CRAFT: Cost-aware Expert Replica Allocation with Fine-Grained Layerwise Estimations
2026-04-01T08:52:18Z•7b7dfb81c7c6e9efc9ed2270906b618ae98e29cce6c707719fd7c48f4241e8ac
BYZANTINE-ROBUSTDelta LakeGPU memoryGPU optimizationKV cacheLLM evaluationMixture-of-ExpertsNextflow monitoringautomatic differentiationcommunication efficiencydistributed evaluationdistributed trainingexpert replicationfederated inferencegradient codinghardware accelerationheterogeneous LLMsload balancingmodel servingmonitoring pipelineobservabilityprivacyray tracing coresresponse cachingstatistical rigor
What happened
This batch of arXiv submissions covers system, ML-serving, and distributed-compute research with several security-relevant implications. Key points: CRAFT (expert replication for MoE) shows over-replication can waste GPU memory and cause resource contention and throughput degradation—risking resource exhaustion or DoS in model-serving fleets. Spark-LLM-Eval introduces large-scale, distributed LLM evaluation with response caching (content-addressable cache) that improves cost but could expose cached model outputs or enable data leakage if caching/backing stores are misconfigured. FedRefine (f¶d
Why it matters
A reviewed impact interpretation has not been published for this record.
Evidence and limitations
- Source ID
- arxiv_cs_dc
- Record identifier
- 7b7dfb81c7c6e9efc9ed2270906b618ae98e29cce6c707719fd7c48f4241e8ac
- Enrichment time
- 2026-04-01T08:52:18Z
- AI-assisted enrichment
- Yes
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