Feature Scaler Engine

Feature Scaler Engine MCP Connector for Claude

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Standardize (Z-Score) or MinMax scale numeric columns with mathematical perfection local. Essential normalization for neural networks and clustering algorithms.

1 tools Official Updated Jun 28, 2026 Official Vinkius Partner

Neural Networks and K-Means clustering algorithms fail spectacularly if features aren't normalized. If an LLM attempts to subtract the mean and divide by the standard deviation across 5,000 rows, it will hallucinate 90% of the math.

This MCP brings deterministic Feature Scaling to your AI using simple-statistics. The AI specifies whether it wants Standard scaling (Mean=0, Variance=1) or MinMax scaling (Range 0-1), and the engine flawlessly transforms the target columns in milliseconds — returning the exact computed metrics for auditability.

The Superpowers

  • Flawless Normalization: No LLM math hallucinations — exact scaling computed by your CPU.
  • Multi-Column Support: Scale multiple features simultaneously in a single call.
  • Automated Metric Extraction: Returns the exact Means, Std Devs, Mins, and Maxs used for scaling.
  • Data Privacy: Your sensitive training data stays entirely on your machine.
data-normalizationmachine-learningz-scoremin-max-scalingfeature-engineeringmathematical-processing

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

scale_features

Deterministically Standardize (Z-Score) or MinMax Scale numeric columns offline

See how to talk to your AI agent using Feature Scaler Engine.

Standardize the 'Age' and 'Salary' columns to have a mean of 0 and variance of 1.

Scaling complete. The Age column had a mean of 34 (std dev 5.2) and the Salary column had a mean of $85k (std dev $22k). Both columns are now centered at 0.

Apply MinMax scaling to the 'PixelIntensity' feature so all values are between 0 and 1.

Done. The original values ranged from 0 to 255. All PixelIntensity values are now compressed precisely between 0.0 and 1.0, ready for your neural network.

Normalize all numeric features in this dataset before training my K-Means clustering model.

All 12 numeric columns have been standard-scaled. Each column now has mean ≈ 0 and std dev ≈ 1. The computed metrics have been returned for future inverse transformations.

Standard scaling (Z-Score) centers data at 0 with a variance of 1, ideal for algorithms that assume normally distributed features. MinMax compresses all values precisely between 0 and 1, ideal for neural networks and distance-based algorithms.

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