Causal + policy graphs
Author domain models in a typed DSL, compose them with operational telemetry, and run them as first-class artifacts under version control.
Reasoning, governed.
Decision Intelligence converts live operational data into signed, replayable decisions. It combines causal models, policy graphs, and constraint solvers — with human checkpoints wired in where the regulator, the operator, or the contract requires them.
Decision Inspector — the workstation an analyst opens when a decision lands. The graph, the inputs that produced it, the operator who approved it, and the controls to replay or override. No part of this view leaves the customer perimeter.
In critical environments, that is not acceptable. A hospital cannot deploy a triage recommender it cannot defend in a malpractice review. A utility cannot accept a load-shed decision it cannot reproduce after an incident. Decision Intelligence is built on the inverse premise: every decision is a graph, every graph is signed, every signed graph is replayable on the data that produced it.
Author domain models in a typed DSL, compose them with operational telemetry, and run them as first-class artifacts under version control.
Pluggable solvers (MILP, SAT, CP-SAT) with deterministic seeds and reproducible execution traces.
Approval gates with role-aware routing, override capture, and structured annotation — all wired into the decision graph.
Every decision exits the system as a cryptographically signed graph with input snapshots, model versions, and operator chain.
Re-execute any prior decision against today’s data, today’s models, or hypothetical inputs — for audit, training, or post-incident review.
A workstation interface for the analyst on the receiving end — purpose-built for triage, override, and escalation, not for tinkering.
Reference scenarios — drawn from active design-partner conversations and prior operator engagements.