1.1 Introduction
Digital Silk Road (DSR) refers to China's international effort to expand digital connectivity and technology cooperation through the development and provision of telecommunications networks, fibre-optic cables, data centres, cloud services, e-commerce systems, and other digital technologies. It is widely regarded as the digital component of China's Belt and Road Initiative and was formally introduced as part of China's broader international connectivity strategy in 2015 (World Bank, 2025).
The growth of the DSR has become important because technology now plays a major role in communication, trade, education, healthcare, finance, government services, and economic development. Chinese companies have increasingly provided digital infrastructure such as 5G networks, fibre-optic systems, cloud computing facilities, and data centres to countries in Asia, Africa, Europe, and other regions. However, the growing international presence of Chinese digital technology also raises questions about its wider impact on global technology. The expansion of Chinese technology providers may influence the technologies countries adopt, the standards used to operate digital systems, and the way data and digital services are governed.
As a prelude to other parts of this study, this chapter will discuss the background upon which this study was initiated, the statement of problems that led to this study, the aim and objectives of the study. Others are significance of the study, scope of work, research hypothesis and questions, limitation of the study and definition of terms.
1.2 Background of Study
The rapid development of digital technology has changed the way countries communicate, conduct business, provide public services, and participate in the global economy. Digital infrastructure such as telecommunications networks, fibre-optic cables, cloud computing, data centres, artificial intelligence, e-commerce platforms, and 5G networks has therefore become an important part of national and international development. According to Hillman (2021), China's Digital Silk Road (DSR) represents an important part of China's broader Belt and Road Initiative and involves the expansion of digital infrastructure and technology beyond China. In simple terms, the DSR is China's effort to connect countries through digital technologies while creating opportunities for Chinese technology companies to operate in international markets. The initiative gained greater attention after its inclusion in China's Belt and Road framework in 2015, covering areas such as telecommunications, digital services, artificial intelligence, big data, cloud computing, and related technologies (Council on Foreign Relations, 2022).
The emergence of the Digital Silk Road is closely linked to China's rapid transformation into a major global technology power. Over the past two decades, Chinese firms have expanded their activities in telecommunications, mobile technology, cloud services, e-commerce, digital payments, and other areas of the digital economy. China's growing technological capacity according to Chen and Yang (2020) has provided the country with new opportunities to participate in international technology development rather than remaining mainly a consumer of foreign technologies. Similarly, Hillman (2021) reported that Chinese companies have become involved in the construction of telecommunications networks, submarine cables, data centres, satellite systems, and other forms of digital infrastructure in different parts of the world. Furthermore, the relatively competitive cost of some Chinese technology solutions has encouraged developing countries to work with Chinese technology providers as they seek to improve their digital economies.
The importance of the DSR is particularly visible in developing regions where digital infrastructure remains inadequate. Many countries in Africa, Asia, Latin America, and other emerging markets require substantial investment to expand internet connectivity and modernise their communication systems. Atif et al. (2026) reported that Chinese digital connectivity projects in Kenya have contributed to developments in telecommunications, data centres, and smart-city initiatives. These developments show that the DSR is not limited to internet access but is increasingly connected to wider technological transformation.
The presence of Chinese technology companies in developing countries may provide opportunities for local workers, businesses, and institutions to gain access to new technologies and technical knowledge. According to El-Kadi (2024), Chinese ICT companies such as Huawei and ZTE have established significant operations in North Africa, creating local linkages through their activities. However, the study also found that these activities did not necessarily produce meaningful learning opportunities that resulted in technological upgrading by domestic firms. Supporting this position, Atif et al. (2026) noted that although Chinese digital projects may accelerate technological development, concerns remain about technology standards, data governance, and the long-term implications of dependence on external technology providers.
The Digital Silk Road has also become relevant to the global competition over technological standards. Technology standards determine how different digital systems communicate, operate, and work together. Countries and companies that influence these standards may gain an important position in shaping the future direction of global technology. Borgogno and Savini Zangrandi (2024) stated that China's approach to data governance is connected to its efforts to project influence through international standard-setting and digital infrastructure. This study is set against the backdrop of the growing global importance of China's Digital Silk Road and its increasing influence on international digital infrastructure, technological innovation, standards, data governance, and technology relations among countries.
1.3 Statement of Problems
Investigation revealed that China's Digital Silk Road has expanded through 5G, telecommunications, cloud computing, digital platforms, and other technologies, improving digital connectivity across many countries. On the other hand, some countries still face limited infrastructure, skills, and innovation capacity needed to gain full benefits from these technologies.
Furthermore, the growing use of Chinese technology has raised concerns about technology dependence, cybersecurity, data protection, and local technology development. In addition, China's growing role in 5G, artificial intelligence, cloud computing, and digital platforms is increasing global technology competition. It is against this backdrop that this study seeks to examine the impact of China's Digital Silk Road on global technology.
1.4 Aim and Objectives of Study
The main aim of this study is to examine the impact of China's Digital Silk Road on global technology.
The specific objectives of this study are to:
- Examine the impact of China's Digital Silk Road on global digital infrastructure development.
- Determine the influence of China's Digital Silk Road on technological innovation and development.
- Examine the effect of China's Digital Silk Road on global technology standards and digital systems.
- Assess the influence of China's Digital Silk Road on data governance and cybersecurity.
- Identify the major challenges associated with the influence of China's Digital Silk Road on global technology.
1.5 Research Questions
The following research questions are formulated in line with the objectives of the study:
- What is the impact of China's Digital Silk Road on global digital infrastructure development?
- How does China's Digital Silk Road influence technological innovation and development?
- What effect does China's Digital Silk Road have on global technology standards and digital systems?
- How does China's Digital Silk Road influence data governance and cybersecurity?
- What are the major challenges associated with the influence of China's Digital Silk Road on global technology?
1.6 Research Hypotheses
In order to pursue the objective of this study, the following generalized statements have been designed to guide and aids in obtaining the result for the experiment to be conducted. For this work, the null hypothesis will be represented with H0 while the alternative hypothesis will be represented with hypothesis H1.
Hypothesis One
- H0: China's Digital Silk Road has no significant impact on global digital infrastructure development.
- H1: China's Digital Silk Road has a significant impact on global digital infrastructure development.
Hypothesis Two
- H0: China's Digital Silk Road has no significant influence on technological innovation and development.
- H1: China's Digital Silk Road has a significant influence on technological innovation and development.
Hypothesis Three
- H0: China's Digital Silk Road has no significant effect on global technology standards and digital systems.
- H1: China's Digital Silk Road has a significant effect on global technology standards and digital systems.
Hypothesis Four
- H0: China's Digital Silk Road has no significant influence on data governance and cybersecurity.
- H1: China's Digital Silk Road has a significant influence on data governance and cybersecurity.
Hypothesis Five
- H0: The challenges associated with China's Digital Silk Road have no significant effect on its influence on global technology.
- H1: The challenges associated with China's Digital Silk Road have a significant effect on its influence on global technology.
1.7 Significance of Study
The outcome of this research will provide telecommunications organisations with information about the effects of international digital infrastructure development on technology systems and standards. The study will also help technology companies understand changes in the global technology environment and the growing role of Chinese technology providers.
Furthermore, the study will provide international organisations with information relevant to digital development, technology cooperation, and the global digital divide. It will also identify major challenges linked to the expansion of Chinese digital technology.
Lastly, the study will provide researchers and students with useful academic material for further studies on the Digital Silk Road, global technology, digital infrastructure, and technology governance.
1.8 Scope of Study
The study focuses on The Impact of China's Digital Silk Road on Global Technology, with particular attention to digital infrastructure, technological innovation, technology standards, data governance, cybersecurity, and associated challenges.
The research uses NITDA in Nigeria as a contextual organisation and considers Nigeria's position within the wider global digital environment.
1.9 Limitations of the Study
During the course of this study, there were some problems encountered which stood as limitations to the research work. Some of the limitations include:
- Delay from respondents: Delays from respondents affected the collection of primary information. Some respondents took longer than expected to provide the required responses, which affected the research schedule.
- Financial constraints: Financial constraints limited the resources available for data collection, transportation, communication, printing, and other research activities.
- Time constraints: Time constraints also affected the study because the researcher had to complete the research within a limited academic period while dealing with data collection and analysis requirements.
1.10 Definition of Terms
Digital Silk Road (DSR):
The Digital Silk Road refers to China's international effort to expand digital connectivity and technology cooperation through telecommunications networks, fibre-optic cables, data centres, cloud computing, e-commerce, and other digital technologies.
Global Technology:
Global technology refers to the development, use, exchange, and spread of technological systems and innovations across countries. It includes telecommunications, information technology, artificial intelligence, cloud computing, digital platforms, data systems, and other technologies used internationally.
Digital Infrastructure:
Digital infrastructure refers to the physical and technical facilities that support digital communication and services.
Technological Innovation:
Technological innovation refers to the development or improvement of technologies, products, processes, or services. In this study, it refers to how new and improved digital technologies are developed, adopted, and used as a result of international technology activities.
Technology Standards:
Technology standards are agreed technical rules or specifications that allow digital products, systems, and networks to work properly and communicate with one another.
Data Governance:
Data governance refers to the rules, policies, and procedures used to manage data, including how data is collected, stored, transferred, accessed, and protected.
Cybersecurity:
Cybersecurity refers to the protection of computers, networks, digital systems, and data against unauthorised access, damage, disruption, or misuse. In the context of this study, cybersecurity covers the protection of digital infrastructure and information connected to international technology systems.
Digital Connectivity:
Digital connectivity refers to the ability of people, organisations, and countries to connect and communicate through digital networks. It includes access to mobile networks, broadband internet, fibre-optic systems, and other communication technologies.
Technology Transfer:
Technology transfer refers to the movement of technological knowledge, skills, equipment, or processes from one organisation or country to another. In the context of the Digital Silk Road, it may occur when Chinese technology companies provide equipment, technical services, training, or technological systems to partner countries.
Technological Dependence:
Technological dependence refers to a situation where a country or organisation relies heavily on external suppliers for important technologies, infrastructure, technical expertise, or digital services.
Digital Divide:
The digital divide refers to the gap between people, communities, organisations, or countries that have adequate access to digital technologies and those that have limited or no access.
Digital Transformation:
Digital transformation refers to the use of digital technologies to change and improve the way organisations, businesses, governments, and societies operate. It includes the adoption of digital platforms, automated systems, cloud services, data technologies, and other digital tools.
Belt and Road Initiative:
The Belt and Road Initiative (BRI) is China's international development and cooperation framework involving infrastructure, trade, investment, and connectivity projects across different regions. The Digital Silk Road developed as the digital component of this broader initiative, focusing on technology and digital connectivity.
Cloud Computing:
Cloud computing refers to the delivery of computing resources such as storage, software, processing power, and digital services through internet-based systems rather than relying only on locally installed computer infrastructure.
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