Care that sees ahead.

Healthleap is the AI platform that surfaces at-risk inpatients earlier, starting with malnutrition, one of the most underdiagnosed conditions in the hospital.

Partnered with leading health systems

The current state is unacceptable.

up to 50%
of inpatients are at risk of malnutrition
<9%
are diagnosed
~5,500
malnourished patients missed per year at a typical 1,000-bed hospital

Screen all inpatients daily

Scans every chart
Every adult, every day
Scores each patient
Risk score written into the EHR
Improves CDI and coding
Upstream identification at admission or during the stay

Healthleap analyzes every adult inpatient's chart each day and writes a nutrition-risk score into the EHR flowsheet each morning. The registered dietitian's routine doesn't change, but instead of chasing false flags, the day starts with the highest-acuity patients already at the top of the list. Healthleap sits upstream of CDI, closing the identification gap that comes before it.

Scored and sorted by severity of nutrition risk

Each morning, every adult inpatient is scored and sorted by nutrition-risk severity. The sickest patients sit at the top of the list in the dietitian's EHR, not buried in chart review.

Today's priority listUpdated each morning
  • 1

    Bed 7B

    64 F · 4 days LOS

    0.94
  • 2

    Bed 3A

    71 M · 2 days LOS

    0.89
  • 3

    Bed 12C

    58 F · 6 days LOS

    0.81
  • 4

    Bed 9D

    47 M · 1 day LOS

    0.76

We fit upstream of CDI and coding

Healthleap identifies at-risk patients on day one, before CDI and coding workflows can engage. We don't replace them; we feed them a cleaner, earlier signal.

  1. Day 0

    Patient admitted

    Risk isn't continuously captured and surfaced.

  2. Day 1

    Healthleap identifies risk

    Daily prioritization, written into the EHR.

  3. Downstream

    CDI and coding engage

    Existing investment, fed an earlier signal.

  4. Outcome

    Reimbursement & quality capture

    Severity, LOS, and incremental revenue follow.

Validated against the clinical reference standard.

Co-authored research with leaders from Cedars-Sinai, Johns Hopkins, and Stanford, and published in Applied Clinical Informatics. To our knowledge, Healthleap offers the only commercially available, peer-reviewed AI malnutrition screening tool.

Peer-reviewed

88%higher sensitivity
Than nurse-administered malnutrition screening
4 daysearlier identification
Of patients with malnutrition
0.95AUROC
during stay; 0.92 on day one

Penn Medicine

$23.8M

Annualized financial impact at a single site

8,632
Bed-days saved, annualized

Every 1,000 additional reimbursable malnutrition cases captured is roughly $5M in incremental reimbursement.

Malnutrition is just the start

The same EHR-native daily screening intelligence we use for malnutrition is already being extended to other conditions that hospitals consistently struggle to identify early and address in time.

  • Malnutrition

    Risk identification, validated against the clinical reference standard.

  • Delirium & toxic metabolic encephalopathy

    Identification designed to surface patients who may be missed.

  • Aspiration pneumonia

    Identifying patients at elevated aspiration risk before complications develop.

  • Congestive heart failure readmissions

    Flagging the patients most likely to return before they leave.

  • Pressure injuries

    Earlier identification of at-risk patients for prevention protocols.

Close gaps. Improve care. Strengthen margins.

CFO
Measurable incremental reimbursement, contractual ROI floor.
CMO
Measurable improvement in O:E ratios, length of stay, and severity capture.
Nutrition director
Prioritize the highest-risk patients, not false flags
The AI in Healthleap stands for actionable insights.
Richard Riggs, MD, Chief Medical Officer, Healthleap

See what you've been missing.

Healthleap helps leading health systems find malnutrition-risk inpatients earlier than admission screening, using peer-reviewed daily EHR-based prioritization, with measurable impact on reimbursement, length of stay, and severity capture.