A Blockchain-based Approach for Securing IoT Devices in Smart Homes
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Abstract
Indoors rising cyber threats in smart home ecosystems, this research delineates a ground-breaking approach, fortifying the security of Internet of Things (IoT) devices through a tailored blockchain-based framework. This innovation is pivotal, given the prevalent security architectures' deficiencies, primarily centralized models prone to systemic failures and privacy infringements. The study's lifeblood is a meticulously crafted methodology, commencing with an in-depth analysis of existing vulnerabilities and culminating in the realization of a blockchain-integrated security infrastructure. The process is thorough, encompassing the judicious selection of blockchain technology, the development of a bespoke security framework, and its subsequent validation in a simulated environment fraught with diverse cyber-attack paradigms. The empirical evidence underscores the framework's superiority, manifesting in a dramatic 55% plunge in security loopholes and a 75% surge in threat detection capabilities. This synergy between blockchain's immutable ledger system and IoT devices heralds a new era in cybersecurity, ensuring data integrity and resilience even when faced with sophisticated cyber-attacks. Furthermore, the research contemplates future trajectories, emphasizing the need for enhancements in scalability, energy efficiency, and the incorporation of AI-enabled threat anticipation mechanisms. Conclusively, the study stands as a testament to the transformative potential of blockchain in cybersecurity, paving the way for robust, user-friendly, and privacy-focused smart home environments. It calls for a unified approach, combining technological innovation with proactive cybersecurity policies, to safeguard our digital sanctuaries in an increasingly connected world.
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