The research emphasizes the potential of blockchain-enabled reverse auctions for optimal energy trading to revolutionize the energy trading landscape, promoting sustainable energy practices and enhancing efficiency within electric vehicle networks.

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This research presents a scalable property/land registration framework. It is based on blockchain technology, where all registry offices come together on a single framework based on blockchain to improve the registration process.

This research work mainly focuses on storing the property e-registry data storage, improving information management efficiency, and optimizing the searching of property records in the blockchain.

The research proposes a dual blockchain framework for land/property registry management, utilizing a mainchain for public metadata and a sidechain for non-transactional data like contracts and documents. This approach enhances data storage, streamlines authentication, reduces storage needs, and optimizes land record searches in the blockchain.

This research introduces a blockchain-based land/property registration architecture with a scalable trust-based consensus mechanism, enhancing efficiency and security across integrated state registry offices. The proposed framework reduces message exchanges compared to the traditional Proof-of-Work algorithm, streamlining the registration process.

This research develops a blockchain framework for vehicle insurance to streamline the reporting of accidents and filing of insurance claims. Blockchain-based automation platforms can enhance the scale and response time of claims processing, giving users control over additional transactions, inspection, and insurance.