Healthcare IT Statistics 2026: 50 Key Data Points and Trends

Healthcare technology has moved far beyond basic digital records.

Hospitals, clinics, insurers, and HealthTech startups now depend on artificial intelligence, patient portals, telehealth, connected systems, mobile apps, cloud infrastructure, and cybersecurity tools.

The biggest change is that healthcare organizations are no longer deciding whether they should become digital. They are trying to make their systems more connected, useful, secure, and easier for clinicians and patients to use.

This article brings together 50 healthcare IT statistics for 2026 to show where the industry stands and where investment is likely to move next.

Healthcare Spending and Digital Transformation Statistics

Healthcare expenditure is not the same as healthcare IT spending, but it explains why providers, payers and HealthTech companies are under pressure to automate work, improve access and use data more efficiently.

1. $5.3 trillion

U.S. national health expenditure reached approximately $5.3 trillion in 2024 after growing 7.2% during the year.

Why it matters: The scale of healthcare spending strengthens the business case for technologies that can reduce avoidable costs and administrative friction.

2. $15,474 per person

Healthcare expenditure averaged $15,474 for every person in the United States in 2024.

Why it matters: Digital intake, automated scheduling, revenue-cycle tools and coordinated patient journeys are increasingly judged by whether they create measurable operational value.

3. 18% of GDP

Healthcare accounted for 18% of U.S. gross domestic product in 2024.

Why it matters: Healthcare technology modernization is therefore not a niche IT project. It affects one of the largest parts of the economy.

4. 5.4% annual growth

CMS projects average national health expenditure growth of 5.4% per year from 2025 through 2034.

Why it matters: The projected growth rate is higher than expected GDP growth, increasing the need for scalable technology and better resource utilization.

5. 20.6% of GDP

Healthcare spending is projected to represent 20.6% of U.S. GDP by 2034.

Why it matters: Without better workflow design, interoperability and preventive-care technology, rising expenditure could place additional pressure on patients, providers and public programs.

EHR Adoption and Healthcare Interoperability Statistics

Electronic health record adoption is now close to universal in hospitals. The larger challenge in 2026 is making different systems exchange information reliably and turn incoming data into something clinicians can use.

6. >99% of hospitals

More than 99% of non-federal acute care hospitals had adopted certified EHR technology by 2024.

Why it matters: The EHR market has moved from basic adoption toward optimization, integration, usability and safe data exchange.

7. 95% of physicians

Approximately 95% of U.S. office-based physicians used some form of electronic health record in 2024.

Why it matters: Digital records are now the default operating environment for most medical practices.

8. 91% certified EHR adoption

About 91% of office-based physicians used a certified EHR in 2024.

Why it matters: Certified systems support nationally defined functionality, security and interoperability requirements.

9. 76% across all four domains

In 2025, 76% of hospitals engaged in all four measured interoperability domains: sending, receiving, finding and integrating health information.

Why it matters: The result represents progress, but it also shows that roughly one-quarter of hospitals had not yet achieved all four forms of exchange.

10. 96% electronically send data

By 2025, 96% of hospitals electronically sent summary-of-care information to external organizations or care settings.

Why it matters: Sending data is the most widely adopted exchange capability among hospitals.

11. 93% electronically receive data

Approximately 93% of hospitals electronically received summary-of-care information in 2025.

Why it matters: Receiving information is essential, but the data must also be easy to find and use inside clinical workflows.

12. 94% can find external information

About 94% of hospitals electronically searched for patient information from sources outside their own organization in 2025.

Why it matters: Record-location capabilities can reduce repeated tests and incomplete clinical histories.

13. 79% integrate incoming records

Only 79% of hospitals automatically integrated externally received summary-of-care records into their EHR in 2025.

Why it matters: Integration remains less common than sending, receiving or finding data, which means manual work can still slow clinical use.

14. 9 in 10 integrate clinical data

In 2024, nine in ten hospitals integrated data from third-party technology into their EHR for at least one clinical purpose.

Why it matters: Common use cases include telehealth, remote patient monitoring, clinical decision support and population health.

15. 83% provide clinical data

Approximately 83% of hospitals provided EHR data to third-party technology for at least one clinical purpose.

Why it matters: The difference between inbound and outbound exchange suggests that many integrations are still one-directional.

16. 86% integrate administrative data

Around 86% of hospitals integrated data from third-party systems for an administrative purpose such as scheduling, intake, prior authorization or quality reporting.

Why it matters: Administrative integration can reduce duplicate entry and shorten patient and staff workflows.

17. 87% provide administrative data

About 87% of hospitals supplied EHR data to third-party technology for at least one administrative use case.

Why it matters: Healthcare organizations increasingly depend on connected platforms outside the core EHR.

18. 50% use standards-based clinical APIs

Only half of hospitals used standards-based APIs for at least one clinical data-sharing purpose in 2024.

Why it matters: Many integrations still rely on proprietary APIs, custom connections or traditional interface methods.

19. About 1 in 3 for administration

Only about one-third of hospitals used standards-based APIs for at least one administrative data-sharing purpose.

Why it matters: Administrative interoperability is an important development opportunity for scheduling, intake, authorization and reporting platforms.

20. 7 in 10 enable standards-based app access

Seven in ten hospitals enabled patients to access health information through apps using a standards-based API in 2024.

Why it matters: FHIR-based access can help patients use third-party apps rather than remaining locked into one provider portal.

What the interoperability data reveals

EHR adoption is nearly universal, but complete interoperability is not. Many healthcare organizations can send and receive data, yet fewer can integrate it automatically into everyday workflows.

Patient Portal and Digital Health Access Statistics

Patients have more digital access to health information than they did a decade ago. However, the experience remains fragmented, especially for people receiving care from multiple providers.

21. 77% were offered access

In 2024, 77% of individuals reported being offered online access to their medical records by a healthcare provider or insurer.

Why it matters: Offering access is now common, although access does not guarantee that patients will use or understand the available information.

22. 65% accessed their records

Approximately 65% of individuals were offered access and used their online medical record or patient portal in 2024.

Why it matters: Portal adoption has moved into the mainstream, making usability and accessibility increasingly important.

23. 51% caregiver access

Proxy or caregiver access to patient portals reached 51% in 2024, up from 24% in 2020.

Why it matters: Healthcare platforms need clear permissions for parents, caregivers and family members who coordinate care on someone else’s behalf.

24. 57% use an app

App-based access to online medical records increased to 57% in 2024, compared with 38% in 2020.

Why it matters: Mobile-first design is becoming essential for patient portals and digital-care products.

25. 42% use web only

The share of portal users relying only on a web browser declined to 42% in 2024.

Why it matters: Healthcare organizations should support both responsive web experiences and secure app-based access.

26. 59% have multiple portals

More than half of individuals—59%—had medical records spread across multiple portals or online record systems in 2024.

Why it matters: Fragmentation creates a poor patient experience and makes it harder to understand a complete care history.

27. Only 7% combine portal data

Just 7% of individuals used an organizing app to combine information from different portals in 2024.

Why it matters: There is a large gap between having fragmented records and using technology that brings those records together.

28. 81% with chronic conditions offered access

Among individuals managing a chronic condition, 81% were offered online access to medical records in 2024.

Why it matters: People with ongoing health needs are especially likely to benefit from medication tracking, test-result access and coordinated communication.

29. 69% with chronic conditions accessed records

Approximately 69% of individuals with a chronic condition accessed their portal or online records during 2024.

Why it matters: Regular engagement creates opportunities for reminders, care-plan support and remote follow-up.

30. 76% of recent cancer patients accessed records

More than three-quarters of individuals managing a recent cancer diagnosis accessed their online medical records in 2024.

Why it matters: Complex care journeys require clear timelines, understandable results and secure collaboration across multiple specialists.

Artificial Intelligence in Healthcare Statistics

AI adoption in healthcare is being led by assistive use cases rather than fully autonomous treatment. Physicians are using AI most often to find information, prepare documentation and reduce repetitive work.

31. 81% professional AI use

The AMA reported that 81% of physicians surveyed in 2026 used or were aware of AI in a professional context.

Why it matters: AI has moved rapidly from a specialist experiment to a routine part of medical work.

32. 2.3 use cases per physician

Physicians reported an average of 2.3 professional AI use cases in 2026, up from 1.1 in 2023.

Why it matters: Adoption is expanding not only in the number of users but also in the variety of tasks supported.

33. 76% see a patient-care advantage

Approximately 76% of surveyed physicians said AI offered an advantage in their ability to care for patients.

Why it matters: Positive sentiment is growing, although adoption still depends on clinical evidence and trustworthy implementation.

34. 39% summarize research

The most common physician AI use case was summarizing medical research and standards of care, used by 39% of respondents.

Why it matters: Information retrieval is a practical use because it helps clinicians review large volumes of evidence more efficiently.

35. 30% create care documents

About 30% of physicians used AI to help create discharge instructions, care plans or progress notes.

Why it matters: Documentation tools can save time when clinicians remain responsible for review and final approval.

36. 28% support documentation and coding

Approximately 28% used AI for billing codes, medical charts or visit-note documentation.

Why it matters: Administrative and documentation tasks remain among the clearest areas for measurable productivity gains.

37. 70% see burnout-related automation potential

Seven in ten physicians believed AI could automate clinical or administrative tasks that contribute to professional burnout.

Why it matters: Successful healthcare AI products should remove friction instead of adding another system clinicians must manage.

38. 86% prioritize data privacy

Data privacy assurances were considered important by 86% of physicians for broader AI adoption.

Why it matters: Healthcare AI systems need strict data controls, access governance and clear policies on how patient information is processed.

39. 88% want safety validation

Robust safety and efficacy validation was considered important by 88% of surveyed physicians.

Why it matters: Healthcare buyers need evidence, monitoring and transparent limitations—not only impressive demonstrations.

40. 71% of hospitals use predictive AI

In 2024, 71% of hospitals reported using predictive AI integrated with their EHR, up from 66% in 2023.

Why it matters: Common applications include readmission risk, early disease detection, appointment no-shows and treatment recommendations.

Telehealth Statistics

Telehealth use has declined from the emergency peak of the pandemic, but it remains part of mainstream hybrid care. The strongest models connect virtual visits with scheduling, in-person treatment, monitoring and follow-up.

41. 6.73 million Medicare users

CMS recorded 6,732,914 Medicare fee-for-service beneficiaries who received at least one telehealth service in 2024.

Why it matters: The figure shows that virtual care continues to operate at a substantial national scale.

42. 25% of eligible Medicare users

One-quarter of eligible Medicare fee-for-service users received a telehealth service in 2024.

Why it matters: Utilization was unchanged from 2023, suggesting that telehealth has reached a more stable post-pandemic level.

43. 12.5% in Q2 2025

In the second quarter of 2025, 12.5% of eligible traditional Medicare beneficiaries received a telehealth service.

Why it matters: KFF reported that this remained nearly twice the pre-pandemic level.

Healthcare Cybersecurity Statistics

Healthcare cybersecurity affects patient privacy, care continuity and organizational survival. A breach can interrupt claims, prescriptions, appointments and clinical communication across a large network of providers.

44. 102% increase in large breach reports

HHS reported that large healthcare breach reports increased by 102% between 2018 and 2023.

Why it matters: The attack surface is expanding as more healthcare workflows depend on connected systems and outside vendors.

45. 1,002% increase in affected individuals

The number of individuals affected by large healthcare breaches increased by 1,002% from 2018 to 2023.

Why it matters: A small number of highly connected organizations can expose data belonging to millions of patients.

46. 167 million affected in 2023

More than 167 million individuals were affected by large healthcare breaches reported during 2023.

Why it matters: This was a record at the time and demonstrates the scale of modern healthcare cyber risk.

47. 89% growth in hacking breaches

Since 2019, large healthcare breaches caused by hacking increased by 89%, according to HHS.

Why it matters: Healthcare security programs must plan for targeted attacks rather than relying only on basic compliance controls.

48. 102% growth in ransomware breaches

Large healthcare breaches involving ransomware increased by 102% from 2019 through 2023.

Why it matters: Ransomware can create immediate patient-care risks when systems become unavailable.

49. 192.7 million people affected

HHS reported that approximately 192.7 million individuals were affected by the Change Healthcare cybersecurity incident.

Why it matters: The event illustrates the systemic risk created by concentrating critical healthcare transactions in widely used infrastructure.

50. $7.42 million average breach cost

IBM estimated that the average healthcare data breach cost $7.42 million in 2025, the highest average among the industries studied.

Why it matters: Security-by-design, vendor governance, backups and tested incident response are business requirements—not optional technical extras.

What These Healthcare IT Statistics Mean for 2026

1. EHR Adoption Is No Longer the Final Goal

Hospitals and clinics have largely adopted electronic health records. The next stage is improving usability, connecting external systems, and reducing the manual work required to use patient data.

2. Interoperability Remains Incomplete

Healthcare organizations exchange more information than before, but standards-based APIs are still not used consistently. Products built around reusable interfaces and clear data structures can reduce integration costs.

3. Mobile Access Is Becoming the Default

Patients increasingly expect to manage appointments, results, prescriptions, and communication from their phones. Healthcare software should be designed for mobile use and simple authentication from the beginning.

4. AI Adoption Is Being Driven by Practical Value

Research summaries, documentation, and care-plan support are leading healthcare AI adoption. Assistive tools with human review face fewer barriers than autonomous clinical systems.

5. Telehealth Is Becoming Part of Hybrid Care

Virtual visits work best when they connect with digital intake, appointment scheduling, remote monitoring, and follow-up communication.

6. Cybersecurity Must Be Built Into the Product

Access controls, encryption, audit logs, backups, vendor assessment, and incident response should be considered during planning and development.

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