What problem does it solve?
Generic AI-generated safety paperwork is frequently rejected by regulators for being vague, relying on PPE-only controls, lacking clear action owners, and leaking personal data. Confidential aviation safety reporting systems that fail to protect reporter identity discourage voluntary hazard reporting, undermining safety culture and compliance with ICAO Annex 19 Safety Promotion requirements.
Core Features & Use Cases
- Structured specificity-first intake: Forces capture of the named operator, scheme type (confidential/voluntary/anonymous), and regulatory protection basis before any drafting, eliminating vague, one-size-fits-all outputs.
- Load-bearing de-identification: Pseudonymizes all reporter identifiers (name, role, route, base, contact details, narrative re-identifiers) at the earliest workflow stage, with re-identification keys held separately by a named custodian to ensure identity protection is never breached.
- End-to-end scheme design: Builds the full reporting system including intake forms, de-identification and handling workflows, closed feedback loops, and legally grounded reporter-protection assurances aligned to ICAO Annex 19.
- Mandatory quality and SME review: Runs pre-output validation and domain-expert sign-off to ensure regulatory accuracy, airtight de-identification, and actionable, defensible outputs.
- Use Case: An aviation operator, airport, or Approved Maintenance Organization (AMO) needs to build or review a confidential safety reporting scheme that meets regulatory requirements, protects reporter identity, and encourages voluntary hazard reporting.
Quick Start
Use the aviation-confidential-reporting skill to design a complete confidential safety reporting system for your named aviation operator, including the intake form, de-identification workflow, feedback loop, and reporter-protection assurances aligned to ICAO Annex 19.
