NHS Digital Programmes: The Gap Between Implementation and Impact

All providers are under intense scrutiny and pressure to improve productivity and drive down costs. An acute provider only has a finite number of beds and with competing demands on clinical resource, coupled with a political landscape of industrial action and public dissatisfaction with the NHS. For years, we have tried different ways to do things, now we need to do different things; fully utilising the skill set of the workforce we have and making sustainable improvements to service delivery for the benefits of our patients and populations.  For years, underinvestment in digital infrastructure means that even getting the basics right can feel hard, for example, patchy Wi-Fi coverage at the far end of those wards, at the extremities of the hospital, aging computers on wheels that take forever to log in and multiple log ins for multiple systems. Now is the time to change systems and processes and make full and appropriate use of smart digital capability.

The NHS 10 Year Health Plan sets clear direction: from analogue to digital. The benefits of digitising healthcare are quantifiable: digitally mature trusts in the top quartile are 8% more productive, achieve 4% shorter lengths of stay, 8% improved performance against the referral to treat standards [1].

Despite this, the gap between NHS digitisation goals and reality remains, in part because simply digitising a poor process does not release the benefits we need.

Where the Gap Builds

By definition, NHS digital programmes are delivered under high pressure conditions. Clinical services must continue to run alongside implementation – we cannot shut the doors simply because we are rolling out a new EPR or upgrading order comms. We all know and accept that. The gap however, between the potential and the possible, is not always well understood or documented as part of planning. The tolerance for disruption by staff, patients and regulators is low.

The definition of programme success is therefore complex and compounded with competing and ever-changing priorities, some of which may not even be within the organisation’s control.

The infrastructure that programmes build on is often unstable (remember that ward with patchy Wi-Fi or the part of the hospital with no mobile phone signal?). The Department for Science, Innovation and Technology reported that legacy technology accounts for between 10% and 50% of an NHS trust's estate and poses a serious threat to patient safety [2]. This was reported in a BBC investigation in 2024, which identified 126 instances of serious harm linked to IT failures across 31 NHS trusts [3].

Currently, 93% of NHS providers have an electronic patient record in place, however, only 30% of these use their full functionality and have systems that talk to each other [4]. When is an EPR not an EPR? Successful deployment in IT terms does not equate to capability and the manual workarounds will start from day 1. If workflows are not changed to match the EPR, we know it won’t deliver the benefits expected and building new systems on poor IT infrastructure creates risks that will eventually become issues.

Programmes that are IT-led, with insufficient involvement of frontline adopters in shaping system functional design, consistently produce systems that are misaligned with operational reality. Conversely, programmes that are clinician-led with insufficient involvement of digital experts also have the same reality. This misalignment can be significant and expensive to correct after design decisions are made.

There is a translation problem that is underestimated. A frontline expert can accurately describe their workflow but cannot be expected to have in depth knowledge of the system capability and configuration nuances. Assuming also that all clinicians work in the same way is an oversight, there may be more change required for some than others, which adds another layer of complexities for multi-site or cross-organisational implementations, where these workflow translation challenges are compounded. Other developments in healthcare do not stop, so a workflow mapping and associated EPR design can become out of date very quickly as other changes run in parallel.

The translation of the process into the system configuration is joint responsibility between the supplier and the clients subject matter experts involved in the programme. Suppliers must advise on the workflow mapping, consequences of configuration choices and highlighting any processes which would require adaptation within their system. This only works where suppliers know their clients and the markets.

The NHS England EPR Usability Survey reports that EPRs which are not well aligned to workflow leads to frustration and negative impacts on the end users time (and those workarounds that began from day 1). Across allied health professionals, nurses and clinicians only 37-38% reported that clinical practice was enhanced with electronic health records. User training is key to maximising the benefits of new technology. The NHS England EPR Usability Survey found that 44% of clinical staff received no ongoing training after initial implementation, with 60% of clinicians and 70% of nurses desiring further EPR training, the report recognises that EPR proficiency is a limiting factor [5]. The intolerance for lost activity or activity dips to enable training and go live does not assist in this objective.

Nationally there is a recognised Digital Data and Technology (DDaT) skills and capability workforce gap in the NHS – there is no whole of NHS ongoing training, staff are not always mobile (especially in geographically remote trusts) and Agenda for Change means the ability to recruit digital experts is restricted when competing with the private sector [6].

The perpetual change across NHS England and ICBs has led to warnings from The Kings Fund and Digital Health Networks ICS Digital Council, due to the erosion of digital leadership, with the elimination of standalone executive level digital roles in ICBs. The loss of skills, and organisational memory during significant technological initiatives increases delivery risk. The NHS faces difficulty to deliver the scale of transformation set out in the NHS 10 Year Health Plan without the skilled DDaT workforce required [7,8].

The DDaT workforce and skills gap is a contributing factor to programme timeline slippage. Data migration, data quality, reporting, connectivity challenges, and training are further drivers of delays to programmes, by the time these are visible in delivery metrics, remediation can rapidly become costly. One EPR programme estimated programme delays were costing £1 million per month [9].

Research published in npj Digital Medicine (2026) evaluated three national programmes in the NHS over fifteen years (collectively valued at £13 billion). It demonstrated recurring themes which are consistently observable in practice: competing priorities, legacy systems constraints, politically driven timelines, governance instability, objectives drift, and learning is not retained. The challenges are sociotechnical [10].

Moving Forward

The evidence for the benefits digital maturity delivers is compelling. The NHS 10 Year Health Plan's ambitions from analogue to digital are the right way forward. What is equally clear is that realising those ambitions requires more than investment in technology.

Modernise Infrastructure

Robust infrastructure is the foundation of sustainable digital delivery. Programmes must address legacy technology and connectivity gaps as prerequisites. Deferred infrastructure issues undermine operational resilience and patient safety; these should be actively resolved before new systems are deployed. Building on a patchwork of legacy systems introduces long term fragility.

Prioritise the End User

Effective digital programmes depend on engaging the right subject matter experts. Programmes should involve frontline staff from across disciplines, at every stage of design and implementation. These are the experts and the end user. Their expertise ensures systems reflect workflow realities and operational risks are identified and addressed early.

Digital Capabilities and Training

Building digital capability requires ongoing investment in workforce skills and training. Training should be continuous to ensure staff can maximise the benefits of modern systems and maintain institutional memory. Recognition that professional groups do not speak as a single voice should be acknowledged and addressed in workflow design and training.

Governance

Programmes that succeed under pressure are characterised by deliberate governance design from the outset, a Senior Responsible Owner with genuine decision-making authority, and a programme management office (PMO) that preserves institutional memory and ensures continuity through leadership transitions. Strong governance ensures resilience in the face of operational and organisational change.

Realistic Timelines

Programme timelines must be grounded in operational reality, with consideration for other concurrent priorities, parallel changes and resource constraints. Successful delivery requires honest assessment of readiness, capacity, and dependencies. Delaying implementation when confidence is low and adjusting plans as conditions evolve. The confidence of end users is the most reliable indicator of readiness. Operational reality is often over shadowed by funding mechanisms.

Executive Leadership

Successful implementation depends on genuine collaboration between executive leaders, frontline staff, suppliers, and operational teams. Executive endorsement is required to escalate major issues, resolve roadblocks, and ensure that end user concerns are represented at the highest level.

Closing the Gap

Closing the gap requires a shift in focus. To progress from implementation to impact requires digital programmes to be designed and led as organisational change aligning infrastructure, capability and collaborative involvement from frontline adopters and digital experts throughout.

We have tried different ways to do things, now we need to do different things. Now is the time to change systems and processes and make full use of smart digital capability.

Further Reading

1. NHS England. Preparing the NHS for Digital-by-Default. https://www.england.nhs.uk/digitaltechnology/digitising-the-frontline/preparing-the-nhs-for-digital-by-default/ (2025).

2. Department for Science, Innovation and Technology. State of Digital Government Review. https://www.gov.uk/government/publications/state-of-digital-government-review/state-of-digital-government-review (2025).

3. Barbour, S., Wright, N. & McNamee, A. NHS computer problems put patients at risk of harm. BBC News https://www.bbc.co.uk/news/articles/c4nn0vl2e78o (2024).

4. NHS England. Key Findings. https://digital.nhs.uk/data-and-information/digital-maturity-assessment-report-2024-and-2025-results/key-findings (2026).

5. NHS England. NHS England » 2024 Electronic Patient Record (EPR) Usability Survey for Secondary Care – Key Findings. https://www.england.nhs.uk/digitaltechnology/digitising-the-frontline/2024-electronic-patient-record-epr-usability-survey-for-secondary-care-key-findings/ (2026).

6. Health and Social Care Committee. Digital Transformation in the NHS - Health and Social Care Committee. https://publications.parliament.uk/pa/cm5803/cmselect/cmhealth/223/report.html (2023).

7. Arnold, S., Wallbank, S. & Naylor, C. Integrated Care Board Cuts – What Does It All Mean? The King’s Fund https://www.kingsfund.org.uk/insight-and-analysis/blogs/icb-cuts-what-does-it-mean (2025).

8. Digital Health Networks ICS Digital Council. Position-Statement-ICS-Digital-Council-Cutting-the-Capability-We-Need-1. https://www.digitalhealth.net/wp-content/uploads/2025/12/Position-Statement-ICS-Digital-Council-Cutting-the-Capability-We-Need-1.pdf (2025).

9. Health Tech Newspaper. Deep dive: EPR implementation and go-lives, optimisation, benefits realisation from 30+ NHS trusts – HTN Health Tech News. Health Tech Newspaper https://htn.co.uk/2026/02/02/deep-dive-epr-implementation-snd-go-lives-optimisation-benefits-realisation-from-30-nhs-trusts/ (2026).

10. Cresswell, K. & Williams, R. Large-scale system-level digitalisation initiatives in the National Health Service in England: insights from three national evaluations. Npj Digit. Med.9, 301 (2026).