A Research Threshold Efficient Hybrid Encryption Schema for Secure File System

Electronic technologies have radically changed the way of doing business and the way of storing and sharing information. In the technology revolution, security is more affected with the introduction of distributed environment where data requires accessing from remote computers. When Operating Systems (OS) are running on a device with no file encryption, normally file access is controlled through user authentication mechanisms by its own operating system. However, an invader can easily bypass this fence if he gains physical access to the computer. To protect sensitive files/data even if physically accessed the device, the most widely accepted solution to this is to store the files encrypted on the physical media. Windows family of OS uses an EFS, similarly Gnupg is an encryption tool for operating systems such as FreeBSD, Solaris, MacOS to enforce security measure and much more algorithm which are using short length key or keys for encrypting the file-system. Even though these systems are good, still there is a question about confidentiality and privacy because of explosive growth of computing power and cryptanalysis tools and techniques. In this paper a novel approach for encrypting file system using Rbits cipher with PKC is proposed. In brief, Rbits enforce unlimited sub-keying mechanism in encryption process to avoid any sort of cryptanalysis

Research and Design on Intranet Security File System

To solve the data security issue in intranet massive storage system, a Multi-Protocol Secure File System ( for short MPSFS) is designed. Firstly, the MPSFS supports the access of users with different protocols, and provides the unified access interface, so can achieve high performance in data storage and retrieval; secondly, with the help of other technologies such as identity authentication, access control and data encryption, the MPSFS can effectively ensure the data security in the intranet storage system. By the experiment, the MPSFS can provide good security and scalability for intranet massive storage system, and has less effect to the network I/O performance.