Resilience under Uncertainty: Securing 6G through Stochastic Reinstantiation of RAN Functions
2026-05-18T07:23:48Z•816f6be61e9a29df4eb12e20d30e4889fc5b4f55491f15ff6e6dc55d802f8cac
6GCFARDNS/name-based risksIoT connectivityMassive MIMOO-RANRAN securitySLA guaranteesattack surfaceavailabilitycascading failurescloud-nativedisaggregationedge computingonline TEoperator controlprivacyreinstantiationresiliencesample average approximationservice identitystochastic optimizationsupply chaintraffic engineeringtrustworthiness
What happened
Collection of network- and telecom-focused papers highlighting systemic availability, resilience, and trust risks in next‑generation (5G/6G/B5G) infrastructures and proposed mitigations. Key contributions: a resilience mechanism for disaggregated RAN that uses stochastic reinstantiation of CU/DU functions across clouds to recover from cascading failures and compromised infrastructure (two‑stage stochastic optimization solved via Sample Average Approximation; up to ~80% improved recovery in evaluations); calls for operator-controlled 6G to restore architectural sovereignty, auditability, and S‑
Why it matters
A reviewed impact interpretation has not been published for this record.
Evidence and limitations
- Source ID
- arxiv_cs_ni
- Record identifier
- 816f6be61e9a29df4eb12e20d30e4889fc5b4f55491f15ff6e6dc55d802f8cac
- Enrichment time
- 2026-05-18T07:23:48Z
- AI-assisted enrichment
- Yes
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