configuring-privacy-policies

Select and customize OpenMed de-identification policies for clinical text.

5.0k|615|Updated Oct 4, 2025
One-click install
npx skills add https://github.com/maziyarpanahi/openmed --skill configuring-privacy-policies
Or copy as Structured Prompt for Agent▼
Please help me install this Agent Skill.
Skill: configuring-privacy-policies
Source: https://github.com/maziyarpanahi/openmed/tree/main/skills/configuring-privacy-policies
Command: npx skills add https://github.com/maziyarpanahi/openmed --skill configuring-privacy-policies

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill helps you choose and customize OpenMed privacy policies so clinical text can be de-identified according to regulatory requirements, research needs, or strict no-leakage goals without sending data off-device.

Core Features & Use Cases

  • Policy Selection: Match seven bundled profiles to HIPAA Safe Harbor, Expert Determination assistance, GDPR pseudonymization, PIPEDA, research limited datasets, minimal redaction, or strict no-leakage workflows.
  • Fine-Grained Configuration: Customize per-label actions, quasi-identifier handling, safety sweeps, arbitration modes, reversible mappings, languages, locales, seeds, and consistency settings through Anonymizer and AnonymizerConfig.
  • Custom Surrogates: Register label-specific generators or custom clinical Faker providers for identifiers such as MRNs while supporting isolated per-run providers.
  • Use Case: Prepare a research cohort that masks direct identifiers but preserves dates, age, ZIP code, geography, and clinical concepts under an appropriate limited-dataset policy.

Quick Start

Ask the OpenMed skill to recommend a privacy policy for your regulatory context and provide the corresponding deidentify configuration.

Frequently Asked Questions about configuring-privacy-policies

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I configure clinical text de-identification policies for HIPAA and GDPR compliance?▼

To configure clinical text de-identification for HIPAA and GDPR, you select and customize bundled OpenMed privacy profiles that align with Safe Harbor or pseudonymization requirements. This applies per-label actions, quasi-identifier controls, and AnonymizerConfig settings to ensure regulatory compliance.

Can I preserve dates and ZIP codes while masking direct identifiers in a research dataset?▼

Yes, you can preserve dates, age, ZIP codes, geography, and clinical concepts while masking direct identifiers. By applying a research limited-dataset policy, the configuration allows fine-grained quasi-identifier handling to maintain data utility for cohort analysis.

What is the best way to generate synthetic surrogates for clinical text without leaking PHI?▼

The best way to generate synthetic surrogates without leaking PHI is to use strict no-leakage privacy profiles. You can register label-specific custom clinical Faker providers and registered surrogate generators to replace identifiers with isolated, realistic synthetic values.

How do I set up reversible mappings for pseudonymized clinical data?▼

To set up reversible mappings for pseudonymized clinical data, you configure the Anonymizer with specific arbitration modes and consistency settings. This supports reversible transformations that allow re-identification when authorized, while maintaining GDPR-aligned pseudonymization.

Does this de-identification process work offline for internal clinical workflows?▼

Yes, the de-identification process works offline for internal clinical workflows. It selects and customizes OpenMed privacy policies directly on-device, ensuring clinical text is processed without sending data off-device, which is ideal for strict internal privacy requirements.

When should I use custom identifier providers instead of bundled de-identification profiles?▼

You should use custom identifier providers instead of bundled profiles when you need label-specific generators for identifiers like MRNs. This allows you to register isolated per-run clinical Faker providers, offering more specialized surrogate generation than standard HIPAA or PIPEDA profiles.