Should The NHS Transition To Continuous Biometrics

00:00:00: Hello, we're Sandalwood

00:00:01: and Sage.

00:00:02: We are AI-generated characters who were working with our creator Gareth to generate short serious punchy debates.

00:00:09: Debates that don't just help you figure out what you think but why you think it?

00:00:15: So... What are we arguing about this week?

00:00:28: NHS Finances is under structural strain from an ageing population workforce shortages, and the ongoing post-pandemic ramifications.

00:00:39: Prevention is repeatedly cited as the only sustainable long term lever but investment historically follows acute care crises not prevention creating a chronic underinvestment problem.

00:00:56: Only one quarter of population is satisfied with how the NHS run.

00:01:02: I'm going to argue that the way out of our downward spiral is to execute a transformational shift.

00:01:32: I'm going to argue that the obstacles are too great, benefits uncertain and timing is at best premature.

00:01:41: Your Apple Watch already knows your heart's in trouble before you're GP appointment comes round.

00:01:48: The NHS ten year health plan makes wearables a cornerstone of future healthcare delivery In shift from treatment.

00:02:00: An ageing, multi-morbid population means the number of people needing continuous care will outpace GP and hospital capacity for the foreseeable future.

00:02:13: Continuous largely automated monitoring is one of few models that scales with need rather than staffing numbers.

00:02:24: The core argument is simple Better health better quality life.

00:02:30: Continuous glucose monitors identify pre-diabetes years before standard blood tests.

00:02:38: Wearables tracking resting heart rate and heart rate variability can predict infectious illness including sepsis, twenty four to forty eight hours before symptoms appear catch it early, and lifestyle changes alone can fix what would otherwise become metabolic or cardiovascular damage.

00:03:02: Instead of an ageing population living in pain on drug cocktails cycling through operations we could see the first generation to live healthily into their nineties.

00:03:17: The key is continuity.

00:03:20: GP visits and check-ups are snapshots.

00:03:24: Atrial fibrillation, postoperative sepsis sleep apnea all can be invisible at scheduled appointments yet detectable through continuous monitoring.

00:03:38: smartwatches can already catch intermittent asymptomatic AFib a leading cause of stroke that a single ECG in clinic would miss entirely.

00:03:52: Biometric monitoring also personalises care, patients are normally baselined against the population or their age cohort.

00:04:03: With continuous monitoring you're compared to your own baseline.

00:04:08: Your digital twin.

00:04:10: A heart rate of seventy two looks perfectly healthy and abstract But if your normal is forty-eight, that seventy two Is a red flag.

00:04:24: I know sage you will raise the digital divide but The tech savvy affluent are already on this path because it's empowering.

00:04:34: It gives people agency in an arena where they've been entirely dependent On doctors with specialist knowledge.

00:04:43: What I'm arguing for is giving everyone that same self-empowerment, not restricting it to those who can already afford.

00:04:54: The second reason – modest early intervention may be the only way save the NHS.

00:05:03: We can shift from reactive crisis management to predictive continuous care.

00:05:09: One localised NHS trial of remote monitoring for high-risk heart failure patients cut emergency readmissions by forty percent, saving thousands per patient.

00:05:24: The NHS spends roughly seven pounds in every ten pounds managing long term conditions like diabetes COPD and cardiovascular disease a burden only growing with ageing.

00:05:41: Shifting that management upstream, triggered by biometric data prevents the ICU stays that follow heart attacks and strokes.

00:05:53: Virtual wards hospital at home already prove the model.

00:05:59: patients receive acute level care at home via glucose monitors blood pressure cuffs pulse oximeters, and ECG arm bands streaming to a clinical dashboard with daily virtual reviews adjusting medication and monitoring symptoms.

00:06:20: The NHS was built in nineteen forty-eight to treat the sick who were likely to die shortly anyway In twenty twenty six waiting for the heart attack before we intervene.

00:06:34: isn't healthcare It self-neglect.

00:06:38: Your watch already knew something was wrong forty eight hours before you did.

00:06:44: What would this actually mean in practice, Sandalwood?

00:06:48: A vastly increased population of the worried.

00:06:50: well Primary care first responders and A&E buried under automated alerts a widening gulf between an empowered tech savvy few And an increasingly detached chronically ill low income majority A nation newly exposed to cyber attack.

00:07:09: And a transition of budgets, technology and behaviour beyond what our institutions or population can absorb.

00:07:17: Primary care cannot handle millions of automated alerts.

00:07:21: Studies on consumer wearable AFib warnings found many patients who sought urgent care afterwards were asymptomatic with no detectable cardiac pathology.

00:07:32: Label every physiological blip potential disease and you turn millions of healthy citizens into anxious patients, flooding GPEs with follow-up bloods and scans nobody needed.

00:07:45: NHS digital inclusion data shows elderly and lower income populations are significantly less willing to engage with remote monitoring.

00:07:54: Julian Tudor Hart's Inverse Care Law holds that good medical care is least available where it's needed most.

00:08:02: A biometric strategy widens the gap – It doesn't close.

00:08:07: Anyone who spent time in A&E has seen alarm fatigue first-hand.

00:08:12: Staff desensitised to constant notifications, eighty five to ninety nine percent of which are clinically irrelevant.

00:08:20: Wearables won't be different.

00:08:22: Roll that out nationwide and triage alone paralyzes primary care.

00:08:28: This would the third attempt digitise health data in England.

00:08:32: Care.data launched was abandoned by twenty sixteen after RC, GP and BMA objections over confidentiality and commercial exploitation.

00:08:44: The two thousand twenty one GP data for planning an research scheme tried to centralize records including mental health sexual health even criminal record adjacent data on what's paused off.

00:08:56: the doctors Association UK in the information commissioner raised alarms of opacity.

00:09:03: then in June twenty-twenty four the Cinevus ransomware attack published patient names, NHS numbers dates of birth and test results online triggered a national O-negative blood shortage and cancelled over ten thousand appointments.

00:09:19: It took Cinevis eighteen months just to notify everyone affected.

00:09:25: Continuous biometric monitoring doesn't just monitor data.

00:09:29: it multiplies its volume AND its sensitivity.

00:09:32: real time location movement heart rhythm, glucose – all centrally held.

00:09:39: All expanding the attack surface…all raising the stakes of next

00:09:44: breach.".

00:09:45: The Health Foundation's two-thousand twenty five survey of eight thousand UK adults found that public consistently prioritises safeguards over speed.

00:09:55: Fewer than a third are even willing to share wearable data for research and roughly half say shorter weights or easier GP appointments.

00:10:04: Not biometric monitoring should be the NHS' top priority.

00:10:09: In short, Britain and continuous biometric-monitoring are not ready for each other—not technologically... ...not culturally….

00:10:18: …not yet!

00:10:20: So Sandalwood Give seventy million people a device that alerts them every time their heart skips a beat And you won't save the NHS You'll crash it You'll flood underfunded surgeries with the worried well, alienate patients who need it most and turn ordinary life into one continuous medical procedure.

00:10:44: that standard clinical check-ups missed entirely.

00:11:04: It also produced a mountain of false positives, which sent healthy anxious people straight to emergency rooms.

00:11:12: Hospital telemetry already sees up to ninety nine percent irrelevant alarms.

00:11:17: dumping continuous data streams onto primary care will simply induce system wide alarm fatigue.

00:11:24: Nobody is proposing dumping raw data on two GPs.

00:11:29: Automated AI triage establishes an individual baseline, a digital twin filtering out benign physiological noise and flagging only genuine multi-metric anomalies long before symptoms manifest.

00:11:48: Delegating clinical gatekeeping to algorithms doesn't solve the core risk of security.

00:11:54: look at over three hundred ninety gigabytes of patient data stolen, ten thousand appointments cancelled.

00:12:05: Continuous biometric streams multiply that attack surface exponentially.

00:12:10: Cyber risks exist across all modern infrastructure but systems like Oxford's OpenSafely demonstrate the health data can be managed with near perfect transparency.

00:12:25: we cannot let security fears freeze the NHS in a reactive, nineteen-forty eight architecture.

00:12:34: It isn't just security it's explicit public rejection.

00:12:38: Health Foundation polling shows fewer than one third of Britons are willing to share wearable device data.

00:12:45: People consistently prioritise easier GP appointments and reduced A&E weights over high tech surveillance.

00:12:52: But episodic GP visits are precisely why A&E is overflowing.

00:12:59: Long-term chronic conditions swallow seven pounds out of every ten pounds in NHS budgets.

00:13:08: Look at virtual wards!

00:13:11: Remote monitoring in the home has already cut emergency readmissions and trials by up to forty percent.

00:13:20: Virtual wards monitor acutely ill patients under direct supervision, Sandalwood.

00:13:25: Expanding that to population-wide asymptomatic screening triggers Julian Tudor Hart's inverse care law.

00:13:32: those with the highest disease burden face the greatest digital and economic exclusion

00:13:37: which is why a fully state funded strategy is essential.

00:13:41: if we leave wearables to the private market only the wealthy benefit.

00:13:47: Look at Singapore's Health Three Six Five initiative.

00:13:51: State subsidised monitoring democratises preventative care rather than entrenching privilege.

00:13:59: But you know, Sandalwood normally a huge change like this would be supported by shelves full of randomized clinical tests.

00:14:06: We've avoided diving into the medical research but The truth is I don't see much here.

00:14:11: wouldn't This Be A Complete Gamble?

00:14:14: A two thousand twenty-five study of randomized clinical trials reported on the Journal Of The American Medical Association Network concluded that physical and behavioral biometric measures from wearable devices are promising digital biomarkers for use in long COVID clinical trials.

00:14:36: And as long ago, A report in the International Journal of Infectious Diseases concluded that deployment of wearables in hospital settings for management or community to support surveillance during outbreaks could provide significant, cost-effective advantages and improve healthcare outcomes.

00:15:08: not proven.

00:15:09: Even if biometric monitoring will provide positive health outcomes, surely it's premature to go all in now with such provisional evidence?

00:15:18: The choice isn't between a happy status quo and risky new technology.

00:15:24: the status quo is collapsing under demographic strain.

00:15:29: Continuous monitoring provides precision prevention that can scale with population need rather than staffing limits.

00:15:38: Precision care requires a functioning foundation.

00:15:41: until we fix core staffing and basic GP access, betting the NHS's entire preventative future on continuous biometric monitoring is an expensive destabilising gamble.

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00:16:15: Thanks for watching!

00:16:16: See ya next time.