PCI DSS Gap Analysis: Healthcare Sector
56/100 avg maturity · 49% automation rate · 8.8-day remediation avg
Key Gap Analysis Insights: Healthcare
Medical device network segmentation is the defining challenge in Healthcare PCI gap analysis: IoMT devices often cannot be segmented from payment processing networks without clinical workflow disruption, creating persistent compliance risk.
Healthcare is the fastest-improving sector for PCI maturity (+4 pts YoY), driven by HIPAA evidence automation investments that increasingly cover overlapping PCI control requirements without additional effort.
Telehealth payment integrations created a new wave of PCI gaps in 2024–2025: 39% of Healthcare programmes have identified new Req. 6.4 gaps from patient-facing payment portals introduced during telehealth expansion.
Healthcare vs Industry Average
| Metric | Healthcare | Industry Avg |
|---|---|---|
| Maturity Score | 56/100 | 58/100 |
| Automation Rate | 49% | 52% |
| Remediation Time | 8.8 days | 8.0 days |
Frequently Asked Questions
What are the most common PCI DSS gaps in Healthcare?
Medical device network segmentation (Req. 1.3), dual compliance overhead between HIPAA and PCI DSS (evidenced separately for each framework), and telehealth payment integration controls (Req. 6.4) are the top three recurring gaps in Healthcare PCI programmes.
How does HIPAA compliance affect PCI gap analysis in Healthcare?
HIPAA and PCI DSS share significant control overlap (access management, audit logging, encryption at rest), but require separate evidence artefacts for each framework. Healthcare organisations that maintain a unified evidence library reduce their combined compliance burden by 30–35%, but 62% still maintain siloed programmes.
What is the PCI maturity trajectory for Healthcare?
Healthcare improved from 52/100 to 56/100 over the past year (+4 points) — tied with SaaS for the fastest improvement rate. The growth is driven by HIPAA-aligned evidence automation that increasingly overlaps with PCI control requirements, creating dual-framework efficiency gains.