ClusterMind

Identify optimal clustering models in seconds.

Extract dataset topology, rank the best unsupervised models, and execute grid-search HPO automatically. A developer-first AutoML platform, accessible via our workbench or REST API.

NewAgentic HPO workbench
ClusterMindautoml-pipeline
Top algorithm recommendations02 / 145

Iris clustering launch

Select the best clustering algorithm before running a full grid search.

ENG-2703
GMM selected with full covariance
In Progress
ENG-2704
Birch fallback validates compact groups
ENG-2705
Spectral graph pass queued for comparison

A new species of AutoML tool. Purpose-built for modern data teams and AI pipelines, ClusterMind sets a new standard for unsupervised model selection and hyperparameter optimization.

Automatically profile dataset topology

Upload your raw datasets to automatically extract topological properties like sample density, sparseness, dimensionality, and the Hopkins statistic for clustering tendency.

1.0 Ingest ->

Ingestdataset-profile
Iris.csv
4.8 KB • Ingested & Validated
Extracted Topology Metrics
Hopkins StatisticHigh clustering tendency
0.84
Sample Count (Rows)Low dataset size
150
Feature Count (Cols)Low dimensionality
4
Missing ValuesComplete data
0.0%
Sparseness RatioDense dataset
0.0%

Select the best candidate algorithms

Match dataset topology with the optimal clustering algorithms (K-Means, GMM, DBSCAN, Birch, Spectral, Agglomerative) using our offline meta-learning engine.

2.0 Recommend ->

Recommendalgorithm-ranking
AlgorithmPredicted SuitabilityRecommendation
Gaussian Mixture (GMM)
88%
Recommended
K-Means
76%
Compatible
Birch
67%
Compatible
Spectral Clustering
52%
Sub-optimal
DBSCAN
28%
Low Match

Automate hyperparameter optimization

Run grid-search HPO instantly to find the best settings (cluster sizes, distance metrics, linkage criteria, covariance types, thresholds) optimized against silhouette, Calinski-Harabasz, and Davies-Bouldin scores.

3.0 Tune ->

Tunehpo-grid
Trial IDParametersSilhouetteDavies-BouldinStatus
T-04n_components=3, cov=full0.74300.6125
Winner
T-02n_components=2, cov=full0.68410.7302
Completed
T-08n_components=4, cov=diag0.61520.8540
Completed
T-05n_components=5, cov=tied0.58920.9123
Completed
T-11n_components=3, cov=spherical0.54221.0415
Completed

Access programmatically with REST API Keys

Integrate clustering directly into your production code, applications, or AI agents. Generate secure API keys to request recommendations and grid-search results on the fly.

4.0 Integrate ->

Integraterest-api
Python SDKPOST /api/v1/recommend
# Authenticate and request recommendation
import requests
headers = {
"X-API-Key": "cm_live_7a92fb01..."
}
response = requests.post(
"https://api.clustermind.ai/v1/recommend",
headers=headers,
files={"file": open("dataset.csv", "rb")}
)
print(response.json())
# Output:
{
"status": "success",
"recommended_algorithm": "GMM",
"optimal_hyperparams": {
"n_components": 3,
"covariance_type": "full"
}
}
ClusterMind

Automating the lifecycle of unsupervised clustering models. From topological profiling to HPO recommendation, ClusterMind simplifies the path to optimal groupings.

Student ProjectEducational Use Only

Developer

Chintan Kumar Singal

Academic Disclaimer

This application is an educational prototype and student development project. All clustering model recommendations, meta-features evaluations, and hyperparameter grids represent AutoML pipeline benchmarks optimized against simulated and public research datasets. No guarantee of commercial suitability or model accuracy is made. All computations and results generated are for academic and demonstration purposes only. The project repository is licensed under the MIT License and remains open-source.

© 2026 ClusterMind. Created by Chintan Kumar Singal.

Academic LicenseEducational Purpose