Which automation platforms are supported?

This skill supports Microsoft Power Automate, n8n, Make (formerly Integromat), Zapier, and other platforms that utilize JSON-based workflow definitions.

Can it help reduce my automation costs?

Yes, it identifies opportunities to reduce API calls, optimize loops, and implement filtering at the source, which can lower operation consumption and costs on platforms like Make or Zapier.

How does it prevent errors when accessing data variables?

It performs a 'Phase 0' analysis that validates whether variables are arrays of primitives or objects by checking filter clauses and variable declarations before suggesting any changes.

Does it modify the functionality of my workflows?

No, the primary goal is to maintain functional equivalence while improving the underlying logic, performance, and reliability unless you specifically ask for new features.

Automation Refactor

Name: Automation Refactor
Author: MacroMan5

byMacroMan5

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Productivity & Workflow

Refactors and optimizes automation workflows across Power Automate, n8n, Make, and Zapier to enhance performance and maintainability.

About

Automation Refactor is a specialized Claude Code skill designed to modernize and optimize automation workflows by analyzing JSON configurations and applying platform-specific best practices. It focuses on functional equivalence while improving reliability through a rigorous 'Phase 0' data structure analysis that prevents common logic errors in loops and filters. Whether you are using Microsoft Power Automate, n8n, Make, or Zapier, this skill helps reduce API consumption, implements robust error handling, and ensures your workflows adhere to official documentation and security standards.

Key Features

Multi-platform support for Power Automate, n8n, Make, and Zapier
Automated implementation of error handling and retry logic
Performance optimization through API call reduction and batching
1 GitHub stars
Phase 0 Data Structure Analysis to prevent array and object access errors
Documentation-driven refactoring based on official platform guidelines

Use Cases

Standardizing naming conventions and error-handling scopes across enterprise workflows
Fixing data type mismatches in n8n or Make scenarios after API updates
Optimizing legacy Power Automate flows to reduce execution time and API limits

About

Key Features

Multi-platform support for Power Automate, n8n, Make, and Zapier
Automated implementation of error handling and retry logic
Performance optimization through API call reduction and batching
1 GitHub stars
Phase 0 Data Structure Analysis to prevent array and object access errors
Documentation-driven refactoring based on official platform guidelines

Use Cases

Standardizing naming conventions and error-handling scopes across enterprise workflows
Fixing data type mismatches in n8n or Make scenarios after API updates
Optimizing legacy Power Automate flows to reduce execution time and API limits