local backup and recovery functions for important data, as well as off-site real-time backup. Personal information protection only collects and stores user personal information necessary for business operations, and uses cryptographic techniques to protect the confidentiality and integrity of the collected personal information, prohibiting unauthorized access and illegal use of user personal information.

[0058] Although embodiments of the invention have been shown and described, it will be understood by those skilled in the art that various changes, modifications, substitutions and alterations can be made to these embodiments without departing from the principles and spirit of the invention, the scope of which is defined by the appended claims and their equivalents.

Claims

1. A cross-departmental comprehensive supervision platform based on a localization environment, comprising: an infrastructure layer for providing computing, storage and network resources, including the Xinyuan cloud and the e-government external network, to build a secure and reliable network environment; a data layer for storing and managing supervision basic data and thematic data, including the supervision basic database and the supervision thematic database; a support layer for providing unified tool support and business support, including unified tool support and data support, to provide basic capabilities and data management functions; an application layer for implementing functions such as collaborative supervision, technological supervision, and co-regulation supervision, including the collaborative supervision system, the technological supervision system, the co-regulation supervision system, and the risk+credit grading and classification system; a display layer for providing government and public work portals and service portals, including the government work portal and the public work portal, to provide a unified entrance for various applications and supervision business processes; a security processing module for ensuring data security, including data encryption, identity authentication, access control and other security measures.

2. A data processing method for a cross-departmental comprehensive supervision platform based on a localization environment, comprising the following steps: data collection: collecting supervision data from various departmental supervision systems and external data sources; data governance: ensuring data quality through data cleaning, data high-speed rail (real-time collection), data directory system and other technical means; data storage: storing the governed data in the supervision basic database and the supervision thematic database; business processing: implementing various supervision business functions through the collaborative supervision system, the technological supervision system, the co-regulation supervision system, and the risk+credit grading and classification system; front-end display: providing a unified entrance for various applications and supervision business processes through the government work portal and the public work portal; data security processing: encrypting the data to ensure the security of data transmission and storage.

3. The cross-departmental comprehensive supervision method based on a localization environment according to claim 2, wherein the data collection step includes extracting various supervision data from various departmental supervision systems and integrating third-party data sources.

4. The cross-departmental comprehensive supervision method based on a localization environment according to claim 2, wherein the data governance step includes data cleaning, data high-speed rail (real-time collection), and data directory system.

5. The cross-departmental comprehensive supervision method based on a localization environment according to claim 2, wherein the business processing step includes implementing functions such as lead management, plan management, task management, rectification review, and transfer of law enforcement through the collaborative supervision system, implementing functions such as intelligent discovery, video monitoring, device management, algorithm management, and operation management through the technological supervision system, implementing functions such as subject autonomy, industry self-discipline, social supervision, and third-party assistance through the co-regulation supervision system, and implementing functions such as risk model and credit model construction and differentiated precision supervision through the risk+credit grading and classification system.

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