A high assurance MLS file server
Jeffrey Choi Robinson, Jim Alves-Foss
Abstract
Jeffrey Choi Robinson, Jim Alves-Foss
Abstract
In this paper, we present the design of a high assurance file server model developed to operate within the Multiple Independent Levels of Security framework. The file server model is a multilevel application that utilizes separation to mediate information flow by adhering to a security policy formulated from a modified version of the Bell and LaPadula Model and the GWVr2 policy, which is a separation kernel based policy developed for high assurance architectures. This paper focuses on the design aspects of the file server model and the underlying architecture. The purpose of this file server design is to develop a formal model to meet the formal methods requirement of Common Criteria, which is a system design and specification guideline for high assurance systems. The model is also an example application for the Multiple Independent Levels of Security architecture.
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In this paper, we present the design of a high assurance file server model developed to operate within the Multiple Independent Levels of Security framework. The file server model is a multilevel application that utilizes separation to mediate information flow by adhering to a security policy formulated from a modified version of the Bell and LaPadula Model and the GWVr2 policy, which is a separation kernel based policy developed for high assurance architectures. This paper focuses on the design aspects of the file server model and the underlying architecture. The purpose of this file server design is to develop a formal model to meet the formal methods requirement of Common Criteria, which is a system design and specification guideline for high assurance systems. The model is also an example application for the Multiple Independent Levels of Security architecture.
Key concepts: Computer science, Operating system, Security policy, Architecture, SSH File Transfer Protocol, File system, File server, Self-certifying File System