AI Coding Agent Memory & Semantic Change Control

Nool Architecture

Nool's architecture centers on a semantic operational DAG that records intent, attribution, policy validation, and causal lineage alongside code changes.

Semantic DAG with triple binding of intent, code, and reasoning.
WASM-based policy gates for lightweight invariant checks.
Git-compatible bridge for seamless integration.

Nool: AI Engineering Governance & Agent Reliability

The governance layer for AI-native engineering teams

Nool governs each repository and coordinates the workspace above it. Engineering leaders can turn cross-project goals into real child-ledger tasks, roll release health and operating metrics upward, and trace delivery back to signed implementation evidence.

Built for engineering managers, CTOs, and principal engineers who need one recursive control model from organizational intent to project execution without creating a shadow management ledger.

Key capabilities: workspace topology reconciliation, goal-to-task decomposition, conservative release-health rollups, child-ledger insights, dependency-ordered coordination, semantic blast radius analysis, provenance, and policy-gated changes.