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arXiv:2611.11689 · v1

Declarative DNS - Resolving Recursive Resolution

首次提交 2026-11-09 07:17
版本更新 2026-11-09 07:17
雷达观测 2026-11-10 13:19
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摘要

DNS zone configuration errors are a frequent source of outages and frustration, particularly in combination with DNSSEC. Research has attempted to address the problem of zone configuration errors using formal methods, but existing proposals (i) only verify the absence of specific, known configuration errors, and (ii) do not consider DNSSEC. We present a new formal model of the DNS that covers most of DNSSEC, making it one of the most complete DNS models to date. In addition, we present a new tool, DecDNS, that performs a resolvability change-impact analysis of zone configuration updates using our model. We show that such a change-impact analysis can identify configuration errors without explicitly searching for them. We evaluate DecDNS both formally and empirically. We prove that DecDNS is sound and complete and show that its results agree with widely used DNS software. Finally, we explain how our approach can be integrated into operational practice, helping guide zone management in the real world.

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v1 · 2026-11-09 07:17 · 最新观测版本

Declarative DNS - Resolving Recursive Resolution

DNS zone configuration errors are a frequent source of outages and frustration, particularly in combination with DNSSEC. Research has attempted to address the problem of zone configuration errors using formal methods, but existing proposals (i) only verify the absence of specific, known configuration errors, and (ii) do not consider DNSSEC. We present a new formal model of the DNS that covers most of DNSSEC, making it one of the most complete DNS models to date. In addition, we present a new tool, DecDNS, that performs a resolvability change-impact analysis of zone configuration updates using our model. We show that such a change-impact analysis can identify configuration errors without explicitly searching for them. We evaluate DecDNS both formally and empirically. We prove that DecDNS is sound and complete and show that its results agree with widely used DNS software. Finally, we explain how our approach can be integrated into operational practice, helping guide zone management in the real world.

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