Smart Contracts in Blockchain-Based Digital Education Platforms
Abstract
The integration of smart contracts into blockchain-based digital educational platforms enables radically increased transparency, security, and automation of processes: from issuing verifiable certificates and automatic course enrollment to distributing scholarships and motivating students through tokenized rewards. This article examines the theoretical foundations of smart contracts, their use, architectural solutions, and implementation, as well as a practical section with an implementation example in Solidity. These factors determined the primary objective of this work: a conceptual analysis of the integration of blockchain technologies into online educational platforms. The methodological framework is based on a comprehensive approach, including the systematization of theoretical data and a critical analysis of the implementation of decentralized ledgers in modern digital systems. Particular attention is paid to the analysis of mechanisms for ensuring the immutability of academic achievement data, thereby eliminating the possibility of diploma falsification. A model of a decentralized autonomous educational environment facilitating the development of individual learning paths is also proposed.
An example of successful cases of integrating distributed ledgers into a learning management system (LMS) is provided, demonstrating a reduction in administrative costs. The conclusion, of course, summarizes the research and outlines prospects for scaling similar systems within the global educational space.
Keywords: digital platform, educational platform, blockchain, information technology, contract, smart contracts