
OpenCM 1.0
The Universal Interchange Standard for Causal AI.
Causal AI — and We’re Giving It Away
The Infrastructure Gap in Causal AI
The year is 2026. Causal AI is finally having its moment. After decades of Judea Pearl’s pioneering work on causal inference and structural causal models (SCMs), enterprises are waking up to a fundamental truth: correlation is cheap, causation is priceless.
But causal inference has no portable model format. OpenCM does for causal inference what ONNX did for neural networks: it makes causal models portable, versionable, composable, and transparent.
Model Registries
Maintain validated causal models—Porter’s Five Forces, PESTLE, and more. Browse the library →
The Lensing Engine
Treat models like interchangeable reasoning overlays. Swap causal worldviews as easy as changing camera lenses. See the spec →
Standardized JSON
Language-agnostic specification for variables, edges, structural equations, and explicit assumptions. See examples →
Featured Models
A small slice of the 53 models in the registry. See all →
Porter's Five Forces
Michael Porter's framework for analyzing competitive intensity and industry attractiveness throug...
StrategyAnsoff Matrix Strategy
Igor Ansoff's Product/Market Expansion Grid for identifying growth opportunities through market p...
MarketingBass Diffusion Model
Frank Bass's model for new product adoption, driven by innovators (coefficient p) and imitators (...
FinanceAltman Z-Score (Bankruptcy Risk)
Edward Altman's formula for predicting the probability that a firm will go into bankruptcy within...
OperationsTheory of Constraints
Goldratt's Theory of Constraints — how system bottlenecks causally limit throughput and how focus...
OrganizationTechnology Adoption Lifecycle
Rogers' Diffusion of Innovations + Moore's Chasm model — how technology spreads through adopter s...