# Agent 承载 · 日跟踪 · 2026-09-18 > 日期:2026-09-18(Asia/Shanghai)。专题正文:`intel/topics/agent-hosting.md`。原料:`/workspace/intel/archive/2026-09-18/`;对照 2026-09-17 日跟踪。 ## 摘要 - **新稿 · Alquimia / Gaussia / EvalHub on OpenShift AI:** 企业从单 Agent notebook → 多 Agent 舰队时,用 Gaussia 指标族 + EvalHub 编排 + MLflow 落库,做行为回归、红队与安全探针(含 Granite Guardian on vLLM);强调主权边界内评估——**本日 Agent 承载主信号**(交叉 openshift / inference)。 - **轻交叉 · Nutanix「统一混合云+AI 运维」+ neocloud 风险清单:** CTO 文主张异构下追求运营一致性(VM/容器/Agent/GPU);neocloud 文列基础设施/网络/数据/安全/合规/运维/功率七维风险——**治理与选址旁证**,非新 Agent 运行时 GA。 - **续档 · OpenShell DP / Nutanix MCP Gateway·Agent Gateway / Google agentic / AutoRAG TP。** - **不抬升:** 将 Server Virt MQ 或 onsemi 功率写成 Agent 运行时新品。 ## 原文摘录 ### Alquimia · OpenShift AI 上的 Agent 舰队评估 - 归档:`redhat/scaling-enterprise-ai-fleets-with-alquimia-and-red-hat-openshift-ai-0cba7962.txt` - URL:https://www.redhat.com/en/blog/scaling-enterprise-ai-fleets-alquimia-and-red-hat-openshift-ai > Building an AI agent in a Jupyter Notebook is a solved problem. … when an enterprise scales from a single developer's passion project to a fleet of dozens of autonomous agents… > … Gaussia evaluation framework, EvalHub job orchestration, and MLflow… > Humanity metrics… Context and conversational sufficiency… Agentic verification… Safety and guardrails… ### Nutanix · 统一运维 / neocloud(轻) - `nutanix/unify-infrastructure-operations-for-hybrid-cloud-and-ai-874cb4fd.txt` URL:https://www.nutanix.com/blog/unify-infrastructure-and-operations-to-minimize-silos > As agentic AI moves from experimentation into production, infrastructure fragmentation becomes both an operational inconvenience and a business constraint. - `nutanix/how-to-evaluate-neocloud-risks-for-enterprise-ai-nutanix-08ba55de.txt` URL:https://www.nutanix.com/blog/7-enterprise-ai-infrastructure-risks-evaluate-before-choosing-neoclouds > Assessing risk across six core dimensions…(正文展开为基础设施/网络/数据/安全/合规/运维/环境功率等问询清单) ### 续档指针 - OpenShell DP / MCP Gateway:见 `tracking/topics/agent-hosting/2026-09-16.md` 与 openshift 日跟踪。