分裂的天空：将多云网络望远镜扩展到亚太地区的运营经验
Split Skies: Operational Experiences Extending a Multi-Cloud Network Telescope into the Asia-Pacific
- University of Münster（明斯特大学）
- University of Twente（特文特大学）
机构由 AI 辅助整理，请以论文原文为准。
AI总结：
本研究将多云网络望远镜扩展到中国腾讯云，克服互联网碎片化与接入壁垒，捕获西方观测点无法看到的区域性扫描，并指出构建全球网络检视平面需社区协作。
AI中文摘要：
全面观测互联网背景辐射（IBR）需要多样化的测量基础设施。近期研究表明，云端的IBR依赖于提供商，使得单一提供商的望远镜存在系统性偏差。这些研究完全依赖西方提供商，将亚太地区留作盲区。在本报告中，我们将多云网络望远镜扩展到中国境内的腾讯云。我们详细阐述了互联网碎片化、地缘政治和提供商规则如何通过严格的接入壁垒和不可靠的管理平面使全球测量复杂化。部署后，我们的节点捕获了西方观测点无法看到的高容量区域性扫描。最后，我们将我们的发现与负责任互联网框架联系起来。该框架依赖独立的全球观测来构建透明的网络检视平面。我们表明，构建这一平面受制于主权生态系统，需要社区协作努力。
英文摘要：
Comprehensive visibility into Internet Background Radiation (IBR) requires diverse measurement infrastructure. Recent work showed that cloud IBR depends on the provider making single-provider telescopes systematically biased. These studies relied entirely on Western providers and left the Asia-Pacific region as a blind spot. In this report we extend a multi-cloud network telescope onto Tencent Cloud inside mainland China. We detail how Internet fragmentation, geo-politics, and provider rules complicate global measurement through strict onboarding barriers and an unreliable management plane. Once deployed, our nodes captured high-volume regional scanning invisible to our Western vantage points. We conclude by connecting our findings to the Responsible Internet framework. This framework relies on independent global observation to build a transparent Network Inspection Plane. We show that building this plane is bottlenecked by sovereign ecosystems and requires a collaborative community effort.
