Bracket Capabilities for Distributed Systems Security

M. Evered
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引用次数: 5

Abstract

The per-method access control lists of standard middleware technologies allow only simple forms of access control to be expressed and enforced. Research systems based on capabilities provide a more secure mechanism but also fail to support more flexible security constraints such as parameter restrictions, logging and state-dependent access. They also fail to enforce a strict need-to-know view of a persistent object for each user. In this paper we present the concept of bracket capabilities as a new, simple security mechanism which fulfils these requirements. We discuss the reasons for integrating bracketing and view types at a fundamental level of the security mechanism. We demonstrate the use of the mechanism in a simple E-commerce environment to provide secure electronic cheques and describe a prototype implementation of the mechanism in middleware for secure, distributed Java applications.
分布式系统安全的支架功能
标准中间件技术的每个方法访问控制列表只允许表达和执行简单形式的访问控制。基于功能的研究系统提供了更安全的机制,但也无法支持更灵活的安全约束,如参数限制、日志记录和依赖状态的访问。它们也不能对每个用户强制执行严格的“需要知道”的持久化对象视图。在本文中,我们提出了支架能力的概念,作为满足这些要求的一种新的、简单的安全机制。我们将讨论在安全机制的基本级别上集成括号和视图类型的原因。我们演示了在一个简单的电子商务环境中使用该机制来提供安全的电子支票,并描述了该机制在用于安全的分布式Java应用程序的中间件中的原型实现。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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