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Local LLM Setup Advisor

该技能面向希望在普通家用电脑上本地运行AI与LLM工作流的开发者、研究者与小团队,按固定流程复述目标与约束、给出技术选型与实施步骤,并输出可复用检查清单与验证说明,偏好小模型和CPU可行的方案。内容以文字指导为主,需人工在本地执行。

kyro-ma
kyro-ma
热度 21.00
最近更新 2026-06-14 16:33:22
分类:知识依赖:纯提示词应用场景:概念解释 / 推荐 / 研究

安装技能

复制下面的话术发给你的 Agent,它会通过 secure-skills 检索并安装该技能。

执行命令安装此 skill: npx secure-skills-cli add local-llm-setup-advisor-133318
Metadata
name
local-llm-setup-advisor
description
Help users with Validated demand: Builders need guidance for running useful AI and LLM workflows locally on consumer CPU or family GPU hardware without depending on cloud-only systems. This requirement is supported by 12 separate online signals across 3 source families, so it represents broader demand rather than a single isolated request.. Use when a user asks for software-and-data, local llm, consumer gpu, cpu inference, llama.cpp, or needs a practical workflow, artifact, checklist, analysis, or implementation support for this requirement.

Local LLM Setup Advisor

Requirement

Use this skill to help developers, researchers, privacy-conscious users, hobbyists, and small teams who want local AI workflows on ordinary home machines with:

Validated demand: Builders need guidance for running useful AI and LLM workflows locally on consumer CPU or family GPU hardware without depending on cloud-only systems. This requirement is supported by 12 separate online signals across 3 source families, so it represents broader demand rather than a single isolated request.

Demand score: 98/100 (70/70 demand, 28/30 local feasibility). Evidence: 12 signals across 3 source families.

Read references/requirement-plan.md when source evidence, planning details, or review criteria are needed.

Workflow

  1. Restate the user's outcome, constraints, available inputs, and success criteria.
  2. Inspect technical constraints, propose implementation steps, and include test or verification commands when code or data is involved.
  3. Ask only for missing information that materially changes the output; otherwise make reasonable assumptions and continue.
  4. Keep the implementation local-hardware friendly: prefer scripts, templates, checklists, and small-model or CPU-safe workflows over cloud-only or large-training approaches.
  5. Produce the requested artifact, workflow, checklist, analysis, code change, or decision support.
  6. Validate the output against the success criteria and list any remaining risks or follow-up work.

Expected Outputs

  • A tailored answer or artifact for the user's immediate situation.
  • A reusable checklist or workflow when the task is repeatable.
  • A verification note showing how the result was checked.

Validation

  • The output directly addresses the discovered requirement.
  • The user can act on the result without reading the original source post.
  • Assumptions, limits, and required inputs are visible.
  • The final response includes a short usage or next-step note when helpful.

Triggers

Keywords: software-and-data, local llm, consumer gpu, cpu inference, llama.cpp, privacy

Example trigger sentences:

  • Help me Builders need guidance for running useful AI and LLM workflows locally on consumer CPU or family GPU hardware without de.
  • I need a practical workflow for Builders need guidance for running useful AI and LLM workflows locally on consumer CPU or family GPU hardware without de.
  • Use $local-llm-setup-advisor to handle Builders need guidance for running useful AI and LLM workflows locally on consumer CPU or family GPU hardware without de.