MLS互操作性的框架

Myong H. Kang, J. Froscher, I. S. Moskowitz
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引用次数: 12

摘要

分布式面向对象计算(DOC)是一种新的计算范式,它促进了基于组件的开发、位置独立性、可伸缩性和软件重用等。多层安全(MLS)技术的用户希望利用这些新技术,然而,将新技术纳入MLS产品的过程比非安全商业产品的类似过程要慢,因为MLS产品必须经过严格的评估/认证程序。我们提出了一个架构框架,以加快向MLS用户介绍新技术的过程。我们研究了传统MLS方法的缺点,并重新审视了MLS用户的需求。然后,我们介绍安全关键组件,这些组件可以启用MLS解决方案和MLS体系结构框架,该框架不仅可以容纳遗留系统,还可以容纳包括DOC在内的新技术,而不会危及系统安全性。我们的框架将安全关键组件/功能与系统的其余部分分开,因为这些组件必须经过严格的评估/认证过程。这种方法使MLS用户能够安全地使用新技术。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A framework for MLS interoperability
Distributed object oriented computing (DOC) is a new computing paradigm that promotes component based development, location independence, scalability, software reuse, etc. Users of multilevel security (MLS) technology want to take advantage of these new technologies However, the process of incorporating new technologies into MLS products is slower than the analogous process for non secure commercial products because MLS products must go through rigorous evaluation/certification procedures. We propose an architectural framework that speeds up the process of introducing new technologies to MLS users. We examine the drawbacks of traditional MLS approaches and take a fresh look at the requirements of MLS users. We then introduce security critical components that can enable MLS solutions and an MLS architectural framework that can accommodate not only legacy systems but also new technologies including DOC, without jeopardizing system security. Our framework separates security critical components/functions from the rest of the system because these components must go through rigorous evaluation/certification processes. This approach enables the secure use of new technologies for MLS users.
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