GB/T 47678.2-2026Urban operation, management and service platforms - Part 2: General technology (English PDF)

6.1 Platform Composition

6.1.1 The national platform should consist of infrastructure, data resources, application support, business applications, user access, standards and specifications system, and security system. It consists of 7 parts, as shown in Figure 2.

6.1.2 Infrastructure should include network resources, communication resources, computing resources, storage resources, backup resources, security resources, and facilities.

6.1.3 Data resources should include urban basic databases, urban operation databases, urban management databases, comprehensive evaluation databases, and business collaboration databases. Same database.

6.1.4 Application support should include three parts. data support, technical support, and business support. Each part should preferably include the following.

a) Data support includes data resource catalogs, metadata management, data governance, data aggregation and exchange, data reporting and visualization, etc.

b) Technical support includes unified portal management, unified identity authentication, unified messaging services, video conferencing, converged communications, and city information models. CIM (Construction Information Modeling) platform, artificial intelligence, and blockchain, etc.

c) Business support includes application maintenance, collaborative supervision services, project coding services, approval support services, and electronic licenses.

6.1.5 Business applications should include a city operation sub-platform, a city management sub-platform, a comprehensive evaluation sub-platform, and a business collaboration sub-platform.

6.1.6 User access should include three forms. decision-making end, management end, and service end.

6.1.7 The standard and specification system should meet the requirements for the construction and use of the urban operation management service platform.

6.1.8 The security system should cover the entire process of platform construction, operation, and maintenance, as well as security emergency response measures under special circumstances, and should... It complies with the provisions of GB/T 22239, GB/T 22240 and GB/T 43207.

6.2 System Function Configuration The system function configuration of the national platform should comply with the provisions of Table 1.

6.3 Platform System Functions

6.3.1 The city operation sub-platform should have functions such as risk analysis and joint command, and should include a risk analysis system, a joint command system, and a fuel system. Gas, drainage, water supply, heating, urban roads, bridges and tunnels, integrated utility tunnels, sanitation facilities, and other related systems, preferably including public buildings, sewage treatment, Dangerous buildings and other related industry systems should comply with the following regulations.

a) The risk analysis system aggregates urban operation data and business collaboration data, enabling comprehensive risk and situation analysis, hazard supervision and management, and Functions include monitoring, early warning, tracking, and ensuring the supply of prevention and control resources;

b) The joint command system, designed for major incidents, aggregates information such as key details of the incident, resource allocation needs, and monitoring and early warning systems, and enables multi-party online conferencing. Functions include business analysis, comprehensive assessment, scientific allocation of resources and personnel, task assignment, execution feedback and tracking, and simulation exercises;

c) Based on the aggregation of relevant risk baselines, hazard baselines, and data on forecasting, early warning, and coordinated response, various industry systems possess the capability to operate... It has the function of comprehensive analysis and judgment of the trend.

6.3.2 The urban management sub-platform should have functions such as business guidance and supervision and inspection, and should include a business guidance system, a supervision and inspection system, and municipal services. Systems such as public utilities management, urban appearance and sanitation management, landscaping and greening management, and comprehensive law enforcement should comply with the following regulations.

a) The business guidance system includes functional modules such as policies and regulations for urban comprehensive management, industry statistics, and experience exchange;

b) The supervision and inspection system includes functional modules such as supervision and implementation of key tasks, online supervision, and public opinion monitoring;

c) The municipal public utility management system includes gas management, water supply management, drainage management, heating management, integrated utility tunnel management, and road, bridge, and tunnel management. Functional modules such as road management and street lighting management enable the collection and integration of information on the planning and construction of municipal public infrastructure in various regions. Calculation and analysis are conducted to promptly grasp the basic data and construction status of municipal infrastructure in various regions;

d) The urban sanitation management system integrates sanitation cleaning and maintenance, household waste sorting, construction waste, sanitation facilities, outdoor advertising, and other related functions. Basic and management data related to urban appearance and sanitation management, such as site management, night lighting management, and responsibility area management, are provided. Functions such as query, statistics, and analysis;

e) The landscaping management system integrates various parks (city parks, pocket parks), green spaces, ancient and famous trees, and other landscaping industry data. It manages relevant basic and administrative data, and provides query, statistical, and analytical functions;

f) The integrated law enforcement system is capable of aggregating data on law enforcement entities, personnel, legal basis, enforcement actions, and supervisory information from various regions, and provides... It provides functions such as managing laws, regulations, and rules; managing law enforcement matters; managing law enforcement actions; and analyzing law enforcement supervision.

6.3.3 The comprehensive evaluation sub-platform should be able to comprehensively, objectively, and fairly evaluate the city's operation, management, and service work, and automatically generate decision-making recommendations. The reporting functions should include comprehensive evaluation, decision-making recommendations, city operation evaluation, city management evaluation, public service evaluation, and work efficiency evaluation. For such systems, the evaluation index system should comply with the provisions of GB/T 47678.10 and should also meet the following requirements.

a) The comprehensive evaluation system uses professional models and algorithms to evaluate urban operation, urban management, and public services in provinces and cities across the country. The evaluation and work performance evaluation results are analyzed routinely, and the system has functions such as intelligently generating comprehensive evaluation results.

b) The decision-making recommendation system uses professional models and algorithms to mine and refine the comprehensive evaluation results, and has the ability to automatically generate decisions. Features such as suggestion reports;

7.1 Platform Composition

7.1.1 Provincial-level platforms should consist of infrastructure, data resources, application support, business applications, user access, standards and specifications system, and security system. It consists of 7 parts, as shown in Figure 3, and its functions can be expanded according to actual needs.

7.1.2 The infrastructure shall comply with the provisions of 6.1.2.

7.1.3 Data resources shall comply with the provisions of 6.1.3.

7.1.4 Application support shall comply with the provisions of 6.1.4.

7.1.5 Business applications shall comply with the provisions of 6.1.5.

7.1.6 User access shall comply with the provisions of 6.1.6.

7.1.7 The standard and specification system shall comply with the provisions of 6.1.7.

7.1.8 The security system shall comply with the provisions of 6.1.8.

7.2 System Function Configuration The system function configuration of the provincial platform should comply with the provisions of Table 2.

7.3 Platform System Functions

7.3.1 The city operation sub-platform should comply with the provisions of

6.3.1 and its functions can be expanded according to actual needs.

7.3.2 The urban management sub-platform should have functions such as business guidance and supervision and inspection, and should include business guidance, supervision and inspection, municipal public utility management, The system includes urban sanitation management, landscaping management, and comprehensive law enforcement, and meets the following requirements.

a) Business guidance systems should preferably share the national platform's business guidance system. Self-built business guidance systems should comply with 6.3.2a). Regulation;

b) The supervision and inspection system should include functional modules such as supervision and follow-up of key tasks, online supervision, and data entry;

c) Municipal public utility management systems, urban appearance and environmental sanitation management systems, and landscaping management systems shall comply with the provisions of 6.3.2c) to 6.3.2e). Functional modules can be expanded to meet actual needs;

d) Comprehensive law enforcement should comply with the provisions of 6.3.2f) and should preferably include a law enforcement case review module, which may include a major case law enforcement handling module.

7.3.3 The comprehensive evaluation sub-platform should be able to comprehensively, objectively, and fairly evaluate the city's operation, management, and service work, and automatically generate decision-making recommendations. The reporting functions should include comprehensive evaluation, decision-making recommendations, city operation evaluation, city management evaluation, public service evaluation, and work efficiency evaluation. For such systems, the evaluation index system should comply with the provisions of GB/T 47678.10 and meet the following requirements.

a) The comprehensive evaluation system should use professional models and algorithms to evaluate urban operation, urban management, and public services in all cities and prefectures across the province. It performs routine analysis of performance evaluation and work efficiency evaluation results, and has functions such as intelligently generating comprehensive evaluation results;

b) The decision-making recommendation system should use professional models and algorithms to mine and refine the comprehensive evaluation results, and be capable of automatically generating decisions. Functions such as policy recommendations and reports;

c) The urban operation evaluation system should revolve around the urban operation indicator system of "safety, resilience, and health," and gather urban operation data from all cities and prefectures in the province. It evaluates data and has functions such as automatically generating urban operation evaluation results;

d) The urban management evaluation system should revolve around the urban management indicator system of "cleanliness, tidiness, and order," and gather urban management data from all cities and prefectures across the province. It evaluates data and has functions such as automatically generating urban management evaluation results;

e) The public service evaluation system should be based on a public service indicator system that is "efficient, accurate, and satisfactory," and should gather public service data from all cities and prefectures across the province. It evaluates data and has functions such as automatically generating public service evaluation results;

f) The work performance evaluation system should revolve around a work performance indicator system based on "mechanism, technology, and results," and gather work performance data from all cities and prefectures across the province. It evaluates data and has functions such as automatically generating work performance evaluation results;

8.2 Platform Composition

8.2.1 The municipal-level platform should consist of infrastructure, data resources, application support, business applications, user access, standards and specifications system, and security system. It consists of 7 parts, as shown in Figure 4, and can be expanded into sub-platforms and application systems according to actual needs.

8.2.2 Infrastructure should include network resources, communication resources, computing resources, storage resources, backup resources, security resources, facilities, and sensing equipment. Prepare, etc.

8.2.3 Data resources should include urban basic databases, urban operation databases, urban management databases, public service databases, and command and dispatch databases. Degree database, comprehensive evaluation database, and business collaboration database.

8.2.4 Application support shall comply with the provisions of 6.1.4.

8.2.5 Business applications should include a city operation sub-platform, a city management sub-platform, a public service sub-platform, a command and dispatch sub-platform, and a comprehensive evaluation sub-platform. Price distribution platform and business collaboration platform.

8.2.6 User access shall comply with the provisions of 6.1.6.

8.2.7 The standard and specification system shall comply with the provisions of 6.1.7.

8.2.8 The security system shall comply with the provisions of 6.1.8.

8.3 System Function Configuration The system function configuration of the municipal platform should comply with the provisions of Table 3.

8.4 Platform System Functions

8.4.1 The urban operation sub-platform should include a comprehensive operation monitoring system and urban operation-related industry systems.

8.4.2 The integrated operation monitoring system should aggregate risk and hazard investigation lists from relevant industries and enterprises in urban operation management services, as well as intelligent monitoring equipment. It also includes industry management and regulatory information, and has functions such as comprehensive risk assessment, risk classification and control, and comprehensive forecasting and early warning.

8.4.3 Urban operation-related industry systems should include gas, drainage, water supply, heating, urban roads, bridges and tunnels, sanitation facilities, etc., and should preferably include these systems. This includes systems such as public buildings, integrated utility tunnels, sewage treatment, and hazardous buildings, and must comply with the following regulations.

a) Gas systems, including piped gas, bottled liquefied petroleum gas, vehicle gas, and gas end-users, should have risk assessment, monitoring, and early warning capabilities. It should have functions such as early warning, comprehensive analysis and judgment, hidden danger investigation and supervision, third-party construction management, supply guarantee supervision, and collaborative law enforcement, and should be equipped with adjacent underground spaces. Capabilities in model analysis for identifying indirect gas and biogas, tracing leaks, performing diffusion analysis, and conducting explosion analysis;

b) The drainage system should include risk assessment, flood prediction and comprehensive judgment, monitoring of flood accumulation points and their handling, and monitoring of potential flood hazards. Functions include facility and material supervision, and collaborative law enforcement;

c) The water supply system should include risk assessment for water sources, water plants, pumping stations, water supply networks, fire hydrants, secondary water supply facilities, and water users. Functions include assessment, monitoring and early warning, comprehensive analysis, hidden danger investigation and supervision, hydraulic/water quality analysis and supervision, supply guarantee supervision, and collaborative law enforcement.

d) The heating system, targeting heat sources, heating pipe networks, heat exchange stations, and heating users, possesses risk assessment, monitoring and early warning, comprehensive analysis, and hidden danger detection capabilities. It has functions such as disease screening and supervision, supply guarantee supervision, and collaborative law enforcement;

e) Urban road systems should conduct comprehensive monitoring and cross-coupled risk assessments of defects such as underground cavities and voids, and should possess wind... Risk assessment, monitoring and early warning, comprehensive analysis, hazard investigation and supervision of urban roads and ancillary facilities, engineering information management, and collaboration. Functions such as law enforcement;

f) Bridge and tunnel systems should possess capabilities for risk assessment, monitoring and early warning, defect diagnosis, comprehensive analysis, and hazard identification and monitoring of bridge and tunnel facilities. Functions such as management and collaborative law enforcement;

g) For sanitation facilities such as landfills, waste incineration plants, waste transfer stations, and septic tanks, risk assessment systems should be available. Functions include estimation, monitoring and early warning, comprehensive supervision, hidden danger investigation and supervision, and collaborative law enforcement;

h) For important public buildings, the public building system should possess risk assessment, monitoring and early warning and comprehensive supervision, hidden danger investigation and supervision, and collaborative capabilities. Functions such as law enforcement;

i) The integrated utility tunnel system should have risk assessment, monitoring and early warning capabilities, taking into account the tunnel environment, tunnel structure, pipelines entering the tunnel and ancillary facilities, etc. It should possess functions such as comprehensive assessment, hazard investigation and supervision, inspection and maintenance supervision, and collaborative law enforcement, and should be equipped with capabilities for gas leak and explosion, water supply pipe burst, and Capability to perform model analysis on pipeline pressure load, etc.

j) Wastewater treatment systems targeting key wastewater users, pipe networks, pumping stations, wastewater treatment plants, sludge treatment and disposal, and major projects that may involve wastewater discharge. Land parcels, etc., should possess functions such as risk assessment, monitoring and early warning, comprehensive analysis, hidden danger investigation and supervision, and collaborative law enforcement;

k) Dangerous building systems should have functions such as risk assessment, monitoring and early warning, comprehensive supervision, hidden danger investigation and supervision, and collaborative law enforcement.