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In this research article, the research challenges and potential solutions in five key areas of advanced computer networking, namely Network Function Virtualization (NFV), Machine Learning in Network Security, 5G Networks, Blockchain-Based Solutions for IoT Security, and Software-Defined Networking (SDN) are introduced and discussed. NFV faces issues in management and performance of the network, and issues in transitioning from traditional hardware. ML in security has issues with data quality, transparency, and adversarial robustness. 5G networks encounter deployment, spectrum, and edge computing integration challenges. Blockchain for IoT security must overcome consensus and interoperability hurdles. SDN adoption is hindered by security concerns and traditional management issues. Addressing these challenges will enhance network agility, efficiency, and security, enabling innovative applications such as dynamic service provisioning, proactive security defenses, high-bandwidth applications, and secure IoT ecosystems, ultimately transforming network management and utilization.

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Security of Emerging Technologies in Computer Networks

  • 会议论文

  • 发表日期：

    2025年

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  • Kannan Balasubramanian

摘要

In this research article, the research challenges and potential solutions in five key areas of advanced computer networking, namely Network Function Virtualization (NFV), Machine Learning in Network Security, 5G Networks, Blockchain-Based Solutions for IoT Security, and Software-Defined Networking (SDN) are introduced and discussed. NFV faces issues in management and performance of the network, and issues in transitioning from traditional hardware. ML in security has issues with data quality, transparency, and adversarial robustness. 5G networks encounter deployment, spectrum, and edge computing integration challenges. Blockchain for IoT security must overcome consensus and interoperability hurdles. SDN adoption is hindered by security concerns and traditional management issues. Addressing these challenges will enhance network agility, efficiency, and security, enabling innovative applications such as dynamic service provisioning, proactive security defenses, high-bandwidth applications, and secure IoT ecosystems, ultimately transforming network management and utilization.