MSC: A Novel Chameleon Hash-Based Off-Chain Storage Framework for Metaverse Applications
Keywords:
blockchain, chameleon hash, distributed system, metaverse, storageAbstract
With its tamper-resistant features and growing reliability, blockchain has become an ideal platform for decentralised applications; nevertheless, it has also introduced new concerns related to on-chain overhead. An intriguing research question on the safe reduction of on-chain storage overhead has emerged in response to the emergence of metaverse-related smart contracts on blockchain. An innovative decentralised system architecture that allows code or stored data changes without altering on-chain data is introduced in this study as the Metaverse Off-chain Storage architecture based on Chameleon hash (MSC). To keep the index consistent even when data is modified, decentralised apps use the Chameleon hash to compute it. With the right authentication procedures in place, data may be stored off-chain at the same time. When compared to other frameworks of its kind, testing findings reveal that MSC uses less on-chain storage. When compared to smart contract data storage directly, MSC also drastically reduced overhead.
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