Today’s breakthrough becomes tomorrow’s volume shift, and the data is already signaling where
One of the most persistent misconceptions in healthcare strategy is that innovation reduces demand. In practice, it almost never does. What it does, consistently, is redistribute demand across service lines, care settings, and time horizons. That’s why planning for redistribution rather than simply replacement is a far better strategy than hunting for procedural growth alone.
Recent innovations in cardio-metabolic condition treatment serve as a clear current illustration. SGLT2 inhibitors slow the progression to end-stage renal disease, which over time will reduce the population requiring dialysis. But it simultaneously expands the population requiring years of medication management, specialty visits, and intervention. The demand doesn’t disappear; it moves upstream and shifts who owns the relationship.
The bariatric surgery data already has started to suggest this dynamic in real time. The Vizient Clinical Data Base shows a 37% decline in overall inpatient bariatric surgery volumes from 2022-2025. Women saw a decline of 52%, 18-64-year-olds saw a decline of 39%, and commercially insured patients saw a decline of 43% in the same timeframe (all percentages rounded to the nearest percentage point, 0-18 is excluded). Whether a meaningful volume rebound occurs is a legitimate debate, but what’s not debatable is that the shift from surgical management to pharmaceutical management is underway, and the downstream implications for service line volume, margin, and capital planning deserve explicit strategic attention now, not after the data has settled.
AI is creating a parallel redistribution dynamic, but with a different mechanism. Clinical AI tools are not reducing the need for care so much as they are changing which care happens, when, and where. In the inpatient setting, some AI tools for sepsis detection claim they can flag the condition in as little as six minutes using patient biomarkers, with meaningful potential to shorten length of stay and improve resource utilization. In the outpatient setting, AI-assisted colonoscopy tools are increasing the detection of polyps during procedures, driving higher rates of diagnostic colonoscopies (the 2026 Impact of Change forecast anticipates diagnostic colonoscopies to grow by 27% over the next 10 years while colonoscopy screenings are expected to decline -6%, driven by at-home DNA-FIT tests and blood-based tests). These tools don’t eliminate clinical volume so much as reshape it.
On the administrative side, the majority of health systems already are deploying some form of ambient scribing. The benefits are real: reduced physician burnout, faster documentation, and improved reimbursement accuracy in an environment where payers and health systems are increasingly engaged in a documentation-intensive negotiation over prior authorization and retrospective reimbursement justification.
