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In this work we identify scanning strategies of IPv6 scanners on theInternet. We offer a unique perspective on the behavior of IPv6 scanners byconducting controlled experiments leveraging a large and unused /56 IPv6subnet. We selectively make parts of the subnet visible to scanners by hostingapplications that make direct or indirect contact with IPv6- capable servers onthe Internet. By careful experiment design, we mitigate the effects of hiddenvariables on scans sent to our /56 subnet and establish causal relationshipsbetween IPv6 host activity types and the scanner attention they evoke. We showthat IPv6 host activities e.g., Web browsing, membership in the NTP pool andTor network, cause scanners to send a magnitude higher number of unsolicited IPscans and reverse DNS queries to our subnet than before. DNS scanners focustheir scans in narrow regions of the address space where our applications arehosted whereas IP scanners broadly scan the entire subnet. Even after the hostactivity from our subnet subsides, we observe persistent residual scanning toportions of the address space that previously hosted applications

Glowing in the Dark Uncovering IPv6 Address Discovery and Scanning Strategies in the Wild