FIDRAN: a flexible intrusion detection and response framework for active networks

A. Hess, Michael Jung, G. Schäfer
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引用次数: 19

Abstract

Securing communication networks can no longer be ensured by singular and isolated security technologies like Internet firewalls or intrusion detection systems but rather calls for a combination of existing and emerging detection and response mechanisms, e.g. DDoS response mechanisms, anomaly detection, honey pots, etc. Today, most current systems prove to be too static to provide an adequate platform for a constructive teamwork of different security technologies. Therefore, we developed the FIDRAN framework for flexible intrusion detection and response that is based on an underlying active networking environment and that allows to dynamically combining existing and emerging security technologies. FIDRAN follows a highly modular approach that allows to extend the functionality of the framework by the integration of new security modules which are implemented as active networking services, making use of next generation networks capabilities like dynamic distribution and deployment of services on active network nodes. A further advantage of the realization of FIDRAN on top of an active networking environment is the simplification and automation of maintenance work and configuration tasks.
一种灵活的主动网络入侵检测和响应框架
通信网络的安全不能再通过互联网防火墙或入侵检测系统等单一和孤立的安全技术来保证,而是需要将现有的和新兴的检测和响应机制结合起来,例如DDoS响应机制、异常检测、蜜罐等。今天,大多数当前系统被证明过于静态,无法为不同安全技术的建设性团队合作提供足够的平台。因此,我们开发了基于底层活动网络环境的灵活入侵检测和响应的FIDRAN框架,并允许动态结合现有和新兴的安全技术。FIDRAN遵循高度模块化的方法,允许通过集成作为活动网络服务实现的新安全模块来扩展框架的功能,利用下一代网络功能,如动态分布和在活动网络节点上部署服务。在主动网络环境之上实现FIDRAN的另一个优势是维护工作和配置任务的简化和自动化。
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