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Article

SILKSECURED: A COMPREHENSIVE ANALYSIS OF SECURITY AND DEPENDENCIES IN CHINA'S
GOVERNMENTAL WEB SYSTEMS

Ming Zuo, Yanan Cheng, Chao Li, Haiyan Xu, Zhaoxin Zhang



This is a preprint; it has not been peer reviewed by a journal.



https://doi.org/10.21203/rs.3.rs-4275987/v1

This work is licensed under a CC BY 4.0 License


STATUS:

Under Review






VERSION 1

posted 28 Apr, 2024

3

You are reading this latest preprint version


ABSTRACT



The study "SilkSecured" delves into the practice of governmental web systems in
China. It scrutinizes the security and dependency challenges besieging China's
governmental web infrastructure, with an intent to unearth pivotal concerns and
proffer enhancements. The inquiry reveals substantial vulnerabilities and
dependencies that could impede the digital efficacy and safety of governmental
web systems.

To counter these identified frailties, "SilkSecured" presents a suite of
strategic recommendations tailored to bolster the digital fortitude of China's
governmental web infrastructure. It underscores the critical need for robust
domain name resolution services to assure secure and reliable access to
government websites. The study accentuates the necessity for stringent vetting
and regular updates of third-party libraries, aiming to avert potential security
threats. Furthermore, it advocates for an optimized deployment of web systems by
advocating for a diversified distribution of network nodes, which could
substantially augment system resilience and performance.

Through this comprehensive analysis, "SilkSecured" aspires to serve as a beacon
for governmental departments, championing the ongoing enhancement of security
protocols within China's governmental web domains. This initiative is envisioned
to fortify the digital infrastructure against the spectrum of evolving cyber
threats, thus safeguarding the digital governance ecosystem in China. The
recommendations provided aim to underpin the robustness and reliability of
governmental web systems, ensuring their integrity in the digital era.

Physical sciences/Mathematics and computing/Computer science

Physical sciences/Mathematics and computing/Information technology

Physical sciences/Mathematics and computing/Statistics

Web information security

Web data mining

Web measurement

Digital governance

Digital infrastructure


FIGURES




1 INTRODUCTION




2 BACKGROUND




3 RELATED WORK




4 METHOD




5 RESULTS AND ANALYSIS




6 DISCUSSION AND CONCLUSION




DECLARATIONS




REFERENCES




ADDITIONAL DECLARATIONS



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STATUS:

Under Review






VERSION 1

posted 28 Apr, 2024



 * Editor invited by journal
   
   23 Apr, 2024

 * Submission checks completed at journal
   
   23 Apr, 2024

 * First submitted to journal
   
   16 Apr, 2024

You are reading this latest preprint version


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