United Kingdom Electronic Health Records Market Overview, 2030

The transformation of Electronic Health Records EHR in the United Kingdom relies heavily on significant NHS digital funding, with recent investments aimed at frontline digitization and specific programs like £48 million for Integrated Care Boards to improve digital systems. This funding continues a journey that has spanned two decades, starting with early NHS IT initiatives, such as the National Programme for IT, and leading to the launch of the Global Digital Exemplar GDE program in 2016, which offered up to £10 million to each exemplar trust with local matching funds to enhance digital capabilities and share successful strategies with fast follower trusts. These initiatives are intended to unify and expand the best practices for EHR deployment across acute care, mental health, and ambulance services. Currently, NHS EHRs are seen as all-encompassing patient records that include patient demographics, clinical findings, tests, medications, and care strategies, which can be accessed throughout different healthcare settings to enhance safety, eliminate redundancy, and promote continuous care. Standards such as FHIR and the NHS Core Data for Interoperability support this goal, allowing for secure and real-time sharing of data. Key users consist of NHS hospitals combining inpatient and outpatient processes, general practitioners GPs utilizing EHRs for managing primary care, and patients who can check their records through platforms like the NHS App, which also allows for appointment scheduling, prescription requests, and viewing test results. Innovation is increasingly directed towards predictive analytics and AI-based triage, with initiatives like NHS England’s Foresight AI employing anonymized data from 57 million people to predict health trends, facilitate early intervention, and guide resource distribution. AI triage systems are currently being tested to prioritize urgent cases, streamline clinical processes, and cut down on wait times, while adhering to NHS Digital, GDPR, and clinical safety regulations.

According to the research report, ""UK Electronic Health Records Market Overview, 2030,"" published by Bonafide Research, the UK Electronic Health Records market is anticipated to add to more than USD 680 Million by 2025–30. A key factor driving this growth is the implementation of the NHS Federated Data Platform FDP, aimed at merging operational and clinical data across trusts and Integrated Care Systems, which provides secure and standardized access for healthcare professionals, administrators, and patients. The FDP supports national interoperability targets, aids in population health analytics, and establishes a foundation for large-scale deployment of advanced digital solutions. The competitive environment features major players like EMIS, which is prevalent in primary care; TPP SystmOne, commonly utilized in community and mental health services; and Epic, which has obtained significant contracts with acute trusts and is increasing its presence in large hospital installations. A key area for growth is AI implementation, where possibilities include predictive analytics for forecasting demand, AI-supported triage, ambient clinical documentation, and tailored care planning. Recent trials, such as the AI-generated discharge summary on the FDP, showcase the capability to lessen administrative tasks, speed up patient movement, and enhance clinical decision-making. These advancements align with the goals of the NHS AI Lab and the broader UK plan for safely integrating effective AI into healthcare provision. Adherence to regulations remains essential all EHR systems are required to comply with the General Data Protection Regulation GDPR, which guarantees legal, clear, and secure handling of personal health information, along with NHS Digital standards regarding clinical safety DCB0129/DCB0160, interoperability, accessibility, and technical security. Complying with these regulations not only protects patient confidence but also makes systems eligible for procurement through NHS frameworks.

In the market for Electronic Health Records EHR in the United Kingdom, by type is divided into Acute, Ambulatory and Post -Acute. Acute care adoption is primarily driven by NHS hospital trusts, where extensive EHR systems facilitate workflows for inpatient care, emergency services, surgeries, and diagnostics. These implementations play a vital role in the NHS's digital transformation efforts, with most acute trusts currently operating on systems provided by leading vendors like Epic, Oracle Health, or System C, and taking advantage of specific NHSX funding sources such as the Digital Aspirant and Unified Tech Fund to speed up their implementation and improve interoperability. In the ambulatory area, general practitioner GP practices are essential to the digitization of primary care, with nearly universal implementation of EHR systems like EMIS and TPP SystmOne. These systems incorporate appointment management, prescribing, ordering tests, and patient communications, and they are increasingly connected to the NHS App for patient access to their records and available services. The post-acute sector, which includes care homes, rehabilitation facilities, and community health providers, has traditionally been slow in adopting EHR technologies but is now becoming a focal point of national policy. Initiatives are being developed to introduce Digital Social Care Records aiming for up to 80% coverage among registered providers by the Care Quality Commission. These systems assist with medication tracking, care planning, and secure information sharing between hospitals and GPs, thereby enhancing continuity of care for elderly patients and those with chronic conditions. In these areas, the UK EHR market is fueled by mandates for interoperability, integrated care system ICS approaches, and the growth of analytics, AI-enhanced documentation, and digital tools for patients. Competition among vendors remains robust EMIS leads in primary care, TPP holds significant influence in community and mental health, while Epic is increasing its presence in acute trusts through prominent contracts.

In the Electronic Health Records EHR domain of the United Kingdom, by application is divided into Clinical Application, Administrative Application, Reporting in Healthcare System, Healthcare Financing and Clinical Research Application but clinical applications within the NHS extend across acute, community, and mental health organizations, where sophisticated systems facilitate inpatient and outpatient processes, diagnostics, prescribing, and care coordination. These implementations play a vital role in providing safe and effective care while fulfilling interoperability requirements across Integrated Care Systems. Practice GP environments, EHR systems also support administrative tasks, such as managing appointments, communicating with patients, as well as billing, coding, and referral tracking, ensuring compliance with contractual and operational standards. An essential component is reporting to NHS Digital, which collects standardized data from both primary and secondary services for national performance evaluation, public health monitoring, and adherence to initiatives like the Quality and Outcomes Framework QOF and the What Good Looks Like digital maturity standards. Besides service provision, EHR datasets are being increasingly used for research, with the NHS AI Lab and academic collaborators creating machine-learning models for predictive analytics, clinical decision support, and management of population health while ensuring compliance with GDPR and NHS Digital regulations. Examining the market structure, the UK's EHR industry is divided by care setting, deployment method, and features, with EMIS Health and TPP leading in primary care, while large NHS trusts witness increasing implementation of Epic, alongside Oracle Health, System C, and others in acute care. EMIS holds a significant presence in GP practices through EMIS Web, which is closely connected with the NHS Spine, while Epic’s platform is preferred for intricate, multi-site acute deployments that require advanced interoperability and capabilities for patients. The competitive landscape is influenced by procurement strategies, vendor mergers, and the drive toward cloud-based, FHIR-enabled solutions.

The Electronic Health Records EHR sector of the United Kingdom, by deployment is divided into Web based and Client-Server but online platforms are growing quickly due to NHS England’s initiative for cloud-supported, interoperable systems that are accessible across different care environments and devices. These options, usually offered through Software-as-a-Service SaaS, provide scalability, reduced initial expenses, and quicker setup, making them appealing for Integrated Care Systems ICSs, community service providers, and primary care networks. EMIS Web, the leading platform used in general practice, represents this approach with its integration with NHS Spine, facilitating immediate prescribing, referrals, and communications with patients. On the other hand, older client-server systems continue to be prevalent in parts of the NHS acute sector, where large healthcare trusts have poured resources into personalized, on-site deployments. Epic stands out as a prominent example, as its enterprise-level server-based EHRs cater to intricate inpatient processes, sophisticated clinical decision-making support, and extensive integration with hospital systems. While these platforms allow for extensive customization and a sense of control over information, they demand considerable financial resources, specialized IT staff, and longer intervals for upgrades when compared to cloud-based options. The competition between EMIS’s web-centric leadership in primary healthcare and Epic’s client-server presence in acute trusts highlights broader strategic choices regarding flexibility, cost savings, and tailored functionality. Regardless of how they are deployed, every NHS EHR system needs to adhere to NHS Digital Standards and relevant guidelines, such as the Digital Technology Assessment Criteria DTAC, safety standards DCB0129/DCB0160, interoperability needs like FHIR and the NHS Core Data for Interoperability, and data protection responsibilities under GDPR. Adhering to these regulations guarantees that systems are secure, interoperable, accessible, and reliable, qualifying them for NHS procurement frameworks.

In the market for Electronic Health Records EHR by end user is divided into Hospital, Clinics, Specialty Centers and Other End Users Government, Homecare in the United Kingdom, hospitals represent the largest and most technologically advanced part, as NHS trusts implement enterprise-level systems to oversee complicated inpatient, outpatient, diagnostic, and administrative tasks. These systems are key to the NHS’s plan for interoperability, facilitating data sharing among Integrated Care Systems ICSs and aiding in national reporting efforts. General practitioner GP practices have nearly complete EHR usage, with platforms like EMIS Web and TPP SystmOne combining clinical, prescribing, and administrative capabilities, while connecting directly with the NHS Spine for secure information sharing. Specialty centres, such as those focused on oncology, cardiology, and mental health, frequently need highly tailored EHR modules that incorporate advanced diagnostic tools, specific disease management pathways, and research data, all while ensuring compatibility with referring hospitals and community services. The wider NHS systems framework includes records from acute, primary, community, and social care, with national efforts aimed at establishing a lifelong, comprehensive health and care record available to authorized medical professionals and patients. A major factor driving advancement is the NHS’s digital maturity program, which evaluates readiness, capabilities, and infrastructure according to the What Good Looks Like model, directing investment and change priorities. Although over 90% of trusts now have a functioning EHR, not all are completely digitally mature, showing deficiencies in advanced interoperability, patient-facing services, and analytical integration. Adherence to regulations is essential the Care Quality Commission CQC includes data governance and digital safety in its regulatory evaluations, guaranteeing that systems comply with standards for the confidentiality, integrity, and accessibility of patient information.

Considered in this report
• Historic Year: 2019
• Base year: 2024
• Estimated year: 2025
• Forecast year: 2030

Aspects covered in this report
• Electronic Health Records Market with its value and forecast along with its segments
• Various drivers and challenges
• On-going trends and developments
• Top profiled companies
• Strategic recommendation

By Type
• Acute
• Ambulatory
• Post -Acute

By Application
• Clinical Application
• Administrative Application
• Reporting in Healthcare System
• Healthcare Financing
• Clinical Research Application

By Deployment
• Web based
• Client-Server

By End User
• Hospital
• Clinics
• Specialty Centers
• Other End Users(Government, Homecare) Show more