n层系统中的身份传播

Anil C Patel, M. McRoberts, Melissa Crenshaw
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引用次数: 3

摘要

虽然SOA承诺在生产力和灵活性方面有很大的好处,但用于保护这些系统的工具仍然落后。SOA安全的理想是提供可信的容器和框架,以执行部署期间建立的策略,并从应用程序代码中完全删除安全逻辑和策略。诸如WS-Security之类的标准解决了其中的一些问题,但是企业系统并不是从web服务开始的。在n层中,用户在客户机平台上进行身份验证,此身份验证将最终确定对后端数据存储中的资源的访问。挑战在于为跨n层的用户凭证的端到端传播创建一个框架,该框架不依赖于应用程序中的自定义安全代码。本文将描述一个工作原型框架,它通过web应用程序、web服务和数据库层传播用户凭证,并在数据库中应用基于标签的访问控制(LBAC)策略。本文还将概述web和SOA标准中已知的差距,以及未来工作的方向。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Identity propagation in N-tier systems
While SOA promises great benefits in productivity and flexibility, the tools for securing these systems continue to lag behind. The ideal of SOA security is to provide trusted containers and frameworks that enforce policies established during deployment, and remove security logic and policy from application code completely. Standards such as WS-Security address some of the issues, but enterprise systems don't stop and start with web services. In an N-tier the user is authenticated at the client platform, and this authentication will ultimately determine access to resources in back-end data stores. The challenge is to create a framework for the end-to-end propagation of user credentials across N-tiers, which doesn't rely on custom security code within applications. This paper will describe a working prototype framework that propagates user credentials through web application, web service and database tiers, and applies label-based access control (LBAC) policies within the database. The paper will also outline known gaps in web and SOA standards, and directions for future work.
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