ai-workflow-orchestrator_skill

This skill coordinates AI-powered workflows across n8n, Zapier, and custom engines to accelerate automation and multi-agent collaboration.
  • TypeScript

2

GitHub Stars

1

Bundled Files

2 months ago

Catalog Refreshed

4 months ago

First Indexed

Readme & install

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Installation

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npx veilstrat add skill krosebrook/source-of-truth-monorepo --skill ai-workflow-orchestrator

  • SKILL.md11.2 KB

Overview

This skill provides expert guidance for designing and implementing AI-powered workflows using n8n, Zapier, and custom orchestration systems. It focuses on practical patterns for agent orchestration, webhook handlers, task queues, and no-code/low-code integrations that scale in production. The guidance emphasizes reliability, observability, and modular design for enterprise automation.

How this skill works

I describe concrete workflow patterns and reusable components: webhook-driven pipelines, vector-store retrieval + LLM composition, multi-agent orchestrators, agent chains, and a lightweight workflow engine for custom orchestration. Each pattern includes code-level examples and integration points for AI APIs, task queues, and conditional execution. The material shows how to wire inputs, apply conditions, run agents sequentially or in parallel, and format outputs for downstream systems.

When to use it

  • Automating customer-facing tasks like email triage, responses, and lead scoring
  • Integrating LLMs with internal data via vector stores and retrieval-augmented generation
  • Coordinating multiple AI agents for research, summarization, review, and formatting
  • Building resilient workflows that require retries, background processing, or rate limiting
  • Connecting no-code platforms (n8n, Zapier) to custom services or long-running jobs

Best practices

  • Design idempotent steps and clear input/output contracts for each node or function
  • Add error handling, retries, and exponential backoff for external API calls
  • Use task queues (Celery, RQ) for long-running or async AI processing to avoid timeouts
  • Store secrets in environment variables and version workflows to track changes
  • Log structured events and expose metrics for latency, error rates, and throughput
  • Limit model calls via caching, retrieval filters, and rate limiting to control cost

Example use cases

  • n8n webhook that retrieves context from Pinecone, calls an LLM, and returns a formatted answer with sources
  • Zapier custom action that categorizes incoming emails with an LLM and drafts priority-based responses
  • Custom WorkflowEngine that registers AI functions, evaluates conditions, and composes responses for support tickets
  • Multi-agent orchestrator node that runs researcher, summarizer, and formatter agents and aggregates results
  • AgentChain that sequentially enriches queries with research, summarization, and final formatting for publishing

FAQ

Push work to a background task queue and notify via webhook or polling when complete; avoid synchronous timeouts in webhooks.

When should I use multi-agent orchestration versus a single LLM call?

Use multi-agent patterns when tasks benefit from separation of concerns (research, critique, summarization) or when you need modular testing and reuse.

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ai-workflow-orchestrator skill by krosebrook/source-of-truth-monorepo | VeilStrat