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Web-Proxy-Based Authentication and Authorization Mechanism Against Client-Based HTTP Attacks

机译：基于Web代理的身份验证和授权机制可抵抗基于客户端的HTTP攻击

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摘要

There has been a huge development in how to read a data from sensor device such as infrared (IR) device, temperature device, etc. Sensor data collection has wide issues of information security. Information security is also the current topic of discussion due to its use in application in various fields. There are number of users having different user roles with smart devices. These personnel use devices for various purposes like access the information from various devices such as wireless sensors so that a secure and efficient mutual authentication and authorization scheme is used in the smart grid network to prevent various insider and outsider attacks on information or data. Therefore, proposed work design novel approach to overcome that attack, malicious user and device by authentication and authorization. The technique of authenticate authenticates each user role dynamically using a signature based access control and verifies the identity of user together with the device. Access control mechanism not only prevents unauthorized access but also prevent misuse of data. Existing system generates shared key for each session but it generates huge overhead and not suitable for the real-world applications so in proposed system we used public key cryptography to reduce the overhead.
机译：如何从诸如红外（IR）设备，温度设备等传感器设备读取数据已经有了巨大的发展。传感器数据收集具有广泛的信息安全性问题。由于信息安全在各个领域中的应用，因此信息安全也是当前讨论的主题。许多用户在智能设备上具有不同的用户角色。这些人员将设备用于各种目的，例如从各种设备（例如无线传感器）访问信息，以便在智能电网网络中使用安全有效的相互身份验证和授权方案，以防止对信息或数据进行各种内部和外部攻击。因此，提出了一种工作设计新颖的方法，以通过身份验证和授权来克服这种攻击，恶意用户和设备。验证技术使用基于签名的访问控制来动态验证每个用户角色，并与设备一起验证用户的身份。访问控制机制不仅可以防止未经授权的访问，还可以防止滥用数据。现有的系统为每个会话生成共享密钥，但是它会产生巨大的开销，并且不适合实际应用，因此在提出的系统中，我们使用公共密钥密码术来减少开销。

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