Download Europe Hospital Cyber Exposure & Clinical Continuity Index 2026
Where ransomware, state-linked intrusion, supplier failure and clinical downtime risk are converging across Europe
Black Book Research has published an 83-page independent, vendor-agnostic healthcare cybersecurity assessment to help hospital boards, ministries, national health agencies, health-system executives, CIOs, CISOs, clinical leaders, risk and compliance officers, procurement teams, insurers, advisers and technology suppliers identify where cyber exposure is most likely to become sustained clinical disruption.
The Europe Hospital Cyber Exposure & Clinical Continuity Index 2026 examines 31 European countries, excluding Ukraine because active-war conditions would overwhelm comparison with other markets. The United Kingdom, Switzerland, Norway and Iceland are included. The report separates external attack pressure from comparative continuity readiness and combines the two into an evidence-weighted measure of residual clinical cyber risk. Country scores are designed to guide investigation, investment and exercises—not predict that an individual hospital will be breached.
The study is built from three evidence layers: a Black Book panel of 284 European hospital cybersecurity buyers and stakeholders, a separate study of 561 executives, CISOs and healthcare IT leaders focused on supplier isolation and cross-domain kill-switch capability, and an official-source review of European and national cyber authorities, regulators, ministries, health services and incident investigations through August 1, 2026.
The report’s central conclusion is direct: Europe does not lack cybersecurity programmes. Europe lacks enough health systems that can prove care will continue when those programmes fail.
Confidence in safe clinical operations without the core EHR or EPR falls sharply as downtime extends. While 59% of respondents believed safe care could continue for 24 hours, confidence declined to 32% at 48 hours and just 14% at 72 hours. Only 26% had completed a full clinical downtime simulation during the preceding year, 25% had fully tiered critical suppliers by clinical impact and 31% reported that their boards receive continuity-linked cyber metrics.
Supplier containment presents an equally significant gap. Only 13% of respondents had tested a cross-domain kill switch for their highest-impact suppliers and AI platforms. Another 51% had a written plan that had never been rehearsed end to end, while 36% had no formal kill switch. The estimated median time required to remove a compromised supplier across identity, network and integration pathways was approximately ten hours.
The report evaluates resilience through seven clinical outcomes: patient identity and longitudinal-record integrity; EHR and clinical-workflow continuity; laboratory, pathology and blood-service continuity; imaging and diagnostic continuity; medication and pharmacy continuity; device, facility, cloud and supplier containment; and recovery, reconciliation and crisis governance.
It also provides a complete country index, regional risk profiles, a clinical-failure clock, attack-pathway analysis, hospital-readiness red flags, a six-level evidence hierarchy, board-level metrics, supplier procurement standards, incident chronology, threat directory and practical recommendations for hospitals and health systems.
Europe Hospital Cyber Exposure & Clinical Continuity Index 2026
The report moves the European healthcare cybersecurity discussion beyond data breaches, blocked attacks and regulatory compliance. Its primary question is whether hospitals can preserve safe identity, diagnostics, medication, records, patient flow and supplier-supported services after a material compromise has occurred.
Black Book’s country model consists of three connected measures. The Healthcare Cyber Exposure Index evaluates attack pressure, ransomware and extortion, state-linked and hybrid activity, disruption to healthcare and critical services, supplier concentration and digital dependency. The Clinical Continuity Readiness Index evaluates national response capacity, tested restore and continuity, sector coordination, supplier and identity controls, regulation, assurance, exercises and reporting. The Residual Clinical Cyber Risk Index combines 65% exposure with 35% of the inverse readiness score.
Country Findings
Poland ranks first in overall residual clinical cyber risk with a score of 77 and records the highest external exposure score at 96. Its position reflects destructive and hybrid threats, geopolitical pressure and hospital dependency on energy, heating, communications and transport infrastructure.
Germany ranks second at 71, driven by ransomware scale, economic value, healthcare complexity and extensive interconnection among hospitals, ambulatory providers, laboratories, insurers and technology suppliers.
France ranks third at 69 and represents the broadest convergence of ransomware, exfiltration, espionage, public-sector targeting and state-linked infrastructure pressure.
The United Kingdom ranks fourth at 67, with the clearest European evidence of supplier contagion and prolonged multi-provider disruption. Shared pathology, diagnostic, medical-product and logistics dependencies can convert one supplier compromise into a regional clinical-capacity event.
Italy and Spain form the next major criminal-pressure tier, while Belgium, the Netherlands and Ireland carry distinct institutional, platform and shared-service concentration risks. The Baltic-Nordic corridor combines geopolitical exposure with high digital dependency.
Norway, Denmark and Iceland lead comparative readiness with scores of 82, followed by Sweden at 81, Finland at 80 and Switzerland at 79. Their stronger national institutions reduce response friction but do not eliminate the risks created by shared platforms, cloud concentration and highly digitized clinical workflows.
From Cybersecurity Controls to Clinical Endurance
The report finds that many organizations can manage the first hours of an outage but cannot demonstrate a sustainable degraded operating model. A four-hour tabletop may test notification, incident command and initial containment. It does not test a second medication round, overnight staffing, accumulated laboratory results, surgical schedules, regional diversion, staff fatigue or the reconciliation burden created after two or three days without core systems.
Black Book recommends that hospitals replace generic activity counts with board metrics tied directly to patient consequence, including:
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Hours of safe operation without the core EHR or EPR
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Tier-1 supplier time-to-revoke
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Production-equivalent restore success
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Critical-supplier exercise coverage
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Non-human identity ownership
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Clinical-workflow fallback coverage
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Backlog and reconciliation time
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Regional mutual-aid dependency
The report concludes that European cyber maturity will increasingly be defined by proven restore, proven isolation, proven fallback and proven clinical reconciliation. Policies, certifications, backups and supplier questionnaires remain necessary, but they do not demonstrate that care can continue when identity, diagnostics, medication systems, cloud services or critical suppliers become unavailable.
The strategic objective is not to eliminate every healthcare cyberattack. It is to prevent a successful intrusion from becoming a prolonged loss of clinical capacity.