intelligent-routing

Analyze user requests and route them to suitable specialist agents.

Updated Dec 22, 2025
One-click install
npx skills add https://github.com/alaminmain/DoorAuthServer --skill intelligent-routing-alaminmain
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: intelligent-routing
Source: https://github.com/alaminmain/DoorAuthServer/tree/main/.agent/skills/intelligent-routing
Command: npx skills add https://github.com/alaminmain/DoorAuthServer --skill intelligent-routing-alaminmain

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

The intelligent-routing skill automatically analyzes user requests and routes them to the most suitable specialist agents, enabling seamless coordination across domains without requiring explicit user mentions.

Core Features & Use Cases

  • Automatic agent selection: analyzes requests and selects appropriate agents (e.g., security-auditor, frontend-specialist, backend-specialist).
  • Multi-domain handling: supports routing across security, UI, backend, testing, and more.
  • Override capability: users can explicitly specify an agent to override auto-routing.
  • Seamless integration: works within existing workflows and messaging formats without extra commands.

Quick Start

Use intelligent routing to have the system automatically assign tasks to the best-suited specialists based on the incoming user request.

Frequently Asked Questions about intelligent-routing

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

FAQPage Schema
How do I auto-route tasks to the right specialist agents without manual selection?

Auto-routing analyzes incoming user requests and directs them to the most suitable specialist agents using an analysis-driven selection matrix. It silently processes multi-domain tasks across security, frontend, and backend without requiring explicit user mentions.

Can I override automatic agent selection when I need a specific specialist?

Yes, you can override automatic agent selection by explicitly specifying an agent reference in your request. The system normally performs silent analysis to auto-invoke specialists, but explicit mentions take precedence over the auto-routing logic.

What is analysis-driven agent selection for multi-domain software engineering tasks?

Analysis-driven agent selection evaluates user requests to determine the required domain expertise, then routes tasks to suitable specialists. It handles multi-domain workflows across security, UI, backend, and testing to deliver agent-specific responses seamlessly.

Does intelligent routing work with existing messaging workflows and commands?

Intelligent routing works seamlessly within existing workflows and messaging formats without requiring extra commands. It integrates silently into your current process, using zero-command auto-selection to assign tasks to the best-suited specialists.

When should I use an automatic orchestrator for multi-domain task coordination?

Use an automatic orchestrator when handling complex multi-domain tasks across security, frontend, backend, and testing that require seamless coordination. It eliminates manual agent selection by analyzing requests and routing them directly to the appropriate specialists.

What are the limitations of silent analysis in auto-routing user requests?

Silent analysis in auto-routing depends on the analysis-driven selection matrix to identify the correct specialist. While it supports multi-domain tasks, explicit user mentions will override the auto-routing, meaning manual references are required if the silent analysis misinterprets the request domain.