◎ Causal reasoning over real-world interactions
◎ Formal representation of physical concepts
◎ Versioned ontologies and assumptions
◎ Counded counterfactual analysis
◎ Safety-critical software
◎ Physics-based modeling
◎ Systems engineering
◎ Formal methods
This includes:
01 / Causal reasoning over real-world interactions
02 / Formal representation of physical concepts
03 / Versioned ontologies and assumptions
04 / Counded counterfactual analysis
We design for:
01 / Post-incident auditability
02 / Reproducibility of conclusions
03 / Independence from training pipelines
04 / Compatibility with existing validation stacks
That means:
01 / Integration paths that do not disrupt existing systems
02 / No dependence on speculative AI reasoning
03 / Explicit physical bounds
04 / Deterministic outputs
✖︎ A simulator
✖︎ A perception dataset
✖︎ A synthetic data engine
✖︎ A replacement for fleet testing
✓ A causal audit layer
✓ A physics-grounded epistemic framework
✓ A system for quantifying and tracking understanding gaps
⇨ quantify epistemic debt
⇨ identify unknown-unknowns
⇨ trace failure lineage across time
⇨ produce defensible audit artifacts
⇨ support regulatory submissions with evidence rather than narrative
☑︎ The core epistemic framework, audit logic, and formalism are complete.
☐ The causal seed library is being constructed incrementally through controlled real-world capture and validation.