Blockchain and Edge Computing for IoT Advancements

Abstract

The rise of cloud computing and distributed ledger technology has enabled the IT sector to implement cutting-edge safeguards for sensitive customer data. This article examines how cloud computing and distributed ledger technologies (DLTs) may be safer due to their applications, advantages, and fundamental principles. It is critical to have a comprehensive awareness of this paradigm's core contributions, driving reasons, research difficulties, and prospective remedies. An approach based on eight mathematical equations and three sophisticated algorithms is also described. The researchers that carried out the previously stated experiment devised this strategy. The first technique, named the “Secure Data Transmission Algorithm,” involves securely transmitting data from the cloud to DLT. The “Consensus Protocol Enhancement Algorithm” (CPEA) is a method for accelerating consensus-building in DLT networks. These speeds up the process of improving the security of DLT networks. The “Privacy-Preserving Smart Contracts Algorithm” is a novel algorithm that has been designed to enable smart contracts while protecting the privacy of its users. The study's findings shed light on the potential benefits of this consolidation and provide a strong foundation for the future development of further preventive measures. The proposed solution, which is supported by complicated mathematical formulations and algorithms, efficiently answers the contemporary information technology era's strong requirement for greater security. This is because the approach relies on sophisticated mathematical formulas as its foundation.