ZATOONA
✨ Alpha testing program now openSign Up

Causal AI for Reliable Decision-Making

From messy data to robust findings in minutes

Watch Demo
State-of-the-Art Methods
No Code Required
Built-in Validation

Why Causal AI

Scientific discovery and reliable decision-making require causal reasoning, not just correlations.

Most data analysis stops at finding patterns, leaving critical questions unanswered. Whether you're evaluating a treatment, optimizing a process, or trying to understand a pehnomenon, you need to know what actually causes what. Causal inference provides the tools to answer these questions rigorously.

However, applying causal inference in practice requires deep technical expertise, domain-specific knowledge, and careful tracking and validation of results. This creates a significant barrier for many researchers and analysts who need to extract reliable insights from their data but lack the resources or expertise to do so effectively.

We make cutting-edge causal inference tools accessible for analysts, scientists, and clinicians.

A Platform for End-to-End Causal Analysis

Interactive Guided Analysis

Specialzed Agents that guides you through every step of causal analysis using natural language. No coding required - just choose your workflow, upload your data, and our system walks you through the entire process.

  • Natural language conversations - no technical jargon required
  • Personalized analysis paths adapted to your specific data and questions
  • Real-time guidance and explanations at every decision point
  • Built-in best practices and quality checks throughout the process
Treatment Effect Estimation
Modeling
Identification
Estimation
Refutation
Report

Comprehensive Toolkit

Our platform integrates the latest research in causal inference, machine learning, and statistical methods, ensuring your analysis meets the highest academic and industry standards.

  • Complete toolkit for all causal analysis needs - effect estimation, model discovery, and causal prediction
  • From traditional econometrics to modern machine learning approaches.
  • Intelligent method recommendation based on your data and specific research question
Effect Estimation
Propensity Matching
Instrumental Variables
Regression Discontinuity
Double ML
Model Discovery
PC Algorithm
FCI Algorithm
NOTEARS
LLM-Guided Discovery
Causal Prediction
Synthetic Controls
Causal Forests
Metalearners
CEVAEs

A Comprehensive Library of Causal Inference Methods

Built-in Validation & Robustness Checks

Rigorous scientific validation built into every analysis. Our agents runs multiple robustness checks, sensitivity analyses, and refutation tests to ensure your conclusions are reliable and defensible.

  • Comprehensive battery of validation tests for each causal claim
  • Automated sensitivity analysis across key assumptions
  • Statistical significance testing with multiple comparison corrections
  • Clear reporting of limitations, confidence intervals, and potential biases

Validation Test Results

Automated robustness checks for causal claims

Refutation TestStatusP-Value
Random Common Cause
Pass
0.82
Placebo Treatment
Pass
0.91
Data Subset Validation
Pass
0.76
Bootstrap Stability
Pass
0.88
Unobserved Confounder
Pass
0.65
All validation tests passed

Results are robust and reliable

Workflows Tailored to Your Research Questions

Choose from an expanding set of workflows each designed to answer specific causal questions with buiilt-in best practices and domain expertise.

Treatment Effect Estimation
Quantify Impact

Measure the impact of interventions, or policies on your outcomes of interest.

Average Treatment Effects (ATE)
Conditional Average Treatment Effects (CATE)
A/B test analysis and policy evaluation
Dose-response relationships
Perfect for:
Drug Efficacy StudiesTreatment ComparisonsClinical Trial Analysis
Root Cause Analysis
Understand Drivers

Understand the underlying causes of certain behaviors or outcomes in your data.

Causal path analysis and driver identification
Feature attribution and importance ranking
Anomaly explanation and diagnosis
Performance bottleneck identification
Perfect for:
Disease EtiologyBiomarker DiscoveryAdverse Event Analysis
Causal Prediction
Simulate Outcomes

Predict what would happen under different scenarios and optimize interventions.

Individual-level outcome prediction
Counterfactual scenario modeling
Intervention optimization
What-if analysis
Perfect for:
Personalized MedicinePrognosis ModelingIntervention Planning

Get in Touch

Have a question or want to see Zatoona in action? Send us a message and we'll get back to you.

Send us a Message
Whether you're interested in a demo, have technical questions, or want to learn more about our platform.

0/500 characters