Paper

Anti-reconnaissance Model of Host Fingerprint Based on Virtual Node

The paper proposes an anti-reconnaissance model for host fingerprints based on virtual nodes. The model constructs periodically reconfigurable virtual nodes to dynamically camouflage host fingerprint information and redirects attack traffic targeting virtual nodes to honeypots; the authors also introduce probabilistic models to examine how parameters such as the number of probes or honeypot mapping rules affect attack success probability, and they describe a prototype using SDN and DPDK intended to verify the model against reconnaissance.

HoneypotDecoyMoving target defenseNetwork

What we know

The paper proposes an anti-reconnaissance model for host fingerprints based on virtual nodes. The model constructs periodically reconfigurable virtual nodes to dynamically camouflage host fingerprint information and redirects attack traffic targeting virtual nodes to honeypots; the authors also introduce probabilistic models to examine how parameters such as the number of probes or honeypot mapping rules affect attack success probability, and they describe a prototype using SDN and DPDK intended to verify the model against reconnaissance.

Evidence limits

Review based only on the Crossref-deposited abstract; the full text was not examined and results, effectiveness, or any implementations were not independently validated.

Reviewed: author abstract. Full-text results were not analyzed.

Sources and provenance

  1. Anti-reconnaissance Model of Host Fingerprint Based on Virtual Node
    abstract · 2026-10-11

Reviewed: 2026-10-13. This record may change when new evidence is found.

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