VULNERABILITY MINING AND REPAIR STRATEGIES FOR NETWORK SECURITY PROTOCOLS IN DIGITAL COMMUNICATION
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Abstract
Background and Purpose: With the rapid development of digital communication technologies, network security protocols are increasingly exposed to various types of vulnerabilities. Effectively identifying and addressing these vulnerabilities has become critical to ensuring communication security and protecting user data. This study aims to analyze common vulnerabilities in digital communication and network security protocols and to emphasize the importance of vulnerability mining in digital communication security.
Methods: This paper outlines digital communication and network security protocols and their common vulnerability types, and designs an efficient vulnerability mining process. Based on the identified vulnerabilities, targeted repair technologies and methods are proposed, and an efficient vulnerability repair and management system is constructed.
Results: The proposed vulnerability mining process and repair management system improve the efficiency and accuracy of vulnerability identification and remediation. The results demonstrate that the designed approach enhances system security and strengthens the protection of user data.
Conclusion: The study provides a comprehensive and practical strategy for improving the security of digital communication systems. By integrating vulnerability mining with targeted repair and systematic management, the proposed approach contributes to more robust network security and reliable digital communication environments.