Products

Company

Careers

Resources

Schedule a Demo

Home

Products

Health Systems

Company

Company

Company

Life Sciences

Resources

Life Sciences

Life Sciences

Life Sciences

Life Sciences

Privacy policy

Terms of Use

Schedule a Demo

Site of Care Optimization

Optimize your health
system’s capacity

Double your team's
productivity

Stop manually screening and start using AI to match every patient to the right clinical environment

Schedule a Demo

Benefits

Scale Your High-Value Care Delivery with AI

Benefits

Scale Your High-Value
Care Delivery with AI

Benefits

Scale Your High-Value Care Delivery with AI

Benefits

Scale Your High-Value Care Delivery with AI

Optimize capacity & expand access

Optimize capacity & expand access

Decant low-acuity cases and backfill hospital capacity to expand patient access to critical care

Optimize capacity & expand access

Decant low-acuity cases and backfill hospital capacity to expand patient access to critical care

Automate complex screening

Automate complex screening

Eliminate administrative burden by using AI to screen patients against complex clinical protocols

Automate complex screening

Eliminate administrative burden by using AI to screen patients against complex clinical protocols

Native workflow integration

Native workflow integration

See and act on results within existing clinical workflows and system-specific protocols

Native workflow integration

See and act on results within existing clinical workflows and system-specific protocols

Unlock ROI & elevate care

Unlock ROI & elevate care

Improve procedure margins, scale total case volume, and streamline the patient care journey

Unlock ROI & elevate care

Improve procedure margins, scale total case volume, and streamline the patient care journey

Ready to unlock your health system’s full capacity?

Ready to unlock your health system’s full capacity?

Schedule a Demo

SUPPORTED CLINICAL PATHWAYS

SUPPORTED CLINICAL PATHWAYS

Optimization for site of
care decisions

Flexible Models to Meet Your Abstraction Goals

Surgery

E.g., ambulatory surgical centers vs. inpatient surgeries, home health vs. rehab (SNF)

Surgery

E.g., ambulatory surgical centers vs. inpatient surgeries, home health vs. rehab (SNF)

Cardiology

E.g., remote-monitoring vs. in-clinic, inpatient vs. outpatient admission, etc.

Cardiology

E.g., remote-monitoring vs. in-clinic, inpatient vs. outpatient admission, etc.

Oncology

E.g., hospital vs. home infusion, main hub vs. community site, etc.

Oncology

E.g., hospital vs. home infusion, main hub vs. community site, etc.

Neurology

E.g., primary vs. comprehensive stroke center

Neurology

E.g., primary vs. comprehensive stroke center

And more

Custom site of care decisions, site-specific logic, tailored clinical protocols

And more

Custom site of care decisions, site-specific logic, tailored clinical protocols

How Layer Health Works

See Layer Health in Action.
Guidance in Your Native EHR Workflows.

See Layer Health in Action.
Guidance in Your Native EHR Workflows.

our process

our process

Optimized routing for every
patient, every time

Flexible Models to Meet Your Abstraction Goals

Step 1

Tailor clinical criteria

Define your own clinical standards with bespoke decision logic to make site of care decisions

Step 2

Automate longitudinal analysis

Enable Layer Health’s AI models to assess the full patient chart against your custom logic

Step 3

Deploy natively within the EHR

Receive site-of-care recommendations in your workflows, in your existing EHRs; get guidance when and where your routing decision is made

Step 4

Verify with evidence

Build deep clinician trust with recommendations backed by direct EHR quotes for easy validation

Step 5

Capture ROI

Optimize your patient flow and track your growth in real-time

case study

Unlocking $20M in Annual Revenue
Through Precision ASC Routing

case study

Unlocking $20M in Annual Revenue Through Precision ASC Routing

case study

Unlocking $20M in Annual Revenue
Through Precision ASC Routing

Problem

Problem

Nationally-ranked health system launched a new Ambulatory Surgical Center (ASC)

Nationally-ranked health system launched a new Ambulatory Surgical Center (ASC)

Nationally-ranked health system launched a new Ambulatory Surgical Center (ASC)

Clinical staff struggled to route new patients to the ASC. Required evaluation against 74 complex clinical criteria

Clinical staff struggled to route new patients to the ASC. Required evaluation against 74 complex clinical criteria

Clinical staff struggled to route new patients to the ASC. Required evaluation against 74 complex clinical criteria

Needed a solution to decant low-acuity cases and free-up capacity in the main hospital

Needed a solution to decant low-acuity cases and free-up capacity in the main hospital

Needed a solution to decant low-acuity cases and free-up capacity in the main hospital

Solution

Solution

Layer Health created a near-real-time, automated system to determine ASC eligibility

Layer Health created a near-real-time, automated system to determine ASC eligibility

Layer Health created a near-real-time, automated system to determine ASC eligibility

AI models analyze longitudinal charts to evaluate patients against clinically nuanced criteria

AI models analyze longitudinal charts to evaluate patients against clinically nuanced criteria

AI models analyze longitudinal charts to evaluate patients against clinically nuanced criteria

Recommendations surfaced natively within the schedule view, case request form, surgical depot, and snapboard in Epic

Recommendations surfaced natively within the schedule view, case request form, surgical depot, and snapboard in Epic

Recommendations surfaced natively within the schedule view, case request form, surgical depot, and snapboard in Epic

Results

Results

$

0

M

In projected annual revenue uplift through optimized site-of-care routing

In projected annual revenue uplift through optimized site-of-care routing

In projected annual revenue uplift through optimized site-of-care routing

0

%

Accuracy in identifying high-risk, “red-flag” patients who required inpatient settings

Accuracy in identifying high-risk, “red-flag” patients who required inpatient settings

Accuracy in identifying high-risk, “red-flag” patients who required inpatient settings

0

.

0

%

Overall accuracy against rigorous clinical screening framework

Overall accuracy against rigorous clinical screening framework

Overall accuracy against rigorous clinical screening framework

0

Complex clinical screening criteria automated

Complex clinical screening criteria automated

Complex clinical screening criteria automated

“Even in my training session, I found a patient scheduled for an ASC who was ineligible, so I transferred their procedure to the hospital. This tool is already prompting us to make real clinical decisions.”

“Even in my training session, I found a patient scheduled for an ASC who was ineligible, so I transferred their procedure to the hospital. This tool is already prompting us to make real clinical decisions.”

“Even in my training session, I found a patient scheduled for an ASC who was ineligible, so I transferred their procedure to the hospital. This tool is already prompting us to make real clinical decisions.”

Orthopedic Surgeon

Ready to revolutionize chart review?

Ready to revolutionize chart review?

Schedule a demo

hello@layerhealth.com

Enterprise-grade security and compliance.

Privacy policy

Terms of Use

© Layer Health 2026

hello@layerhealth.com

Enterprise-grade security and compliance.

Privacy policy

Terms of Use

© Layer Health 2026

hello@layerhealth.com

Enterprise-grade security and compliance.

Privacy policy

Terms of Use

© Layer Health 2026

hello@layerhealth.com

Enterprise-grade security and compliance.

Privacy policy

Terms of Use

© Layer Health 2026