News & Perspectives
Transitional Care: From Hospital to Home
The riskiest days in a care journey are the ones after discharge — and the ones no one is watching.

Most hospitalizations don't begin with a crisis. They begin with a quiet shift — a breathing pattern that changes over three nights, a heart rate that drifts a few beats higher every evening, an activity level that slowly falls off. By the time symptoms surface, the deterioration has already been happening for days.
The transition from hospital to home is where this pattern shows up most clearly. Discharge is the moment when clinical visibility drops to almost zero, and it is also the moment when the patient is most fragile. In heart failure, in post-surgical recovery, in post–hip fracture care, the standard model is to fix the acute event, send the patient home, and hope the follow-up appointment catches anything that goes wrong.
A follow-up appointment two weeks later is not a monitoring plan. It is a hope.
The silent interval
We call the hours between the discharge order and the first follow-up visit the silent interval. It's silent not because nothing is happening — it's silent because nothing is being measured. Cardiac output, respiratory effort, mobility, sleep, posture, temperature: all of the signals that would tell a clinician the patient is drifting the wrong way go uncaptured.
Continuous ambulatory monitoring changes that. A garment the patient already wants to wear captures the same physiologic signals a hospital would, at the intervals a hospital would — except now the signals continue after discharge, into the days and weeks where the deterioration actually happens.
Why the federal system cares
Preventable readmissions are the largest single avoidable-cost line item in modern healthcare, and the VA carries a disproportionate share of the highest-risk populations: older veterans, rural veterans, veterans with multiple chronic conditions. Every one of those risk factors is amplified by the silent interval. Continuous monitoring is not a consumer wearable feature. It is the mechanism that lets a care team see decompensation before it becomes a hospitalization — and that is the outcome the federal system is organized to buy.
The technology exists. The evidence base is growing. The design principle is simple: make the shirt easy enough to wear that the patient forgets it's there, and clinical enough that the care team can trust what it says.