five-steps-agents

Design multi-agent architectures with boundaries, error handling, and model routing.

1|Updated Apr 12, 2026
One-click install
npx skills add https://github.com/cryptopafi/nexusos-skills --skill five-steps-agents
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: five-steps-agents
Source: https://github.com/cryptopafi/nexusos-skills/tree/main/five-steps-agents
Command: npx skills add https://github.com/cryptopafi/nexusos-skills --skill five-steps-agents

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

Convert informal requirements for coordinated workflows into a robust, deployable multi-agent architecture that enforces explicit agent boundaries, measurable signal tiers, comprehensive error handling, isolated toolsets, and cost-aware model routing to avoid god-agents and silent failures.

Core Features & Use Cases

  • Structured Intake & Decomposition: Guided discovery questions and automatic decomposition into distinct responsibility-based agents with an identified orchestrator.
  • Five-Step Agent Architecture: For each agent, apply Boundaries, Signal Tiers, Error Handling, Tool Handling, and Model Routing to produce ready-to-deploy orchestrator and sub-agent artifacts.
  • Generation, Validation, and Deployment: Produce orchestrator.md and sub-agent .md files, run a 12-point validation checklist (minimum 10/12), and emit deployment artifacts such as route commands and a Cortex entry.
  • Use Cases: Orchestrating lead-finding pipelines, client onboarding flows, content production queues, and competitive intelligence systems where 2+ distinct responsibilities must coordinate reliably.

Quick Start

Provide a one-sentence use case description and target deployment context so the skill can decompose responsibilities and generate orchestrator plus sub-agent prompts.

Frequently Asked Questions about five-steps-agents

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I design a multi-agent pipeline that avoids god-agents and silent failures?

Multi-agent pipeline design requires enforcing explicit agent boundaries, measurable signal tiers, and comprehensive error handling to prevent god-agents and silent failures. This skill decomposes requirements into distinct responsibility-based agents with an identified orchestrator for coordinated workflows.

What is the best way to orchestrate sub-agents with isolated toolsets and model routing?

The best way to orchestrate sub-agents is applying a five-step architecture covering Boundaries, Signal Tiers, Error Handling, Tool Handling, and Model Routing. This generates ready-to-deploy orchestrator and sub-agent artifacts with cost-aware routing constraints.

How do I generate deployment artifacts and validate handoff contracts for multi-agent architectures?

Generating deployment artifacts and validating handoff contracts involves producing orchestrator.md and sub-agent .md files, then running a 12-point validation checklist scoring minimum 10/12. This ensures idempotency and emits route commands compliant with token constraints.

When do I need multi-agent orchestration for my coordinated workflow?

Multi-agent orchestration is needed when a coordinated workflow requires two or more distinct responsibilities to coordinate reliably, such as lead-finding pipelines, client onboarding flows, content production queues, and competitive intelligence systems.

Can I use this for Claude Code agent setups and production orchestrators?

Yes, this multi-agent architecture design applies to Claude Code agent setups and production orchestrators. It converts informal requirements into robust, deployable pipelines with isolated toolsets and cost-aware model routing.