A Novel Blockchain Strategy for Third Party Aware Crosschain Transaction Framework

In the digital transaction application, the crosschain process has attracted recent researchers of their significance. However, providing security for the crosschain transaction process at every transaction is a complicated task due to the harmfulness of the third-party action. Hence, the present paper has designed a novel third party aware tiny crypto blockchain (TPATCB) concept for the crosschain transaction field. Here, the users were authenticated through the key verification process, and the crypto features of the TPATCB afforded the data hiding function. From the designed model, the transmitted currency types are Bitcoin, Ethereum and Ripple coin. Finally, the planned security protocol is tested in the Python Ethereum framework, and the transaction details are obtained through the etherscan framework. Finally, comparing the recent associated studies valued and justified the operational parameters. In that, the implemented novel TPATCB scored outstanding results in all aspects. It proves the flexibility score of the proposed TPATCB in the crosschain transaction system.