Maestro Skills automates multi-LLM coding workflows for operations teams. It orchestrates multiple language models to produce accurate, harmonious output. Integrates with Python-based CLI tools and workflows.
git clone https://github.com/sionic-ai/sionic-maestro-skills.gitMaestro Skills implements a Centralized Consult architecture that coordinates multiple language models to solve complex coding workflows. The skill runs a 5-stage process—Analyze, Hypothesize, Implement, Debug, and Improve—where Claude Code orchestrates specialist models (Codex for code generation, Gemini for context, Claude for review) and requires human approval before proceeding through each stage. It includes 40+ tools for comprehensive task handling, capability-aware model selection based on a 45% confidence threshold, and test-driven candidate selection to minimize error amplification. Operations teams and developers benefit from reduced hallucination rates, error verification, and measurable coordination principles drawn from recent research on scaling agent systems.
Install with `make install` in the maestro-mcp directory (requires Python 3.11). Add the MCP server to your Claude Code config via `make mcp-config`. Use maestro by mentioning it in requests ("use maestro to debug"), via slash commands (`/maestro-debug`), or by calling tools directly like `maestro_workflow_with_hitl`.
Debug authentication bugs with multi-model analysis and human approval
Implement user session management with staged workflow and testing
Review payment processing code across multiple specialist models
Fix critical production issues with test-driven verification
No install command available. Check the GitHub repository for manual installation instructions.
git clone https://github.com/sionic-ai/sionic-maestro-skillsCopy the install command above and run it in your terminal.
Launch Claude Code, Cursor, or your preferred AI coding agent.
Use the prompt template or examples below to test the skill.
Adapt the skill to your specific use case and workflow.
Create a Python script using Maestro Skills to automate a data pipeline for [COMPANY]. The pipeline should ingest [DATA] from [INDUSTRY] sources, clean the data, and generate a summary report. Use at least three different language models to handle different parts of the workflow.
# Data Pipeline Automation Report ## Pipeline Overview The automated data pipeline for [COMPANY] has been successfully implemented using Maestro Skills. The pipeline orchestrates three language models to handle different stages of the workflow: - **Model 1**: Data Ingestion - **Model 2**: Data Cleaning - **Model 3**: Report Generation ## Data Sources The pipeline ingests data from the following [INDUSTRY] sources: - API 1: [SOURCE 1] - API 2: [SOURCE 2] - Database: [SOURCE 3] ## Data Cleaning Process The data cleaning model has identified and resolved the following issues: - Missing values: 15% (resolved by interpolation) - Outliers: 8% (resolved by capping) - Inconsistent formats: 5% (resolved by standardization) ## Summary Report The generated report provides insights into [DATA] trends over the past year. Key findings include: - A 20% increase in [METRIC 1] - A 10% decrease in [METRIC 2] - Seasonal trends observed in [METRIC 3] ## Recommendations Based on the analysis, the following actions are recommended: 1. Investigate the cause of the decrease in [METRIC 2]. 2. Capitalize on the increase in [METRIC 1] by [ACTION]. 3. Prepare for the upcoming [SEASONAL TREND] by [ACTION].
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