HL7 FHIR Security Framework vs MITRE D3FEND

What is the difference between HL7 FHIR Security Framework and MITRE D3FEND?

HL7 FHIR Security Framework is a other framework applying in International (Healthcare), with 7 controls across 7 domains. MITRE D3FEND is a other framework applying in International, with 8 controls across 8 domains. Both govern the same subject, so their requirements overlap; the mapping below shows which controls carry across and which are asked for by only one of them.

HL7 FHIR Security Framework7 controls

MITRE D3FEND8 controls

Questions people ask about HL7 FHIR Security Framework and MITRE D3FEND

What is the difference between HL7 FHIR Security Framework and MITRE D3FEND?

HL7 FHIR Security Framework has 7 controls while MITRE D3FEND has 8 controls. Both frameworks address compliance requirements but differ in scope, focus, and applicability. Use our platform to explore the exact control-to-control mappings.

Do I need both HL7 FHIR Security Framework and MITRE D3FEND?

Whether you need both depends on your industry, regulatory requirements, and customer expectations. Many organizations implement multiple frameworks simultaneously. Our compliance platform helps you map controls between HL7 FHIR Security Framework and MITRE D3FEND so you can identify shared requirements and avoid duplicate effort.

How do HL7 FHIR Security Framework and MITRE D3FEND controls map to each other?

Our platform maps controls between HL7 FHIR Security Framework and MITRE D3FEND at a granular level. Each mapping shows whether controls are fully aligned, partially aligned, or represent gaps. This helps you prioritize implementation when pursuing both frameworks.

Which framework should I implement first, HL7 FHIR Security Framework or MITRE D3FEND?

The best starting point depends on your specific regulatory requirements, industry, and customer demands. Consider which framework is most urgently required by your stakeholders or regulators. Use our free compliance platform to run a gap analysis and determine the optimal implementation sequence.