Platform

Six functions.
One knowledge operating system.

COMSI is organised around six tightly-coupled functions that together turn a corpus of contracts and regulations into deterministic, traceable output.

Knowledge representation

A canonical schema of zones, sections, clauses, and atoms. Every provision carries its CPID, its jurisdictional scope, and its provenance.

Knowledge generation

Deterministic output from the library and playbook. Each generated clause has a traceable lineage back to ingested sources.

Knowledge ingestion

A library flywheel that decomposes incoming contracts into atoms, dedupes against the corpus, and stages provisional additions.

Knowledge verification

Zone-validation gates, asymmetric containment scoring, and a provenance bundle that survives every transformation in the pipeline.

Knowledge governance

Reviewable suggestions, versioned playbooks, and audit-grade trails for regulators and counterparties.

Knowledge structuring

A graph of regulatory references, clause families, and jurisdictional variants — queryable, exportable, defensible.

Convergence thesis

Joint library and playbook maturity drives output toward operative determinism.

As the canonical library densifies and the playbook accumulates jurisdiction-aware rules, the space of possible outputs narrows. Each ingested contract contributes provenance. Each reviewed suggestion contributes a rule. Convergence is observable through three metrics measured against every flywheel cycle.

CPID addition rate

New canonical provisions added per ingested document. Falls as the library matures and the corpus saturates.

Version increment rate

Frequency of playbook version bumps per review cycle. Falls as the rules stabilise against operative norms.

Objective redline rate

Share of redlines reducible to deterministic rule application. Rises as knowledge converges.

Pipeline

Seven stages from regulation to output.

  1. 0 Regulatory assessment
  2. 1 Intent capture
  3. 2 Clause selection
  4. 3 Source ranking
  5. 4 Composition
  6. 5 Validation
  7. 6 Output