Conference Description
Key Takeaways
- One-day summit addressing health IT modernisation across federal government agencies
- Focus areas include EHR interoperability, AI-enabled clinical care, cybersecurity resilience, and data governance
- Designed for federal health IT leaders, CIOs, CISOs, and industry partners serving government healthcare
- Explores procurement models and acquisition strategies for accelerating technology adoption
- Includes the Flywheel Awards recognising innovation in federal health technology
Introduction
The 2026 Health IT Summit brings together federal health leaders and technology innovators to examine how digital transformation is reshaping healthcare delivery within government agencies. Held at the Bethesda Marriott, this one-day event addresses the intersection of health IT policy, electronic health records modernisation, artificial intelligence adoption, and cybersecurity—topics that have become increasingly urgent as federal agencies work to deliver more connected, data-driven patient care while protecting sensitive health information from evolving threats.
Federal healthcare operates at a scale and complexity that presents unique challenges. Agencies such as the Department of Health and Human Services, the Department of Veterans Affairs, and the Department of Defense manage vast patient populations, legacy infrastructure, and stringent regulatory requirements. The summit provides a forum for examining how these organisations are navigating the transition from outdated systems to modern, interoperable platforms capable of supporting advanced analytics and AI-enabled clinical decision-making.
About This Event
The Health IT Summit is structured around panels, fireside chats, lightning rounds, and dedicated networking sessions. This format encourages substantive dialogue between government executives and industry partners rather than passive information consumption. The event carries CPE eligibility, reflecting its focus on professional development for IT and security practitioners working in federal health environments.
A notable feature of the programme is the Flywheel Awards, which recognise organisations and individuals driving continuous innovation in federal health IT. The awards underscore a central theme of the summit: that meaningful transformation in government healthcare requires sustained momentum rather than isolated initiatives.
EHR Modernisation and Interoperability Challenges
Electronic health record modernisation remains one of the most consequential undertakings in federal healthcare. Legacy EHR systems, many of which were implemented decades ago, often lack the flexibility to exchange data seamlessly with other platforms or to integrate with modern clinical applications. This fragmentation creates inefficiencies for clinicians and can compromise care coordination when patients move between facilities or agencies.
The summit examines interoperability frameworks that enable health data to flow securely across organisational boundaries. Achieving true interoperability requires more than technical standards; it demands governance structures that define how data is shared, who has access, and how patient consent is managed. Federal agencies face the additional complexity of coordinating these frameworks across multiple departments with distinct missions, patient populations, and regulatory obligations.
Discussions at the event explore how agencies are balancing the need for rapid modernisation against the risks inherent in replacing mission-critical systems. The transition from legacy EHRs to contemporary platforms involves not only technical migration but also workforce training, process redesign, and careful change management to avoid disruptions to patient care.
Artificial Intelligence in Federal Health Settings
AI adoption in federal healthcare extends beyond experimental pilots to operational applications in clinical decision support, workflow automation, and predictive analytics. The summit addresses how agencies are deploying AI tools to assist clinicians in diagnosing conditions, identifying patients at risk of deterioration, and streamlining administrative processes that consume significant staff time.
Scaling AI in healthcare requires robust data infrastructure. Models trained on incomplete or biased datasets can produce unreliable outputs, and federal agencies must ensure that AI systems meet rigorous standards for accuracy, fairness, and transparency. The event explores data governance practices that support responsible AI deployment, including strategies for curating high-quality training data and establishing oversight mechanisms for algorithmic decision-making.
The relationship between AI and existing clinical workflows is another focal point. Effective AI implementation requires integration with EHR systems and other clinical tools so that insights reach clinicians at the point of care. Poorly designed interfaces or alert fatigue can undermine the value of even sophisticated AI capabilities, making human factors considerations essential to successful deployment.
Cybersecurity and Zero Trust Architecture
Healthcare organisations have become prime targets for cyberattacks, and federal agencies face threats from both criminal actors and nation-state adversaries. The summit dedicates significant attention to cybersecurity resilience, examining how agencies are implementing zero trust architectures that assume no user or device should be automatically trusted, even within the network perimeter.
Zero trust principles require continuous verification of identity and device health, granular access controls, and comprehensive monitoring of network activity. For healthcare environments, these requirements must be balanced against clinical workflows that demand rapid access to patient information. Security measures that impede care delivery are unlikely to be sustained, making usability a critical design consideration.
API security receives particular attention as health IT systems increasingly rely on application programming interfaces to exchange data. APIs that connect EHRs, patient portals, and third-party applications create potential attack surfaces that must be carefully managed. The event examines strategies for securing these interfaces while preserving the interoperability benefits they provide.
Procurement and Innovation Adoption
Federal acquisition processes can present obstacles to technology innovation. Procurement cycles that span months or years may be poorly suited to rapidly evolving technology markets, and compliance requirements can favour established vendors over emerging innovators. The summit explores how agencies are adapting acquisition models to accelerate the adoption of new capabilities while maintaining appropriate oversight and accountability.
These discussions are relevant not only to government programme managers but also to industry partners seeking to understand how federal health agencies evaluate and procure technology solutions. The event provides insight into the priorities, constraints, and decision-making processes that shape government purchasing decisions.
Advances in Biomedicine and Computational Biology
The summit extends beyond traditional health IT to examine advances in biomedicine, including genomics, diagnostics, and computational biology. These fields are increasingly dependent on sophisticated data infrastructure and analytical capabilities, creating natural connections to the broader health IT agenda.
Federal agencies play significant roles in biomedical research and public health surveillance, and the integration of genomic data with clinical records presents both opportunities and challenges. The event explores how agencies are building the technical and governance foundations needed to leverage these emerging capabilities while protecting patient privacy.
Who Should Attend
The summit is designed for senior leaders responsible for health IT strategy and implementation within federal agencies, including chief information officers, chief technology officers, and chief information security officers. Programme managers overseeing EHR modernisation, AI deployment, or cybersecurity initiatives will find relevant content throughout the agenda.
Industry executives and technology vendors serving federal health markets can gain insight into agency priorities and connect with potential government partners. Healthcare IT professionals, data scientists, and cybersecurity specialists working in or with federal agencies will benefit from the technical depth of panel discussions. Researchers and academics in health informatics may find value in understanding how their work intersects with federal health transformation efforts.
Conclusion
The 2026 Health IT Summit arrives at a moment when federal health agencies face converging pressures to modernise legacy systems, harness AI capabilities, and defend against increasingly sophisticated cyber threats. The event offers a concentrated opportunity to examine how government and industry are collaborating to address these challenges, with practical insights for leaders responsible for delivering secure, patient-centred care at scale.