New outlook from The Heart Foundation Trust, Singapore, examines escalating healthcare cyber incidents and sets five priorities for hospitals, health systems, CISOs and boards before 2030
NEW YORK - 26 June, 2026 -Â Professor Kai London, a senior cybersecurity executive, Chief Information Security Officer and digital resilience strategist with board-level experience across critical national infrastructure, healthcare and financial services, has today published the 2030 Healthcare Cyber Resilience Outlook in partnership with The Heart Foundation Trust, Singapore. The Outlook sets out the case for cybersecurity to be treated as a patient-safety and operational-continuity matter at board level, drawing on a decade of major healthcare cyber incidents across the United Kingdom, Ireland, the United States and internationally.
The publication identifies a pattern of escalating incident frequency and operational impact, and sets five priorities for healthcare leaders before 2030.
A DECADE OF ESCALATING HEALTHCARE CYBER INCIDENTS
The Outlook draws on a series of major healthcare cyber incidents to establish the scale and trajectory of the problem. WannaCry disrupted National Health Service operations across the United Kingdom in 2017. Ireland's Health Service Executive suffered a destructive ransomware attack in 2021, forcing weeks of paper-based clinical operations at a remediation cost estimated at over €100 million. The 2024 Change Healthcare attack disrupted claims processing and clinical access across the United States for months and affected one of the largest healthcare data populations ever reported in the United States, according to regulatory and industry reporting. In London that same year, the Synnovis ransomware attack disrupted pathology services and delayed more than 11,000 outpatient appointments and elective procedures, according to NHS England.
Recent FBI reporting has identified healthcare and public health as one of the most heavily targeted critical infrastructure sectors in the United States, with ransomware remaining a dominant threat category.
The Outlook concludes that this pattern reflects a shift in the nature of cyber risk in healthcare: ransomware no longer threatens only data. It disrupts laboratories, imaging systems, medication records, scheduling platforms and clinical decision infrastructure — with consequences that reach patients, clinicians, regulators, insurers and boards.
"Cybersecurity in healthcare is no longer only about protecting records. It is about protecting the clinical system patients depend on. An audit is a photograph. An attack is a fire. You cannot fight fire with photographs." — Professor Kai London, 2030 Healthcare Cyber Resilience Outlook
MARKET GROWTH REFLECTS STRUCTURAL RISK SHIFT
Independent market analysis projects the global healthcare cybersecurity market to grow from approximately USD 17.3 billion in 2023 to more than USD 56 billion by 2030, according to Grand View Research. Grand View Research separately projects the global AI in cybersecurity market — covering both defensive and adversarial applications — to grow from USD 25.35 billion in 2024 to USD 93.75 billion by 2030.
The Outlook notes that this growth reflects broader market and regulatory recognition of cyber resilience as a core operational requirement. Healthcare organisations facing increasing pressure from regulators, cyber insurers and boards are being asked to demonstrate not only security controls but verified recovery capability.
FIVE PRIORITIES FOR HEALTHCARE LEADERS BEFORE 2030
The 2030 Healthcare Cyber Resilience Outlook identifies five priorities for healthcare systems, CISOs and executive teams:
1. Treat cyber resilience as a patient-safety metric. Report it to boards alongside clinical quality indicators, not only in technical security frameworks.
2. Move from compliance-led security to rehearsed operational resilience, including verified recovery testing of critical clinical systems.
3. Strengthen zero-trust architecture, privileged access controls and identity governance across clinical and administrative networks.
4. Deploy AI-enabled detection and response capabilities to counter AI-enabled adversarial attacks before legacy defences are outpaced.
5. Integrate ransomware simulation exercises and recovery testing into clinical governance cycles and board reporting.
The incidents documented in the Outlook — from WannaCry in 2017 to Change Healthcare and Synnovis in 2024 — demonstrate that operational disruption, patient-safety risk and escalating remediation costs have become measurable consequences of inadequate cyber resilience in healthcare. The Outlook concludes that healthcare organisations which have not yet tested their recovery capabilities against realistic ransomware scenarios face accelerating exposure as adversarial capabilities continue to advance.
The full 2030 Healthcare Cyber Resilience Outlook is available at www.professorkailondon.com.
Professor Kai London is available for broadcast interviews, expert commentary, keynote engagements and executive CISO advisory mandates. Enquiries: hello@professorkailondon.com
ABOUT PROFESSOR KAI LONDON
Professor Kai London is a senior cybersecurity executive and Chief Information Security Officer with more than two decades of experience across critical national infrastructure, financial services, healthcare and government. His work spans AI-driven cyber risk, zero-trust architecture, identity governance, ransomware resilience and board-level CISO advisory engagements. He advises healthcare organisations, financial institutions and critical infrastructure operators on cyber resilience strategy, executive risk governance and operational continuity. He is the lead author of the 2030 Healthcare Cyber Resilience Outlook, published in partnership with The Heart Foundation Trust, Singapore.
ABOUT THE HEART FOUNDATION TRUST, SINGAPORE
The Heart Foundation Trust, Singapore, advances healthcare innovation, patient safety governance and digital resilience standards across healthcare systems internationally.
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