Optimization of Information Security Sharing Mechanism of Online Education Platform based on Block Chain Technology

Guoping Chen, Guosen Miao, Yingchun Xue
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Abstract

Under the ravages of the COVID-19, online education platform business has achieved rapid development, and excessive platform integration and the spread of paid knowledge have also spawned security problems of data sharing between platforms and users. Meanwhile, the development of Internet technology has also increased the difficulty of knowledge safeguarding rights on education platforms and cracking down on piracy. Based on the application characteristics of blockchain technology, this paper proposes a dual authentication mode of node + platform based on hash detection. Through the smart contract provided by Ethereum, data encryption linking and two-way verification between different platforms are realized. After linking to blockchain, data transmitted over the network can be protected from hacking and tampering. The research in this paper has an enlightening effect on promoting the integration development of blockchain technology and emerging industries, and also makes a specific judgment on the next integration development direction.
基于区块链技术的在线教育平台信息安全共享机制优化
在新冠疫情的肆虐下,在线教育平台业务得到了快速发展,过度的平台整合和付费知识的传播也催生了平台与用户之间数据共享的安全问题。同时,互联网技术的发展也加大了教育平台知识维权和打击盗版的难度。基于区块链技术的应用特点,提出了一种基于散列的双重身份验证模式节点+平台检测。通过以太坊提供的智能合约,实现了不同平台之间的数据加密链接和双向验证。链接到区块链后,通过网络传输的数据可以免受黑客攻击和篡改。本文的研究对推动区块链技术与新兴产业的融合发展具有一定的启示作用,也对下一步的融合发展方向做出了具体的判断。
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