Advancement of Smart Contract Administration in a Virtual Environment through Blockchain Technology and Optimization Tools

Abstract

It caters to a decentralized, trusted ecosystem via smart contract management development with blockchain technology and artificial intelligence that automatically execute and enforce agreements. Complex and dynamic interactions are dealt with effectively and efficiently through blockchain technology. In the proposed virtual environment, blockchain is integrated into smart contact management. It solves the existing problems by applying hybrid optimization techniques, such as stochastic gradient and mini-batch stochastic optimization, which enhance auto-decision-making and optimize the data coming from complex structures. This technique improves scalability, latency, and resources utilization, hence optimizing the applications within the virtual platform. Other performance metrics that may be improved include transaction processing speed, resource utilization, and execution time of contracts. It is designed in a way to enhance supply chain management, decentralized applications, and virtual asset exchanges by making use of blockchain technology. The system ensures the reliability and transparency of smart contract execution with prevention from possible frauds and unauthorized modifications. Further, the results will be analyzed by using a Matlab simulation platform and compared with existing systems to get optimal results.