Cloxy: Web服务的上下文感知欺骗即服务反向代理

Daniel Fraunholz, Daniel Reti, S. D. Antón, H. Schotten
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引用次数: 12

摘要

遗留软件、过时的应用程序和快速变化的技术对信息安全构成严重威胁。一些领域,如长寿命的工业控制系统和物联网设备,都受到它的影响。在许多情况下,系统更新和新收购都不是一个选择。本文提出了一个将反向代理与各种基于欺骗的防御机制相结合的框架。它被设计为自主地为web应用程序提供欺骗方法。上下文感知和最小的配置开销使其非常适合作为服务工作。该框架是模块化构建的,为应用程序用例提供灵活性和适应性。它使用常见的基于web的应用程序(如内容管理系统)和针对它们的几种常见攻击向量进行评估。此外,还对附加安全层的安全性和性能含义进行了量化和讨论。我们发现,在合理的实施下,没有进一步的攻击向量被引入到web应用程序中。原型框架的性能增加了与底层web应用程序通信的延迟。这种延迟在可容忍的范围内,并且可以通过更有效的实现进一步减少。
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Cloxy: A Context-aware Deception-as-a-Service Reverse Proxy for Web Services
Legacy software, outdated applications and fast changing technologies pose a serious threat to information security. Several domains, such as long-life industrial control systems and Internet of Things devices, suffer from it. In many cases, system updates and new acquisitions are not an option. In this paper, a framework that combines a reverse proxy with various deception-based defense mechanisms is presented. It is designed to autonomously provide deception methods to web applications. Context-awareness and minimal configuration overhead make it perfectly suited to work as a service. The framework is built modularly to provide flexibility and adaptability to the application use case. It is evaluated with common web-based applications such as content management systems and several frequent attack vectors against them. Furthermore, the security and performance implications of the additional security layer are quantified and discussed. It is found that, given sound implementation, no further attack vectors are introduced to the web application. The performance of the prototypical framework increases the delay of communication with the underlying web application. This delay is within tolerable boundaries and can be further reduced by a more efficient implementation.
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Proceedings of the 5th ACM Workshop on Moving Target Defense A Security SLA-Driven Moving Target Defense Framework to Secure Cloud Applications Session details: Session 3: Protection of Critical Services against Advanced Threats In-design Resilient SDN Control Plane and Elastic Forwarding Against Aggressive DDoS Attacks Session details: Session 2: Novel MTD Frameworks and Techniques
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