Hot AI in Cold Space: Thermal-Crosstalk-Aware Scheduling for Sustainable Orbital AI Clusters
2026-06-26T08:52:22Z•2b9e52dcb04e48904fa7b99f801120a8738a83475aacf9ac0257eeb09c567dfa
Byzantine-fault-toleranceDAG-consensusDoSFinWhaleGPU-interconnectKV-cacheLLM-trainingMoE-servingQAOA-simulatorRolloutPipeXsimconsensus-protocolsheterogeneous-infrastructuremodel-poisoning-riskmodel-schedulingorbital-data-centersquantum-simulatorreinforcement-learning-pipelinesresource-exhaustionruntime-parallelism-switchserverless-pricing-faaSsimulationtensor-reshardingthermal-crosstalkthermal-management
What happened
This collection of arXiv papers covers system-level advances for large-scale AI and distributed computing with several security-relevant implications. Key topics: thermal-aware scheduling for Orbital Data Centers (Thermal-Load Balancing) that treats spatial cooling variance as a schedulable resource — failure or malicious manipulation could induce thermal throttling, premature hardware fatigue, and availability/DoS of orbital AI infrastructure. Moebius enables live switches between expert- and tensor-parallel layouts by resharing expert weights and KV cache across GPUs (fast GPU-to-GPU state移転
Why it matters
A reviewed impact interpretation has not been published for this record.
Evidence and limitations
- Source ID
- arxiv_cs_dc
- Record identifier
- 2b9e52dcb04e48904fa7b99f801120a8738a83475aacf9ac0257eeb09c567dfa
- Enrichment time
- 2026-06-26T08:52:22Z
- AI-assisted enrichment
- Yes
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