MIH / Community Paramedicine POCUS Value & ROI Calculator
Estimate the potential incremental economic and operational value of adding point-of-care ultrasound to an existing Mobile Integrated Health (MIH) or community-paramedicine program. The calculator opens with a conservative POCUS contribution scenario and allows every utilization and cost assumption to be replaced with program-specific data.
1. MIH volume
Estimate POCUS-eligible encounters from annual MIH visits, or enter the known eligible volume directly.
2. Baseline disposition & conservative POCUS contribution
The published MIH transport benchmark is 28.6%. The default calculator scenario assumes POCUS reduces that baseline ED referral volume by a conservative 10% relative amount among POCUS-eligible encounters—equivalent to 2.86 fewer ED referrals per 100 eligible visits at the default baseline. This is a planning assumption, not a published ultrasound-only effect.
3. POCUS time & capacity assumptions
Treat added clinician time as capacity consumption unless it creates an actual incremental labor expense.
4. Program investment
Enter the incremental cost of adding POCUS to MIH—not the cost of the entire MIH program.
Methodology & evidence
Published MIH evidence supports the economic mechanism, but current evidence does not justify assigning the entire MIH benefit to ultrasound.
MIH transport and cost mechanism
Avoided ED episodes = Baseline ED referrals × POCUS-attributable reduction
U.S. acute-care cost benchmarks
Admission cost avoidance = Documented POCUS-attributable avoided admissions × value per admission
Why the default POCUS contribution scenario uses 10%
There is not yet a portable published percentage showing how much ultrasound alone reduces ED referral in MIH. The calculator therefore uses a deliberately modest 10% relative reduction in baseline ED referrals as a transparent planning scenario. At the published 28.6% MIH transport benchmark, this represents an absolute effect of 2.86 avoided ED referrals per 100 POCUS-eligible visits. The assumption is intentionally far below reductions reported for some broader community-paramedicine programs, while recognizing that a 2026 randomized trial of a broader CP intervention found no significant reduction in acute-care utilization. The 10% value is therefore a scenario—not a clinical guarantee—and can be switched to 0% or replaced with local POCUS data.
McCoy RG, Juntunen MB, Ridgeway JL, et al. Effect of an Advanced Community Paramedic Program to Shorten or Prevent Hospitalizations: A Pragmatic, Point-of-Care, Randomized Clinical Trial. Ann Fam Med. 2026;24(2):131-139. Full textConservative scenario assumption
Community-paramedic POCUS proof of concept
Balasubramanian S, DeFilippo M, Stone M, et al. Pneumothorax Identified by a Remote Physician Using Paramedic-obtained Tele-ultrasound: Case Report. Clin Pract Cases Emerg Med. 2024;8(3):189-193. This illustrates that POCUS can also appropriately increase escalation when dangerous pathology is identified; it does not provide a population-level effect size. PubMed
Proof of conceptBreak-even logic
Required POCUS-attributable ED reduction = Break-even ED episodes ÷ baseline ED referrals
This threshold tells the user what effect would be required for economic break-even. It is not a prediction that POCUS will achieve that effect.