Production ML, automated.

Your Autonomous
ML Engineer.

Connect your data and describe the task. Genematon builds the full ML pipeline—from data cleaning and feature engineering to model creation and hyperparameter tuning. Deploy production-ready solutions on demand via UI, MCP server, or REST API.

Stop wrestling with ML pipelines and infrastructure, and start shipping solutions faster.

Step 1: Select File, Name Job and Describe Task

Choose your input file, name the job and describe what you want to create

customer-churn-v1
train_customer_churn.csv
train_fraud_detection.csv
train_ltv_prediction.csv
Predict whether the customer will churn or not. Output this as a probability.

Works seamlessly with your AI stack

Cursor Claude Code Windsurf OpenClaw OpenCode Codex Copilot
The category

LLMs reason. Genematon predicts.

Today’s AI agents are brilliant at logic and code, but they fail at hard numbers. You can't prompt-engineer your way to an accurate revenue forecast, a reliable fraud detection model, or a precise customer churn prediction.

Genematon provides the missing mathematical layer. Instantly provision expert-level classification and regression models via API or MCP. No infrastructure to manage, no pipelines to build—just give your agents the predictive power they need to execute complex, data-heavy tasks.

Two ways in, one platform

Through a UI, or through your code.

Equal weight. Equal capability. Different audiences, same engine.

For ML teams

Through the UI

For data scientists, ML engineers, and technical operators. Connect your data, define the target, and hand off the rest. Genematon doesn't just run grid searches—it writes custom, end-to-end ML code from scratch. It autonomously codes the multi-table data flattening, engineers bespoke features, and selects or creates the best-performing models for your specific use case. It then trains and evaluates the model. Once the solution is created, you can deploy it on demand with built-in monitoring and drift detection. You get a production-grade pipeline without managing infrastructure or MLOps tooling.

See the platform
For AI developers & services

Programmable ML for Agents

Coding agents don't just call Genematon—they build with it. Dynamically provision classification and regression models on the fly via MCP or REST API. Genematon abstracts away the complex ML infrastructure and delivers expert-level predictive accuracy, freeing your agents to focus on what matters: writing integration code and building advanced solutions—like turning a simple binary classifier into a full-scale recommendation system.

Read the API & MCP docs
How it works

Describe. Review. Train.

Describe the task you want to solve. Genematon builds the schema and selects the features. You review and hit train. It's that simple.

01 — Describe

Describe the task.

Upload your data and describe what you want to predict in plain English. Genematon understands the context and intent.

02 — Review Schema

Review generated schema.

Genematon automatically suggests a parameter schema based on your data and goal. Accept it or make adjustments.

03 — Select Features

Select features & train.

Genematon automatically identifies your target columns and any features unavailable at inference time. You have full control to adjust these before training begins.

Step 1: Select File, Name Job and Describe Task

Choose your input file, name the job and describe what you want to create

customer-churn-v1
train_customer_churn.csv
train_fraud_detection.csv
train_ltv_prediction.csv
Predict whether the customer will churn or not. Output this as a probability.

Step 2: Generate Schema

We'll analyze your file and create a parameter schema


Schema generated successfully!
Name Data Type Description
`id` `int64` Unique identifier for each customer record.
`churn_probability` `float32` Predicted probability that the customer will churn.

Step 3: Select Training-Time Only Features

Choose which features will be unavailable at inference time

is_churned
customer_id
contract_type
tenure_months
monthly_charges_usd
total_charges_usd
num_support_tickets_ytd
days_since_last_login
payment_method_code
has_device_protection
Proof, not promises

A system that improves the system that built it.

30% → 80% pass@1 debug success

Pointed at its own codebase.

Genematon's pass@1 debug success rate went from 30% to 80% when we turned the platform on itself. The same engine that designs your pipelines is the engine we use to improve Genematon — recursive self-improvement, in production.

Kaggle winner

Automated expert-level performance.

Genematon autonomously built a supply chain forecasting pipeline that won a Kaggle competition outright, beating handcrafted solutions from human experts.

Enterprise architecture

Your data, your boundary.

Genematon runs on Kubernetes. Enterprise clients have the option to deploy a dedicated tenant inside their own environment — where data, compute, and pipelines never leave your perimeter — or use our fully managed hosted service. Developer-tier clients run on our shared hosted infrastructure.

Enterprise Security
GDPR Ready
VPC Deployment
See enterprise architecture
Architectural integrity

Open-source where it matters most.

Genematon’s reasoning engine runs entirely on open-source LLMs to design architectures, generate training code, and manage deployments.

We adapt to your security requirements. In our managed cloud, you can easily upload files or connect to databases like Delta tables and SQL to get started fast—and rest assured that the engine only passes schemas and minimal samples to the LLMs, never your bulk datasets.

When strict data privacy is paramount, you have the ultimate escape hatch: deploy Genematon into a fully isolated VPC. By self-hosting the LLMs directly alongside your data, you guarantee that your compute and proprietary datasets never leave your tenant.

No deprecation calendars. No silent retraining. No surprise pricing changes inside the platform you depend on.

Scope

What Genematon ships.

Versatile modeling for complex tabular data. Multi-output regression, classification, survival analysis, forecasting, and text understanding.

Advanced Tabular ML

  • Multi-output regression
  • Survival analysis
  • Demand forecasting
  • Dynamic pricing

Classification & Risk

  • Fraud detection
  • Credit risk modeling
  • Customer churn
  • Lifetime value (LTV)

Text Understanding

  • Text classification
  • LLM routing
  • Intelligent document processing
  • RAG over enterprise documents
  • Embedding-based retrieval

Your Autonomous ML Engineer is ready when you are.