On the Optimality of Network Topology Discovery in Single-Hop Bounded-Interference Networks
2026-04-23T07:23:49Z•898e7ec0e1121a161a78b796449fec1806babff8da440c08be8177c5e4296850
CVE-correlationHLEVIPv6KyberLLM-deploymentPQCPRISMQKDRGPSV2X','ITS-G5','collective-perception','vehicle-safety','latency-attack-surfaceauthentication-misconfigurationcolumn-generationhybrid-key-deliveryinterferencenetwork-measurementoptimizationquantum-key-distributionquantum-networksrepeaterless-quantumrouting-loopsservice-exposuresingle-hop-networkstopology-discoverywireless
What happened
This collection of recent networking papers covers measurement, algorithms, and security-relevant deployments. Highlights: (1) A global-scale revisit of IPv6 network peripheries (73 regions) discovers ~281.9M active peripheries, finds ~2.5% of reachable services dangerously exposed (outdated admin interfaces, misconfigurations), correlates exposures with known CVEs, identifies 4.5M loop-prone routing responses, and introduces an HLEV framework that reveals insecure default configurations and missing authentication in LLM deployment tools. (2) PRISM, a deterministic topology-discovery scheme, (
Why it matters
A reviewed impact interpretation has not been published for this record.
Evidence and limitations
- Source ID
- arxiv_cs_ni
- Record identifier
- 898e7ec0e1121a161a78b796449fec1806babff8da440c08be8177c5e4296850
- Enrichment time
- 2026-04-23T07:23:49Z
- AI-assisted enrichment
- Yes
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