rule-extraction

Atomic verification rules are the smallest individually testable units extracted from regulatory text, enabling systematic compliance testing. They break down dense regulations into discrete checks with source references for traceability.

Converting compliance regulations into an automated rule catalog involves parsing regulatory documents to identify atomic rules, scoping cross-references, and mapping each rule to its source text. This yields per-rule artifacts for workflow automation.

You maintain traceability when decomposing regulations by cataloging each atomic rule with a source_ref that links back to the original regulatory text. This ensures consistent interpretation and verifiable compliance across projects.

Yes, you can scope cross-references when parsing regulatory text for compliance verification. The rule extraction process identifies parsing boundaries and cross-references to ensure extracted atomic rules remain contextually accurate and testable.

You need to extract atomic rules from regulatory documents when preparing compliance verification workflows, conducting audits, or building downstream automation. This decomposition transforms dense regulations into structured, testable units for systematic checks.

No specific dependencies are required to process regulatory text for rule extraction. You feed the regulatory document directly into the skill to produce atomic rules and a catalog for downstream verification workflows.