MCP For Claude Marketplace
Cocoa Fermentation Kinetics

Cocoa Fermentation Kinetics MCP Connector for Claude

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Predictive modeling for cocoa bean fermentation and flavor optimization.

3 tools Official Updated Oct 1, 2026 Official Vinkius Partner
More Details Connect to Claude

This MCP server provides a predictive modeling engine to simulate the biochemical stages of cocoa bean fermentation. It tracks the transition between microbial phases--Yeast, Lactic Acid Bacteria, and Acetic Acid Bacteria--to predict temperature profiles and pH progression. Use simulate_fermentation_profile to model the environment, calculate_fermentation_metrics to evaluate fermentation maturity and flavor precursors, and optimize_operational_schedule to determine the ideal turning schedule for specific flavor targets like MILD, ROBUST, or ACIDIC.

cocoafermentationbiochemicalmodelingflavor-optimization

3 tools expose this connector's capabilities to your AI agent.

calculate_fermentation_metrics

Evaluates the quality and completeness of a completed fermentation based on a profile

optimize_operational_schedule

Recommends the best timing for manual interventions to reach a specific flavor target

simulate_fermentation_profile

Provides a continuous temporal view of the biochemical environment during the fermentation process

See how to talk to your AI agent using Cocoa Fermentation Kinetics.

Simulate a fermentation for 500kg of beans in a 1.5m pile at 25C starting at pH 5.0 for 7 days.

The simulation shows a transition from YEAST to LAB activity on day 2, with temperature peaking at 38°C on day 5 due to AAB activity.

What is the best schedule to get a ROBUST flavor profile for 1000kg of beans?

To achieve a ROBUST profile, the recommended duration is 6 days, with turning scheduled on days 2 and 4 to facilitate the AAB phase.

Evaluate this fermentation profile: [{"day": 1, "temperature": 28, "ph": 5.0, "microbialActivity": "YEAST"}, {"day": 3, "temperature": 35, "ph": 4.2, "microbialActivity": "AAB"}] for a MILD target.

The fermentation index is 0.65, and the status is 'Optimal' for the requested MILD profile.

You can use the `simulate_fermentation_profile` tool to generate a time series of temperature, pH, and microbial activity based on your bean quantity and pile depth.

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