Open source · MIT Licensed

Optomitron

Optimizes everyone's health, wealth, and happiness — as well as that of humanity — using time series data and causal inference.

The operating system for evidence-based decision-making. Whether you're a person tracking supplements, a government allocating budgets, or a business optimizing spend — the math is the same.

10
Packages
780+
Tests
5
Research Papers
60+
Datasets

Five-Layer Architecture

A decentralized system that turns raw data into optimal decisions while keeping your personal data private and the public knowledge open.

Layer 1🔒

Digital Twin Safe

All personal data stays on your device. The causal engine runs locally in pure TypeScript — no server, no surveillance, no data leaving your control.

Layer 2🪪

Decentralized Identity

Proof-of-personhood via zero-knowledge proofs. One person, one vote — verified humanity without revealing identity.

Layer 3⛓️

Anonymous On-Chain

Anonymized effect sizes and preference weights stored on a public chain. No single entity owns the data — it belongs to the commons.

Layer 4📊

Aggregation Server

Meta-analysis across all submissions produces population-level insights: treatment rankings, policy scores, and politician alignment.

Layer 5💸

Incentive Layer

Data contribution tokens and Incentive Alignment Bonds automatically fund campaigns for politicians who represent citizen preferences.

One Engine, Every Domain

Feed any two time series and Optomitron answers: Does changing X cause Y to change? By how much? What's the optimal value of X?

🏥

For Individuals

Import from Apple Health, Fitbit, Oura — discover which supplements, habits, and treatments actually work for YOU. Get optimal dosages, not just averages.

Import Your Data
🏛️

For Governments

Any jurisdiction can deploy Optomitron as a governance OS. Collect citizen preferences, optimize budgets, score policies, and hold politicians accountable.

View Dashboard
📈

For Businesses

The same causal engine works for ad spend, pricing, feature decisions — any two time series. Domain-agnostic by design.

Learn More

How It Works

1
📥

Collect

Import time series data from wearables, government stats, or business metrics

2
🔗

Align

Pair predictor and outcome measurements using configurable onset delays

3
🔬

Score

Apply Bradford Hill criteria via saturation functions for Predictor Impact Score

4
🎯

Optimize

Find optimal predictor values with confidence intervals

5
💡

Recommend

Generate actionable recommendations: dosage, policy, budget, candidate

The $6.75 Trillion Question

The US federal government allocates its budget based on political negotiation, not evidence. Nobody knows the optimal amount to spend on education vs. healthcare vs. defense.

Optomitron changes that. Any jurisdiction — city, county, state, or country — can deploy evidence-based governance.