Pure Statistics. Zero Guesswork.

Uploadyourdataset.Theenginehandlesfeatureselection,modelevaluation,andhyperparametertuningthendeliversthebestalgorithmautomatically.

0%

Multicollinearity Drop Threshold

0%

Missing Tolerance Limit

0th

Winsorization Percentile

0+

Max Target Encoding Threshold

Absolute Processing
Rigorous Automation.

We execute true statistical procedures on every dimension of your uploaded dataset.

Multicollinearity Resolution

Automatic Pearson correlation matrix tracking. Features exceeding r > 0.95 collinearity are aggressively dropped to preserve model stability.

>0.95 ThresholdFeature Redundancy Drop

Adaptive Imputation

Smart numeric imputation switching between Median (for heavy skew > 1) and Mean (Gaussian approximations) evaluated feature-by-feature.

Skewness GuidedMean vs Median

Unsupervised Feature Mining

Runs mathematical K-Means clustering prior to supervised modeling, adding non-linear cluster distances as raw engineered features.

Cluster DistanceK-Means Extraction

Robust Target Normalization

Monitors target distribution density dynamically, applying Yeo-Johnson (skew > 1) or Log1p (skew > 1.5) transforms to linearize regressions.

Yeo-JohnsonLog1p Scaling

Outlier Winsorization

Aggressive 1st/99th percentile clipping applied dynamically to heavily skewed numeric features where IQR outlier volume strictly exceeds 2%.

1st/99th PercentileRobustScaler Fallback

Cardinality-Aware Encoding

Switches effortlessly between standard OneHotEncoders (< 15 values) and signal-preserving TargetMeanEncoders for high cardinality data.

Target MeanOneHot Switching

The Engine Architecture

Follow exactly what happens to a dataset moving through SentientML.

Intelligent Preview

Live Preview
agejobbalance
30unemployed1787
33services4789
35management1350
PHASE 01

Upload Data

Connect your raw CSV, Excel, or JSON datasets directly in the browser. Employs intelligent memory-aware chunking to handle large files seamlessly and immediately profiles column types.

Format DetectionType Inference

Problem Type

Regression

Target

price

Confidence

90%

Unique

3511

Missing

0

PHASE 02

Target Selection

Automatically scans continuous and categorical columns to highlight valid targets. Evaluates unique value ratios to classify the problem type instantly as Regression or Classification.

Problem Type InferenceNaN Detection
Dimensions45.2K x 17
Num7
Cat10
Health98
Target CorrelationPearson
duration+0.852
balance+0.451
age-0.254
PHASE 03

Statistical Analysis

Runs full structural evaluations including zero-variance filtering, missing-value density mapping, and generates a strict >0.95 Pearson collinearity dropping matrix.

Collinearity DropVariance Filtering

Transformation Engine

0 CORR · 14 STRUCT

Routine ML Pipeline

Categorical Encoding

3

OneHot (2) + TargetEnc (1)

modeltransmissionfuelType
PHASE 04

Advanced Preprocessing

Constructs the mathematical pipeline. Replaces values via Adaptive mean/median imputation. Resolves severe skewness with Yeo-Johnson transforms and scales with Robust or Standard scalers.

Yeo-JohnsonAdaptive Imputation
Optuna TPE
LightGBMDone
XGBoostRunning...
CatBoostQueued
PHASE 05

Model Training

Executes a two-phase tournament: screens all algorithms first, then deep-tunes the top 3 using Optuna Bayesian optimization with 5-fold cross-validation. Automatically applies SMOTE for extreme class imbalance.

5-Fold CVOptuna TPE
Actual vs Predicted
R²: 0.892
PHASE 06

Ensembled Evaluation

Aggregates the tuned models into a Variance-Reduced Stacking Ensemble meta-learner. Evaluates performance mathematically and generates full SHAP and Permutation importance attributions.

Stacking EnsembleSHAP Analysis
Input Vector
Infer Result
age34
balance1504
PredictionYes (94%)
PHASE 07

Deployment & API Inference

Download the optimized pipeline structure to inference mode immediately. Enter new feature vectors into the compiled model to see live, on-the-fly predictions locally.

Zero Cold StartLive Inference
Raja Haris - Founder of SentientML

RAJA HARIS

Founder & Architect

Mathematics overtakes guesswork.

"Traditional machine learning relies on profound trial and error where valuable weeks are lost to tuning and hoping."

SentientMLreplaces hope with certainty. The engine synthesizes exact, automated pipelines from your data's statistical DNA, generating the optimum mathematical architecture instantly.