基于用户角色类型的以太坊区块链远程医疗系统访问控制设计

Muhammad Hamzah, Diyanatul Husna, Fransiskus Astha Ekadiyanto, K. Purnama, Afif Nurul Hidayati, Mauridhi Hery Purnomo, Supeno Mardi Susiki Nugroho, Reza Fuad Rachmadi, I. Nurtanio, Anak Agung Ratna
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引用次数: 1

摘要

为了满足健康作为人类的基本需求,医疗保健服务技术不断进步,但由于大量数据的创建和分布,必须保持数据的安全性和隐私性。采用电信技术的远程医疗提供了方便和更便宜的成本,但仍然容易受到网络攻击,对患者的数据隐私构成威胁。可用于保护数据的一种方法是对数据应用访问控制。不可变区块链可以帮助实施访问控制,使其不会被违反。我们提出了一个系统,实现以太坊为区块链和React web应用程序为系统的接口。数据管理和访问控制通过以太坊智能合约提供,访问控制需要基于不同角色的权限来上传和访问患者的数据。系统工作成功,每个会话验证角色的平均时间为1.8033秒。患者数据的隐私性得到了保证,因为只有允许保留自己数据ID的患者。
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Access Control Design Based on User Role Type in Telemedicine System Using Ethereum Blockchain
To fulfill health as basic human needs, health care services technology is always improved but also must maintain security and privacy of the data due to huge amount of data is created and distributed. Telemedicine with telecommunication technology offers convenience and cheaper cost, but still is vulnerable to cyber attacks, making it a threat for patients’ data's privacy. One approach that can be used to secure the data is applying access control to the data. Immutable blockchain can helps to enforce access control so it cannot be violated. We propose a system which implements Ethereum for the blockchain and React web application for the interface of the system. Data management and the access control are provided through Ethereum smart contracts, and the access control requires different role-based permission to upload and access the patients’ data. The system works successfully with average time taken to verify the role is 1.8033 seconds per session. The privacy of the patients’ data is ensured because only the patients that are allowed to keep the ID of their own data.
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