← 返回
未分类 中文

Production Agent Builder

Structured 8-step framework for building production AI agents. Use when designing a new AI agent, planning agent architecture, building an automated workflow...
构建生产级AI智能体的8步结构化框架,适用于设计新AI智能体、规划智能体架构、构建自动化工作流等场景。
wholeinsoul wholeinsoul 来源
未分类 clawhub v1.0.0 1 版本 100000 Key: 无需
★ 0
Stars
📥 469
下载
💾 1
安装
1
版本
#latest

概述

AI Agent Builder

Structured framework for building AI agents that work in production. Based on the Storm & Storm methodology.

When to Use

  • Designing a new AI agent from scratch
  • Planning architecture for an automated workflow
  • Reviewing or improving an existing agent's design
  • Teaching someone how to build agents

The 8-Step Process

Follow these steps in order. Each step has a clear goal and concrete deliverables.

Step 1: Choose a Task

Pick ONE painful, repeating workflow. Not "AI in general."

  • Must be repeatable (weekly+), follow steps, have clear I/O
  • Define success: "Given X, the agent should output Y so that Z happens."

Step 2: Map the Steps

Break the task into 4–7 steps: INPUT → ACTIONS → DECISION → OUTPUT

  • Classify each step: ⚖️ pure rules | 📖 heavy reading/writing | 🎯 judgement calls
  • Choose infrastructure (no-code vs dev-friendly)
  • You need: strong model + tool calling + basic logs

Step 3: Specify Inputs, Outputs & Tools

Treat the agent like an API, not a chatbot.

  • Define required input fields (text, file, URL, ID)
  • Define structured outputs (JSON/template the system can trust)
  • Attach tools: data (search/DB/CRM), action (email/Slack/tasks), orchestration (schedulers/webhooks/queues)

Step 4: Write the System Prompt

Create a clear role with: role definition, boundaries, style, 1–2 example conversations.

  • Use ReAct pattern: observe → think → act → reflect

Step 5: Add Memory

Three layers: conversation state, task memory, knowledge memory (vector store/file search).

  • Key question: "What does this agent need to remember for the next step to be smarter?"

Step 6: Add Safeguards

Gate high-risk actions (email, data changes, money) behind human approval.

  • Rules: never invent IDs, ask when ambiguous
  • Log every tool call and decision for audit

Step 7: Build the Interface

Match to where users work: chat, Slack command, button in app, or web form.

Step 8: Test

For each real example: watch the trace, score correctness + efficiency + time saved.

  • Tighten prompts/tools/rules where it fails. Iterate.

Detailed Reference

For expanded details on each step, including selection criteria, classification examples, tool categories, memory layer patterns, and a pre-launch checklist:

→ Read references/guide.md

Output Format

When using this framework to design an agent, produce a design document covering:

# Agent Design: [Name]

## Task & Success Criteria
[Step 1 output]

## Step Map
[Step 2 output — numbered steps with classifications]

## I/O Specification
[Step 3 output — inputs, outputs, tools]

## System Prompt
[Step 4 output — the actual prompt]

## Memory Architecture
[Step 5 output — which layers, what's stored]

## Safeguards
[Step 6 output — gated actions, rules, logging]

## Interface
[Step 7 output — chosen interface and why]

## Test Plan
[Step 8 output — example inputs, expected outputs, scoring criteria]

版本历史

共 1 个版本

  • v1.0.0 当前
    2026-03-30 16:14 安全 安全

安全检测

腾讯云安全 (Keen)

安全,无风险
查看报告

腾讯云安全 (Sanbu)

安全,无风险
查看报告

🔗 相关推荐

ai-agent

self-improving agent

pskoett
捕获经验教训、错误及修正内容,以实现持续改进。适用于以下场景:(1)命令或操作意外失败;(2)用户纠正Claude(如“不,那不对……”“实际上……”);(3)用户请求的功能不存在;(4)外部API或工具出现故障;(5)Claude发现自身
★ 4,097 📥 824,392
dev-programming

Amazon Leadership Principles

wholeinsoul
在产品构建、功能开发、代码审查和架构决策中应用亚马逊领导力原则。用于构建新产品或功能时。
★ 1 📥 475
ai-agent

Self-Improving + Proactive Agent

ivangdavila
自我反思+自我批评+自我学习+自组织记忆。智能体评估自身工作、发现错误并持续改进。
★ 1,394 📥 322,269