compliance-automation
Automated compliance checks, continuous monitoring, reporting frameworks for GDPR, HIPAA, SOC2, and CCPA compliance.
Works with
---
name: compliance-automation
description: Automated compliance checks, continuous monitoring, reporting frameworks for GDPR, HIPAA, SOC2, and CCPA compliance.
license: MIT
---
# Compliance Automation Skill
## Overview
Automate compliance checking, monitoring, and reporting for regulatory frameworks including GDPR, HIPAA, SOC2, and CCPA.
## Compliance Frameworks
### GDPR (General Data Protection Regulation)
```python
class GDPRComplianceChecker:
def check_all_requirements(self, catalog: str) -> dict:
"""Check all GDPR requirements."""
return {
"data_inventory": self.check_data_inventory(catalog),
"legal_basis": self.check_legal_basis(catalog),
"consent_management": self.check_consent(catalog),
"right_to_access": self.check_sar_process(),
"right_to_erasure": self.check_deletion_workflow(),
"right_to_portability": self.check_export_capability(),
"data_minimization": self.check_data_minimization(catalog),
"security_measures": self.check_security(catalog),
"breach_notification": self.check_breach_process()
}
def check_right_to_erasure(self) -> dict:
"""Article 17: Right to erasure."""
has_deletion_api = self.verify_deletion_api_exists()
has_lineage = self.verify_lineage_for_cascade()
response_time_ok = self.verify_30day_sla()
return {
"compliant": all([has_deletion_api, has_lineage, response_time_ok]),
"gaps": self.identify_gaps([has_deletion_api, has_lineage, response_time_ok])
}
```
### HIPAA (Health Insurance Portability)
```python
class HIPAAComplianceChecker:
def check_technical_safeguards(self, catalog: str) -> dict:
"""Check HIPAA technical safeguards."""
return {
"access_control": self.check_unique_user_id(),
"audit_controls": self.check_audit_logs(),
"integrity_controls": self.check_data_integrity(),
"transmission_security": self.check_encryption_transit(),
"encryption_at_rest": self.check_encryption_rest(catalog)
}
def check_audit_controls(self) -> dict:
"""45 CFR § 164.312(b) - Audit controls."""
logs_enabled = self.verify_audit_logs_enabled()
retention_ok = self.verify_log_retention_6years()
comprehensive = self.verify_phi_access_logged()
return {
"compliant": all([logs_enabled, retention_ok, comprehensive]),
"requirement": "45 CFR § 164.312(b)"
}
```
### SOC2 (Service Organization Control 2)
```python
class SOC2ComplianceChecker:
def check_trust_services_criteria(self, catalog: str) -> dict:
"""Check SOC2 trust services criteria."""
return {
"security": self.check_security_principle(catalog),
"availability": self.check_availability_principle(),
"processing_integrity": self.check_processing_integrity(catalog),
"confidentiality": self.check_confidentiality(catalog),
"privacy": self.check_privacy_principle(catalog)
}
```
## Continuous Monitoring
### Real-time Compliance Monitoring
```python
def continuous_compliance_monitor(interval_minutes: int = 60):
"""Monitor compliance continuously."""
while True:
# Check all compliance frameworks
gdpr_status = GDPRComplianceChecker().check_all_requirements("production")
hipaa_status = HIPAAComplianceChecker().check_technical_safeguards("production")
soc2_status = SOC2ComplianceChecker().check_trust_services_criteria("production")
# Identify violations
violations = identify_violations([gdpr_status, hipaa_status, soc2_status])
if violations:
# Alert and remediate
send_compliance_alerts(violations)
auto_remediate_violations(violations)
# Log compliance status
log_compliance_status(gdpr_status, hipaa_status, soc2_status)
# Wait for next check
time.sleep(interval_minutes * 60)
```
## Automated Remediation
```python
def auto_remediate_compliance_violations(violations: list):
"""Automatically fix compliance violations."""
for violation in violations:
if violation["type"] == "unencrypted_pii":
enable_encryption(violation["table"])
apply_masking(violation["columns"])
elif violation["type"] == "excessive_access":
revoke_excessive_permissions(violation["grants"])
elif violation["type"] == "missing_audit_logs":
enable_audit_logging(violation["catalog"])
elif violation["type"] == "retention_violation":
execute_retention_policy(violation["table"])
# Log remediation
log_remediation(violation)
```
## Compliance Reporting
### Generate Compliance Report
```python
def generate_compliance_report(standard: str, catalog: str) -> dict:
"""Generate comprehensive compliance report."""
if standard == "gdpr":
checker = GDPRComplianceChecker()
results = checker.check_all_requirements(catalog)
elif standard == "hipaa":
checker = HIPAAComplianceChecker()
results = checker.check_technical_safeguards(catalog)
report = {
"standard": standard,
"catalog": catalog,
"date": datetime.now(),
"overall_score": calculate_compliance_score(results),
"compliant_controls": count_compliant(results),
"non_compliant_controls": count_non_compliant(results),
"findings": extract_findings(results),
"remediation_plan": generate_remediation_plan(results)
}
return report
```
## Best Practices
1. **Automate Everything**: Manual checks are error-prone
2. **Monitor Continuously**: Real-time compliance monitoring
3. **Alert Proactively**: Notify before violations escalate
4. **Auto-Remediate**: Fix violations automatically where possible
5. **Document Evidence**: Maintain audit trail for regulators
6. **Regular Testing**: Test compliance controls quarterly
## Templates
- **gdpr-checklist.yaml**: GDPR compliance checklist
- **hipaa-controls.yaml**: HIPAA control validation
- **soc2-audit.yaml**: SOC2 audit procedures
- **compliance-monitor.py**: Continuous monitoring script
## Examples
- **gdpr-compliance-check**: Complete GDPR audit
- **hipaa-phi-protection**: PHI protection validation
- **soc2-security-controls**: Security control testingMore Observability skills
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