The NHS 10-Year Plan will only succeed if digital health meets clinical standards
The NHS 10-Year Plan defines three core pillars that are set to revolutionise how we receive care. If these systematic ambitions are delivered as intended, the decade ahead will witness a strengthened and coordinated healthcare system that provides better patient outcomes, while empowering staff with the stability and tools needed to build rewarding careers.
One of the leading pillars is from analogue to digital. The objective is to integrate the NHS with the most advanced technology the country has to offer and move away from the manual administration that drains budgets and consumes frontline staff’s time.
While the vision is compelling, the critical issue is how to identify unmet needs and use HealthTech strategically to ensure the health accessibility gap closes. The delivery of the pillar won’t come from technology alone, but from disciplined execution starting in R&D, applying the same levels of rigour that we find in medicine. This is the blueprint to a coordinated and frictionless digital healthcare system that makes the UK the 21st century leader it has the potential to be.
Understanding this call for change
The ‘Fit for the Future’ plan was devised following Lord Darzi’s independent enquiry into the NHS, which was commissioned by the Secretary of State for Health and Social Care. His findings paint an honest picture of the NHS being in a critical condition.
Waiting lists, delayed cancer treatment, cardiovascular conditions on the rise, a misaligned NHS, and an incredible workforce trying their best to overcome systemic limitations that define their job roles. This fed into new objectives to build a stronger system.
Now, the government intends to digitalise the NHS in a way that has never been achieved before, creating the conditions to address the long‑standing pressures that have strained the system for years.
This is a call for HealthTech innovators, for leaders in data, AI, genomics, wearables, and robotics, to step forward to work with the NHS in the creation of ‘HealthStore’ as part of the NHS app. This will be a platform where patients can access clinically approved digital tools that will help them both manage and treat their conditions from home.
The real challenge is deciding the greatest market needs and designing new tools and digital devices that can integrate seamlessly in line with the timelines of this plan.
Delivering digital care at the speed patients need
To create the most digitally enabled healthcare system in the world, we must combine the expertise we have with AI, robotic health, telehealth, and life sciences processes.
Recent advances show what this could look like if deployed with more budget and scaled across the country. AI‑supported diagnostics are improving early cancer detection rates, robotics are beginning to support precision surgery and helping to reduce waiting times, and wearable‑based monitoring is enabling continuous, at‑home tracking of cardiovascular conditions such as arrhythmias and hypertension.
The possibilities for R&D are endless. New devices, new treatments, new digital therapeutics, and new platforms that move care beyond the traditional confines of GP clinics and hospitals. But if these elements can’t plug into a unified ecosystem, they risk remaining as isolated pilots that never reach their full potential.
Integration is the keyword here. With the NHS at a critical point in time, this pillar marks a radical change of approach to increase “sustainability for generations to come” – and as the plan states, “The choice for the NHS is stark: reform or die.”
Breaking the cycle of digital promises
This isn’t the first time there has been a plan to digitalise the NHS. How can we ensure this time it creates lasting change?
For example, the NHS's target to go paperless was missed in 2018 due to financial pressures on top of uneven digital maturity and outdated infrastructure. It’s a reminder that we need clear, consistent standards for things like cybersecurity and clinical safety to achieve scaled digitalisation.
Getting this right means ensuring we don’t let ambition outpace frameworks. We can look at past attempts as lessons to ensure we don’t witness repeated mistakes of duplicated tools and systems that can’t speak to one another because they were built without shared governance.
What can be learned from the clinical practices found within medicine?
There is often a misconception that digital health innovation thrives on unregulated spontaneity, as if the best ideas emerge from creative chaos, rather than structured, evidence‑driven work.
The main risk with this approach is further fragmentation. The UK Government’s State of Digital Government Review warns that current systemic fragmentation with dispersed data creates an estimated £45 billion annual gap in potential savings. Innovation can’t move forwards until this fragmentation is addressed.
When we look at the breakthrough drugs that make their way through the pharmaceutical pipeline, we see that what actually accelerates delivery is a combination of rigorous testing, defined market needs, clear governance, repeatable pathways to adoption, and a relentless focus on patient safety.
This is the same mindset now required in digital health R&D. The NHS 10‑Year Plan is asking for digital tools that are built with the same care and consistency as clinical treatments. The question now is how to embed that level of discipline into the way digital health is designed and delivered.
Shared accountability is essential: innovators, regulators, and the NHS must each take responsibility for upholding common standards so that digital solutions can be safely adopted at scale.
When these expectations are embedded from the very start of R&D, every new product contributes to the wider objectives of the plan. This alignment of efficiency, compliance, and intelligent integration is what creates a preventative health system that is truly ‘Fit for the Future’.
About the author
Lawrence Sherry is sales development representative at Planisware. His sales experience spans multiple industries, including aerospace, software companies, and life sciences.
