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Implementation of RSA 2048-bit and AES 128-bit for Secure e-learning web-based application

机译:RSA 2048位和AES 128位的实现,用于基于网络的安全电子学习

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E-learning systems today focuses on wide accessibility which is relatively contradictive to security. But as the cyber landscape has changed, so is the cyber security threat that follows. Security is needed to prevent from cyber threat such as data theft, modification, and fabrication, especially in a web-based environment. In this research, RSA 2048-bit algorithm, AES 256-bit and SHA 256 will be implemented in PHP and Javascript programming. Secure Electronic Learning System (SELS) application is designed to accommodate security services, such as confidentiality, integrity, authentication, and non-repudiation. Encryption to provide confidentiality services in file exchange process. Digital signature used to provide integrity, authentication, and non-repudiation in the access control and file exchange processes. Moreover, application can give information about file modification with notification to users. We demonstrated the implementation of cryptography in SELS can prevent data theft, illegal access, data modification or fabrication and is proven on the test.
机译:当今的电子学习系统着重于广泛的可访问性,这与安全性相对矛盾。但是随着网络格局的变化,随之而来的网络安全威胁也随之改变。需要安全性来防止诸如数据盗窃,修改和伪造之类的网络威胁,尤其是在基于Web的环境中。在这项研究中,将在PHP和Javascript编程中实现RSA 2048位算法,AES 256位和SHA 256。安全电子学习系统(SELS)应用程序旨在容纳安全性服务,例如机密性,完整性,身份验证和不可否认性。加密在文件交换过程中提供机密性服务。用于在访问控制和文件交换过程中提供完整性,身份验证和不可否认性的数字签名。而且,应用程序可以在通知用户的情况下提供有关文件修改的信息。我们证明了在SELS中实施加密技术可以防止数据盗窃,非法访问,数据修改或伪造,并且在测试中得到了证明。

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