Digital Transformation of Smart Industries and Transformation of

Smart City Governance Models in the Context of Internet Technology

and Digital Economy

Han Zhu

School of Finance, Taxation and Public Administration, Shanghai Lixin University of Accounting and Finance,

Shanghai, China

Keywords: Internet Technology, Digital Economy, Smart Industry, Smart Cities, Digital Transformation.

Abstract: New digital technologies are profoundly influencing the process of industrial transformation and urban gov-

ernance, as well as proposing new models and paradigms for smart city governance. How to digitally trans-

form smart industries and govern smart cities in the context of Internet digitalization is an important issue to

promote the modernization of national governance system and governance capacity. Based on the concepts

and theoretical foundations related to the digital economy and Internet technology, this study is based on the

vision of the digital industry transforming the governance system, deeply grasping the impact of the Internet,

blockchain, big data and other technologies on the governance of smart cities and examining the laws of

digital transformation of smart industries and the models of urban governance respectively. The study aims

to grasp the logic and evolutionary laws of smart city governance and provide research directions and ideas

for subsequent institutional research.

1 INTRODUCTION

As a spatial structure where different factors and re-

sources and economic activities are highly concen-

trated (Yi, 2019), cities play an important role in the

economic and social development of a country. As a

new production factor and strategic asset, data has be-

come a fundamental resource for urban development

(Wang, 2020). With the application and development

of big data, cloud computing and industrial internet,

data technology has been deeply embedded in all as-

pects of urban governance, becoming an important

means and carrier for fine urban management, and

thus smart city governance has come into being. At

the same time, emerging technologies are profoundly

influencing social innovation and the transformation

and development of urban governance. The digital

transformation of smart industries and the transfor-

mation of urban governance arising from the fusion

of data and emerging technologies are major issues in

promoting the development of smart cities. Promot-

ing the modernization of the national governance sys-

tem and governance capacity and strengthening the

construction of smart cities will become important

symbols of the overall deepening of reform, while

strengthening the construction of digital government,

digital cities and digital industries, and enhancing the

digital intelligence of urban public services and social

governance will also become important conditions for

the construction of new cities. In this context, the dig-

ital transformation of smart industries and smart city

governance are integrated and developed (Yao, Zhen,

2022), promoting each other, interdependent and, un-

der certain conditions, mutually constrained. This

study focuses on the digital transformation of smart

industries in the context of smart cities and the char-

acteristics of the model of smart city governance on

this basis, in order to deepen the understanding of

smart industries and smart cities, which has important

theoretical significance and practical value.

2 DIGITAL TRANSFORMATION

OF SMART INDUSTRY

The degree of digital transformation in the smart in-

dustry is characterized by a progression from strong

to weak, in the order of element transformation, struc-

ture transformation, strategy transformation and loca-

tion transformation(Fig.1).

Zhu, H.

Digital Transformation of Smart Industries and Transformation of Smart City Governance Models in the Context of Internet Technology and Digital Economy.

DOI: 10.5220/0011750800003607

In Proceedings of the 1st International Conference on Public Management, Digital Economy and Internet Technology (ICPDI 2022), pages 503-511

ISBN: 978-989-758-620-0

 2023 by SCITEPRESS – Science and Technology Publications, Lda. Under CC license (CC BY-NC-ND 4.0)

503

Figure 1: Industry Digital Transformation. [Self-painted].

Figure 2: Integration of smart industries and smart cities. [Self-painted].

2.1 Element Transformation

Smart industry is the basis for the development of

smart cities, while smart cities provide space for the

development of smart industry. However, the inter-

connection and integration of the wisdom industry

and the wisdom city are influenced by many other el-

ements, the main ones being technology, resources,

information and capital, which intermingle and pro-

mote each other to jointly promote the development

process of the wisdom industry and the wisdom city

and facilitate the digital transformation of the wisdom

industry. The development process of smart industry

and smart city is to make full use of these influencing

factors to form a reasonable structure of smart indus-

try and the spatial layout of smart city, and to realize

the integration and progress of smart industry and

smart city(Fig.2).

2.1.1 Technology Elements

The birth of big data technology, artificial intelli-

gence technology, edge computing technology and

blockchain technology has further promoted the de-

velopment of the digital industry while optimizing the

functions of smart cities. since 2010, the smart indus-

try has gradually emerged as a new industry in the

country. Numerous companies have entered the smart

industry, their technologies cover a wide range of

fields, and their mature scientific achievements have

been effectively utilized in the construction of smart

cities. In line with the six dimensions of the digital

industry (Fig.3), many digital and intelligent transfor-

mations and upgrades based on data have emerged.

For example, virtual spaces are gradually shifting

from "visual scenes" to "governance scenes" driven

by technologies such as artificial intelligence and

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504

Figure 3: Six Dimensions of Digital Industries. [Self-painted].

digital twins (Wang, 2022); RFID identification tech-

nology is already widely used by customs; mobile

IOT technology is helping smart streetlights to be de-

ployed on a large scale on the city's roads; cloud com-

puting technology is being used to provide a wide

range of services. The government cloud based on

cloud computing technology is widely used by gov-

ernment departments; big data technology and artifi-

cial intelligence technology are rapidly promoting the

transformation of data center wisdom; blockchain

technology helps promote the sharing, utilization and

security of information between regions, departments

and enterprises; digital interaction system and gov-

ernment-citizen interaction platform, which are logi-

cally constructed in two-dimensional space such as

digital city and big data, greatly improve the effi-

ciency of government operation. The three-dimen-

sional space with virtual reality and metaverse as the

underlying logic provides a more ideal paradigm for

future government-enterprise collaboration. The cur-

rent application of wisdom industry in a series of mu-

nicipal projects has also gradually created a wisdom

city platform capable of providing wisdom services to

the government, enterprises and citizens, which pro-

vides a broader space for the digital transformation of

industries, including the wisdom upgrading of new

wisdom industries and traditional industries

2.1.2 Resource Elements

Resources mainly include R&D resources and human

resources. R&D resources give rise to human re-

sources, and human resources can make better use of

R&D resources to maximize their effectiveness. In re-

cent years, China has gathered many universities and

new R&D institutions to create national key laborato-

ries, national technology centers and a large number

of enterprises with independent R&D capabilities. By

integrating R&D resources to create a closed loop of

R&D-talent, a virtuous cycle is formed. In terms of

human resources, by actively building a wisdom tal-

ent pool, strengthening the interaction between the

government, enterprises, universities and research in-

stitutions, building an integrated platform for indus-

try-university-research, promoting talent innovation

and exchange, and promoting the integration of wis-

dom industry and wisdom city development talent is

a key element in determining the construction of wis-

dom cities and wisdom industry innovation, and tal-

ent capacity building is indispensable. In the process

of promoting the development of wisdom industry

and wisdom city, there are two main paths to

strengthen the construction of talents. (Xu, Zhang,

Zhang, 2013) One is to gather talents from outside.

Cities need to attract and gather talents by creating a

good physical environment and cultural atmosphere.

To strengthen the introduction of talents, the city has

taken the lead in formulating and continuously opti-

mizing settlement and housing policies for high-level

talents, domestic and foreign university graduates and

foreign talents, so as to provide convenience and pro-

tection for their work and life. To promote the devel-

opment of smart industries, talent policies should fo-

cus on entrepreneurial talent and scarce talent in key

industries and promote the flow of talent to compa-

nies related to smart industries. Secondly, the govern-

ment needs to cultivate talents from within. It needs

to uphold the concept of openness and innovation, en-

courage universities to cultivate talents in line with

industrial trends, and actively guide the community to

jointly cultivate the key talents needed for smart in-

dustries and smart cities.

Digital Transformation of Smart Industries and Transformation of Smart City Governance Models in the Context of Internet Technology and

Digital Economy

505

2.1.3 Information Elements

Information has a high strategic position as an im-

portant resource for innovation and development in

today's society, and some scholars believe that it is the

basis for innovation and competitive advantage, as

the unique ability to disseminate, store, organize, pro-

cess and analyze information becomes a good condi-

tion for constituting a modern think tank. (Peng,

Chen, Li, 2021) The information element has contrib-

uted to the flourishing of think tank construction. In-

formation think tanks serve public policy, and as

think tanks, they have tremendous information sup-

port for the digital industry in both political advice

and academic research and theoretical innovation; in-

formation think tanks allocate human, material and fi-

nancial resources rationally so as to carry out human

resource management, fund management, project

management and results management and other re-

lated work, improve efficiency and shorten the pro-

cess, and can develop and utilize information to the

greatest extent The information think tank plays the

functions of planning, organizing, implementing and

controlling, effectively integrating the research re-

sources of the think tank, making full use of the ex-

pertise and research capabilities of the intellectual

subjects, forming an efficient and high-quality

knowledge production process, producing high-qual-

ity knowledge products, and delivering them to the

government, the public and the international commu-

nity through different ways, channels and media to re-

alize the value of the results The project will also pro-

mote the digital transformation of industries.

2.1.4 Finance Elements

Funding is the material basis for supporting the con-

struction of smart cities and the development of smart

industries. At the early stage of smart city construc-

tion, the government promoted the construction of

smart cities through investment, which in turn led to

the development of smart industries. In recent years,

China has actively promoted the integration of indus-

try, academia and research, which has led to the de-

velopment and growth of the wisdom industry and the

formation of a complete upstream and downstream

industrial chain. In the late stage of smart city devel-

opment, China has made full use of the advantages of

high management efficiency and strong technical in-

novation capacity of institutions and social capital

and the leveraging and amplifying effect of financial

funds to promote the construction of smart cities in

China, relying on the Internet, big data, cloud compu-

ting, block chain, artificial intelligence and other fi-

nancial technologies to vigorously develop Internet

finance and promote the flow of financial capital to

industrial construction and urban governance, thereby

realizing the smart industry The promotion of smart

city construction. At the same time, financial technol-

ogy has greatly reduced the operating costs and ac-

cess threshold of inclusive finance, realized measura-

ble, asset-based and data-based credit systems, and

enabled everyone to participate in urban construction

and industrial development through financial invest-

ment. It has effectively promoted urban infrastructure

construction and economic and industrial develop-

ment in numerous fields such as road transport, new

district development, ecological protection, cultural

tourism, biomedicine, software and information ser-

vices and education and healthcare.

2.2 Structure Transformation

The digital transformation of smart industries is a pro-

cess of integration and development with cities. On

the one hand, the development of smart industries

stimulates demand on the socio-economic side, thus

stimulating the intrinsic vitality of cities; on the other

hand, the improvement of smart city functions will

also provide conditions for the development of smart

industries and enhance competitiveness. In the devel-

opment process of smart industries and smart cities,

the integration and development of smart industries

and smart cities have formed different stages due to

the fundamental change of their leading dynamics

(Fig.4). In recent years, the integration and develop-

ment of China's wisdom industry and wisdom cities

has been deepening and has gone through three devel-

opment stages in chronological order.

2.2.1 Policy-Oriented Stage of the Initial

Transformation

The focus of this stage is on policy support, and the

government needs to formulate relevant policies that

are conducive to the digital transformation of the

smart industry and use high technology to guide the

gradual formation of the prototype of the smart indus-

try, so that a cluster of smart industries can be formed.

In terms of space, some scholars believe that modern

urban space is gradually transforming towards the in-

telligent and digital elements brought about by the

fourth industrial revolution, i.e., more attention is

paid to the technological empowerment of urban

space brought about by digital technology in the pro-

cess of embedding in urban governance. At this stage,

both smart industrial bases and smart urban areas

formed by smart industrial agglomeration show a

clustered distribution, and smart urban areas mainly

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Figure 4: Structural transformation of the digital industry. [Self-painted].

expand around smart industrial bases, forming a one-

dimensional urban space.

2.2.2 The Market-Oriented Phase of

Mid-Term Integration

The focus of this phase is on market expansion. With

the gradual development of the concept of smart cit-

ies, the focus of attention is no longer limited to the

construction of infrastructure, but more on the market

pull effect of the city. Whether the mid-term market

expansion can be completed to lay the foundation for

the later scale development becomes the key to the

successful completion of the digital transformation of

the smart industry at this stage. The construction of

smart cities has led to the development of urban

transport, education and finance, and the develop-

ment of transport, education and finance has created

a favorable environment for the market expansion of

the smart industry, further promoting the digital trans-

formation of the smart industry. Spatially, smart in-

dustry bases and smart city areas began to show a

point-axis distribution, and smart industries and smart

city areas began to expand along the axis, with adja-

cent areas connecting to form a two-dimensional ur-

ban space.

2.2.3 The Later Stages of Integration in the

Competitiveness-Oriented Phase

This stage focuses on the creation of competitiveness,

which is the ability of a city to attract, compete for,

own and transform resources, occupy and control

markets and its ability to create value and provide

welfare for its residents in comparison with other cit-

ies in the development process. (Ni, 2001) The im-

provement of a city's competitiveness is mainly

achieved through urban industries. The returns and

influence of urban industries determine, to a certain

extent, the city's ability to create value and reflect its

competitiveness. In the advanced stage of digital

transformation of wisdom industry is to expand the

competitiveness of the city in the region by improving

the level of wisdom industry, so as to obtain more re-

sources to promote the digital transformation of wis-

dom industry and the development of wisdom indus-

try and wisdom city. Spatially, smart industry bases

and smart city areas show a net-like and face-like dis-

tribution, with closer links between smart industry ba-

ses, forming smart industry clusters and neighboring

smart city areas gradually forming three-dimensional

urban spaces.

2.3 Strategy Transformation

2.3.1 Investment-Driven

This type takes deepening the supply-side structural

reform as the main line, strengthens top-level design

and overall coordination ability, and promotes the

digital transformation and development of smart in-

dustries and the improvement of urban functions

through project investment and construction to build

a smart city. On the one hand, it promotes the devel-

opment of wisdom industry through key projects, ex-

tends the industrial chain and improves the wisdom

industry ecology. Focus on the development of core

wisdom industry, through the injection of funds and

technological innovation, focus on the development

of software and information services industry, medi-

cine and health, artificial intelligence, new energy ve-

hicles, integrated circuits, smart grid, rail transporta-

tion, intelligent manufacturing equipment eight key

industries, to build a "goose array" of industrial clus-

ters; continue to promote industrial complementary

chain to strengthen the chain Stabilize the chain, fo-

cus on building iconic major industrial projects start-

ing from industrial demand, and cultivate a number of

core enterprises that can drive the integration and per-

Digital Transformation of Smart Industries and Transformation of Smart City Governance Models in the Context of Internet Technology and

Digital Economy

507

fection of the industrial chain and create a new intel-

ligent industrial ecology. On the other hand, through

investment and construction to improve the city's wis-

dom city function, strengthen the city's important car-

rier support. Coordinated planning of industrial struc-

ture and urban spatial layout, project access as a grasp

of efforts to build a new carrier of urban wisdom in-

dustry with outstanding benefits of industrial cluster-

ing, through investment to promote the digital trans-

formation of wisdom industry.

2.3.2 Consumption-Driven

This type aims to promote the digital transformation

and development of smart industries by consumption,

focusing on demand-side structural reform and man-

agement, expanding domestic demand for urban con-

sumption, improving the urban consumption environ-

ment and enhancing the quality of consumption,

forming a positive interaction between the supply and

demand sides. On the one hand, it relies on new smart

industries and the smart transformation of traditional

industries to create new consumption growth points,

promote economic development and optimize the

functions of smart cities. Vigorously develop new

smart industries, promote digital consumption, and

support the development of online industries such as

the layout of telecommuting, online education, tele-

medicine and online entertainment; guide the wisdom

of traditional industries, and guide commercial enter-

prises to implement digital transformation. On the

other hand, through the construction of a multi-level,

integrated development of the smart city consumption

carrier platform, to stimulate consumption enthusi-

asm, ensure consumer safety, promote economic de-

velopment, and pull the transformation and upgrading

of industrial wisdom. Expanding the spatial axis of

consumption in the smart city, by building a brand

publishing platform, establishing brand advantages,

promoting the development of fashion characteristic

industries and the improvement of business service

systems, and pulling the digital transformation of

smart industries through consumption.

2.3.3 Innovation-Driven

The type takes reform and innovation as the funda-

mental driving force, highlighting the core position of

innovation drive in the process of digital transfor-

mation and development of the "wisdom industry. On

the one hand, in order to promote the development of

the smart industry, it focuses on differentiated support

and diversified cultivation of innovation subjects, es-

tablishes a full-cycle and full-factor innovation sup-

port system oriented by market demand, and pro-

motes the integration and development of the innova-

tion and industrial chains. We will implement actions

to improve the quality and efficiency of new R&D in-

stitutions, promote the exchange and cooperation of

various innovation subjects, guide the flow of various

innovation elements to the industrial end through

government policies, and form a market-oriented

model for the integration and development of indus-

try-university-research; cultivate a matrix of science

and innovation enterprises in a gradual manner, pro-

vide differentiated policy support and management

according to the scale and development stage of the

enterprises, and deepen the implementation of the

plan to introduce high-level overseas talents and pro-

jects to effectively improve the programmed will also

deepen the implementation of the scheme for the in-

troduction of high-level overseas talents and projects,

so as to enhance the innovative and entrepreneurial

capabilities of talents. On the other hand, we will op-

timize the carrier function of the smart city by con-

structing a multi-level and three-dimensional innova-

tion space, promote the development of smart city

construction in the direction of marketisation, special-

ization and refinement, and enhance the scale effect,

agglomeration effect and comprehensive effect of the

smart industry. Promote the high-quality develop-

ment of high-tech parks, enhance the level of co-ordi-

nation and coordination management of high-tech

zones, create market-oriented, differentiated and dis-

tinctive high-tech parks through the integration of in-

novative resources and the coordinated layout of in-

dustries, enhance the overall economic benefits and

development quality of parks, and promote the digital

transformation of smart industries through innova-

tion-driven.

2.4 Location Transformation

2.4.1 Digital Transformation of Smart

Industries in the Old City

In the early stages of digital construction in the old

city, there was a lack of guidance on the concept of

smart city construction, and the digital construction

of various departments was uneven, with poor links

between departments, forming "information islands",

which greatly reduced work efficiency and caused a

waste of resources. In order to solve the above prob-

lems, we need to co-ordinate the wisdom construction

of the old city and the digital transformation of tradi-

tional industries, and on the basis of the existing in-

formation construction and industrial transformation,

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508

we should redesign the top level and build a central-

ized government data platform to interconnect the

isolated information systems of various departments,

so as to realize the interconnection and sharing of in-

formation between departments. At the same time, as

the economic and cultural center of the city, the old

city has many influential regional shopping districts

that gather the best quality consumer markets, attract

consumers from across the city and contribute the

most to the city's commercial output. However, with

the rise of the O2O model, the low-cost, high-effi-

ciency and zero-inventory online retail industry be-

gan to emerge (Wei, zhen, Xi, Wang, 2013), the tra-

ditional circulation order and marketing model of

commercial production and sales were broken, the

traditional commercial space structure of the city

faced impact, and the government began to explore

and practice in the face of the new situation. In recent

years, in order to accelerate the construction of smart

cities, China has implemented infrastructure renova-

tion and upgrading and data resource sharing and

opening projects based on in-depth investigation and

research in cooperation with smart city construction

units, focusing on "data ＋ governance" and "data

＋ decision-making". In addition, the project will be

managed in the whole process of project creation, im-

plementation, acceptance and application of wisdom

projects, so as to achieve the coordination of wisdom

projects. At the same time, it will guide the coopera-

tion between the Internet-based online industry and

the offline shopping areas of traditional cities, jointly

create new scenes, new experiences and new market-

ing, and data-driven online and offline operations in

the whole area to create a new intelligent consump-

tion model, lead the consumption trend and promote

the digital transformation of the wisdom industry in

the old city.

2.4.2 Digital Transformation of Smart

Industries in the New City

Compared to the old city, the new city has a relatively

weak industrial base, lacks leading industries, and

originally had a low overall industrial level, weak

consumption and weak markets. The digital transfor-

mation of the wisdom industry in the new city should

give priority to top-level design and planning from

the wisdom city aspect, co-ordinate the construction

of a wisdom city service platform, provide better and

more convenient services for enterprises, and create a

good environment for the development of the wisdom

industry. The new city should strengthen new wisdom

industry landmarks, seize development opportunities,

vigorously develop new wisdom industry systems,

focus on complementing and strengthening chains,

creating new development platforms, developing new

application scenarios, strengthening support for ma-

jor projects, forming new growth points with explo-

sive and leading power, deepening the integration of

industry and city, and promoting the digital transfor-

mation of wisdom industry and the rapid development

of wisdom cities.

3 A PARADIGM SHIFT IN

URBAN GOVERNANCE

With the rapid development of intelligent technolo-

gies such as cloud computing, the Internet of Things

and big data, the smart industry is not only at the fore-

front of modern industrial development, but also lead-

ing the development of human-centered smart city

construction and new urbanization. The injection of

smart industries provides the impetus for the develop-

ment of the city's economy, and the economic devel-

opment drives the infrastructure construction of smart

cities, improves the functions of smart cities, opti-

mizes the quality and layout of urban space, which in

turn creates the flow and concentration of population

and capital, increases the supply of labor, talent and

capital for smart cities, and will also drive the demand

for the economic, social, political, cultural and eco-

logical functions of cities. The new demand and the

existing foundation of smart city construction will in

turn provide the impetus and guarantee for a new

round of upgrading of the smart industry, thus form-

ing a virtuous cycle of integration and development

of the smart industry and the smart city. In this new

era, as a result of the digital transformation of the

smart industry, the governance model of the city has

also changed from traditional governance to a new

type of governance. Some scholars believe that the

governance of a new type of city involves the com-

prehensive role of multidimensional factors such as

values, institutions and technologies. (Yi, 2022) In

the context of the development foundation and differ-

ent stages of the integration of smart industry and

smart city and the digital transformation of smart in-

dustry, according to the four core elements of value,

politics, market and tools, this paper classifies urban

governance models into four types, which are the in-

novative governance model with multi-sectoral col-

laboration, the innovative governance model with the

participation of subdivided multi-dimensional sub-

jects, the innovative governance model with a human-

centered approach and the smart city The scientific

assessment model of governance (Fig.5).

Digital Transformation of Smart Industries and Transformation of Smart City Governance Models in the Context of Internet Technology and

Digital Economy

509

Figure 5: Four elements of the urban governance model.

[Self-painted].

3.1 Value: An Innovative Governance

Model with Multi-Sectoral Synergy

In the context of a smart city, the subjects of urban

governance include government departments, enter-

prises, the public and social groups, etc., but it is the

government departments that play the leading role, so

it is necessary to innovate the governance model,

build an integrated, refined and visualized public in-

formation platform governance model, compose a

public information system with spatial data, image

data and monitoring videos of the governance tasks

of each department, and construct a multi-depart-

mental collaborative After acquiring information and

data from the platform, the decision makers of smart

city governance can conduct comprehensive analysis,

unified scheduling and formulate measures. The col-

laborating departments can also exchange infor-

mation and data in real time in the wisdom infor-

mation platform, share resources and dovetail with

each other to jointly manage problems, forming a pat-

tern of multi-departmental collaborative governance.

3.2 Market: An Innovative Governance

Model that Breaks down the

Participation of Multiple Actors

In the context of smart cities, the governance of cities

must be jointly participated by multiple subjects in or-

der to achieve better governance results. The govern-

ment should organically unify and coordinate multi-

ple subjects to participate in urban governance to-

gether. Government departments should fine-tune the

decomposition of the work involved in the govern-

ance subjects and refine the work tasks and spatial

units of the subjects, so that the two can be effectively

dovetailed and the "invisible hand" of the market can

be used to reduce the waste of human, material and

financial resources, so that the governance tasks can

be completed in a very short period of time and the

efficiency of urban governance can be improved.

3.3 System: An Innovative Model of

People-Centered Governance

In the context of smart cities, the starting point of ur-

ban governance is to serve the public and improve

their standard of living and quality of life. Therefore,

an innovative people-oriented governance model

should be established to involve more public partici-

pation. Publicity and participation are important fea-

tures of smart cities, and all aspects of smart city gov-

ernance should be open to the public, with improved

public participation mechanisms and group efforts.

The smart information platform should facilitate pub-

lic participation in different time periods and spatial

areas with the help of tools such as cloud computing,

big data and the Internet of Things, opening up chan-

nels for reflection and improving governance effec-

tiveness. (People's Daily, 2020)

3.4 Tool: A Scientific Assessment

Model for Smart City Governance

In the context of smart cities, the government should

adopt a scientific assessment model to evaluate

whether the governance of the city is in place and

whether the results are satisfactory. In the assessment,

multiple methods should be used to make the assess-

ment conclusions as authentic, objective and scien-

tific as possible. The government should go deep into

the governance scene and directly participate in the

governance of the smart city; or use the interview

method and questionnaire method to assess the effec-

tiveness of the governance of the smart city, the

method chosen must be scientific and effective, and

can well control the real situation. If problems are

identified in the process of smart city governance, rel-

evant government departments, enterprises or social

organizations should be instructed to rectify them in

order to achieve better governance results.

4 CONCLUSION

Driven by smart technology, the digital transfor-

mation of smart industry and the integration of smart

industry-driven smart cities are important ways of ur-

ban development in the new era. Taking the digital

transformation of smart industries as an entry point,

this paper summarizes the specific types of digital

ICPDI 2022 - International Conference on Public Management, Digital Economy and Internet Technology

510

transformation of smart industries in China in recent

years and their influencing elements, and analyses in

depth their intrinsic logic and influencing mecha-

nisms. On the basis of a structured analysis of the de-

velopment of multiple integration, it summarizes the

four major modes of urban governance and their mul-

tiple integration development characteristics that

have been demonstrated in smart cities influenced by

the development of smart industries. In this new era,

it is necessary to integrate the multiple elements in-

volved in the development of smart industries and

smart cities, to give full play to and balance the power

of the government and the market, and to realize the

digital transformation of smart industries and the ef-

ficient integration of smart industries and cities, so as

to promote the overall improvement of the level of

industrial development, the effectiveness of urban

governance and the quality of social and economic

development.

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