GLM-5 Serving Parameter Tuning for OpenClaw: Single-Deployment MaaS Inference Optimization for Long-Context Agent Workloads
2026-07-07T08:52:20Z•893a297d3920e864d289fe2870d7f34883f01f3435ec2aaed0b7e37e8e946098
CUTLASSGLM-5GPU-kernelsH100KV-cacheKubernetesLLM-inferenceMixture-of-ExpertsOpenClawPEEKRepliCore','deterministic-simulation'StateFlowSwiGLU-fusionchunked-prefillcuBLASedge-computingevidence-horizonforensicsoperational-memorypipeline-parallelismschedulingserving-optimizationsingle-GPU-finetuningtelecom-fine-tuningtensor-parallelism
What happened
Collection of arXiv papers (Jul 7 2026) covering system and ML infrastructure advances: GLM-5 serving parameter tuning for OpenClaw identifies a best single-node configuration (chunked-prefill=3072, tp=4, pp=4, max-running-requests=24) yielding ~10% cost and latency improvements for very long-context, tool-augmented requests. PEEK introduces a queue-informed KV-cache admission/eviction and multi-lane scheduler that substantially increases cache hits, TTFT, E2E latency and throughput on SGLang and vLLM. StateFlow proposes a distributed MoE inference policy that pins KV state to reduce KV-reloc/
Why it matters
A reviewed impact interpretation has not been published for this record.
Evidence and limitations
- Source ID
- arxiv_cs_dc
- Record identifier
- 893a297d3920e864d289fe2870d7f34883f01f3435ec2aaed0b7e37e8e946098
- Enrichment time
- 2026-07-07T08:52:20Z
- AI-assisted enrichment
- Yes
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