Building Scalable Security Configuration Systems for IoT Devices
Keywords:
IoT, DDoS, NAC , I, Scalable Security Systems, Real-Time Adaptability, Automated Deployment, Security Threat Landscape, Cloud-Based Systems, Distributed Architectures, Security Resiliency, Regulatory ComplianceAbstract
The exponential growth of the IoT devices has brought new concerns in terms of security settings across a large population. Due to the multiple interconnected smart devices, differentiation of the operating conditions and active changes in the security threat landscape, solutions for IoT must be scalable and adaptive. This present paper examines the prospects of designing scalable security configuration systems for IoT devices with particular focus on factors such as real time adaptability, automated deployment and control. The essential areas include studying the present issues, assessing the existing paradigms and contributions which recommended emerging approaches relying on cloud based systems and distributed architectures. The results also show that the models put forward do not only improve security resiliency at scale but also simplify compliance with regulations during the development process. In the final part, distinct possibilities of using artificial intelligence and blockchain to enhance IoT security settings are considered to provide practical guidelines for developing a more secure IoT environment.
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