Towards SCION-enabled IXPs: The SCION Peering Coordinator

Lars Schulz, D. Hausheer
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引用次数: 2

Abstract

Internet eXchange Points (IXPs) around the world bring thousands of ISPs together to form dense peering fabrics. Since bilateral BGP peering sessions alone would result in large overhead, many IXPs offer route servers enabling the exchange of routing information with the entire peering population over a single multilateral BGP session. Route servers also perform RPKI validation to combat the lack of authentication and security in BGP. SCION is a novel inter-domain routing architecture addressing the security flaws of BGP by replacing it with a security and reliability centric clean-slate approach. We envision that operators of SCION ASes will be just as open to peering at Internet exchanges as they are today with BGP. Moreover, to fully utilize SCION's multipath capabilities SCION AS operators tend to deploy more different AS numbers than in BGP, further increasing the potential number of unique peering links at an IX. Since SCION has no native multilateral peering support, we propose the SCION peering coordinator, an IXP-hosted service automating SCION peering link setup based on per AS policies. As such, the SCION peering coordinator provides an open peering platform similar to BGP route servers to SCION.
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面向SCION-enabled ixp: SCION对等协调器
世界各地的互联网交换点(ixp)将成千上万的互联网服务提供商聚集在一起,形成密集的对等网络。由于单独的双边BGP对等会话会导致很大的开销,因此许多ixp提供路由服务器,以便在单个多边BGP会话中与整个对等人口交换路由信息。路由服务器还会执行RPKI验证,以解决BGP缺乏身份验证和安全性的问题。SCION是一种新的域间路由体系结构,通过以安全和可靠性为中心的全新方法取代BGP,解决了BGP的安全缺陷。我们设想,SCION ase的运营商将像今天的BGP一样,对互联网交换持开放态度。此外,为了充分利用SCION的多路径功能,SCION自治系统运营商倾向于部署比BGP更多的不同自治系统号,从而进一步增加了一个IX上唯一对等链路的潜在数量。由于SCION没有本地的多边对等连接支持,我们提出了SCION对等连接协调器,这是一个ixp托管的服务,根据每个AS策略自动设置SCION对等连接。因此,SCION对等协调器为SCION提供了一个类似于BGP路由服务器的开放对等平台。
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Information Management for Multi-Agent Systems Towards SCION-enabled IXPs: The SCION Peering Coordinator Demonstration: A cloud-control system equipped with intrusion detection and mitigation Demo: Traffic Splitting for Tor - A Defense against Fingerprinting Attacks Preface and Table of Contents
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