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A New Type of Network Security Protocol Using Hybrid Encryption in Virtual Private Networking | Science Publications

机译:虚拟专用网中使用混合加密的新型网络安全协议科学出版物

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> Today wireless communications is acting as a major role in networks. Through year-end 2006, the employee's ability to install unmanaged access points will result is more than 50% of enterprises exposing sensitive information through the wireless virtual private networks (VPN). It enables you to send the data between two computers across a shared or public network in a manner that emulates the properties of a private link. The basic requirements for VPN are User Authentication, Address Management, Data Compression, Data Encryption and Key Management. The private links are established in VPN using Point-to-Point Tunneling Protocol (PPTP) and Layer-Two-Tunneling Protocol (L2TP). These protocols are satisfies VPN requirements in five layers. In user authentication layer, multiple trusted authorities using Extensible Authentication Protocol (EAP) do the authentication process. In fourth layer the data encryption part using RC4 called Microsoft-Point-to-Point Encryption (MPPE) method. The aim of this paper, instead of multiple trusted authorities we focus single trusted authority using public key cryptography RSA in EAP and also we include AES-Rijndael stream cipher algorithm instead of RC4 for MPPE. We propose new type of hybrid encryption technique using AES-Rijndael for encryption and decryption and RSA used for key management.
机译: >如今,无线通信在网络中扮演着重要角色。到2006年底,员工将能够安装不受管理的访问点,这将导致超过50%的企业通过无线虚拟专用网(VPN)公开敏感信息。它使您可以模拟私有链接的属性,通过共享或公用网络在两台计算机之间发送数据。 VPN的基本要求是用户身份验证,地址管理,数据压缩,数据加密和密钥管理。专用链路是使用点对点隧道协议(PPTP)和第二层隧道协议(L2TP)在VPN中建立的。这些协议满足五层的VPN要求。在用户身份验证层中,使用可扩展身份验证协议(EAP)的多个受信任的权威机构进行身份验证过程。在第四层中,数据加密部分使用称为Microsoft点对点加密(MPPE)方法的RC4。本文的目的是,在EAP中使用公共密钥加密RSA而不是多个受信任的权威,而将单个受信任的权威作为重点,并且针对MPPE,我们包括AES-Rijndael流密码算法而非RC4。我们提出了一种新型的混合加密技术,使用AES-Rijndael进行加密和解密,并使用RSA进行密钥管理。

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