CREWS: Collaborative Robust Edge WiFi Sensing with Asynchronous and Incomplete Observations

2026-06-01T07:23:53Z6ba18364b133cad954578d1b728301a8b6c9005dedaa09ba960a7012bd26abcd
5GCDN-replica-selectionDNS-interceptionLLM-trainingLTEO-RANPRBVPNWiFi-sensingcollective-communicationcommunity-anchor-institutionscontrol-planedenial-of-serviceedge-computingheterogeneous-clustersjammingmeasurement-biasnear-RT RICprivacyradio-propagationreverse-ip-geolocationtesting-frameworktiming-vulnerabilitiesvulnerabilitiesxApp

What happened

This batch contains multiple networking and edge-computing papers with notable security and privacy implications. Most critical: Kairos, a lightweight testing framework for LTE/5G core networks, uncovered 20 new vulnerabilities and reproduced 34 timing-induced interaction failures—demonstrating that timing between control-plane interactions can crash network functions and that such failures are widespread. Several O-RAN/industrial-5G papers describe adversarial jamming risks and propose reserve-based or DRL xApp mitigations for PRB allocation, highlighting availability/latency threats in RIC/x

Why it matters

A reviewed impact interpretation has not been published for this record.

Evidence and limitations

Source ID
arxiv_cs_ni
Record identifier
6ba18364b133cad954578d1b728301a8b6c9005dedaa09ba960a7012bd26abcd
Enrichment time
2026-06-01T07:23:53Z
AI-assisted enrichment
Yes

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Record · CREWS: Collaborative Robust Edge WiFi Sensing with Asynchronous and Incomplete Observations · Baitaphish