Electronic Prior Authorization, Redefined.

Give your platform a faster, more resilient approach to electronic prior authorization (ePA) with FHIR-native architecture, intelligent decision support and real-time payer connectivity built to scale.

Connected From the Start.

Embed prior authorization into the prescribing process while DAW manages the intelligence, connectivity and infrastructure behind the experience.

Faster prior auth workflows

Bring prior authorization closer to prescribing with real-time electronic workflows that reduce manual handoffs, save providers and staff time and help prescriptions move toward payer approval and patient access.

More complete requests from the start

AI-enabled decision support anticipates payer questions and surfaces relevant clinical criteria upfront, helping reduce incomplete submissions and unnecessary back-and-forth.

Resilient connectivity built in

Network-agnostic infrastructure provides access to multiple ePA connectivity paths, helping reduce dependence on a single network, payer route or connectivity partner.

Compliance built into the infrastructure

FHIR-native architecture and purpose-built support for HTI-4 requirements help your platform keep pace with evolving interoperability and ePA standards.

How it works

From PA Required to Payer Determination, Without the Roadblocks

DAW connects prior authorization to a digital workflow, helping providers submit more complete requests while resilient infrastructure supports continuity from submission through payer response.

Step 1

Identify requirements earlier

The ePA workflow begins within the provider experience, reducing the need to move between disconnected systems.

Step 2

Prepare a more complete request

Intelligent decision support helps anticipate payer requirements and surface relevant clinical criteria upfront, reducing unnecessary back-and-forth and helping improve first-time submissions.

Step 3

Keep authorization moving

DAW’s network-agnostic infrastructure supports multiple ePA connectivity paths, helping reduce disruption when one route is unavailable or no longer supports a specific payer workflow.

Step 4

Stay connected through payer response

Real-time payer connectivity keeps PA status current so providers can act on approval requirements sooner and help move the prescription toward coverage and fulfillment.

Electronic Prior Authorization FAQs

Common questions from healthcare technology platforms.

Can electronic prior authorization be embedded into our existing platform?

Yes. DAW’s API-first architecture is designed to integrate ePA into existing healthcare technology platforms without requiring you to replace your current experience.

Does DAW support FHIR-based prior authorization?

Yes. DAW’s ePA platform is FHIR-native and designed to support modern interoperability requirements for electronic prior authorization.

How does intelligent decision support improve prior authorization?

DAW can help anticipate payer questions and surface relevant clinical criteria before submission, supporting cleaner, more complete PA requests on the first attempt.

Does DAW support HTI-4 requirements?

Yes. DAW’s ePA infrastructure is purpose-built to support HTI-4 requirements and evolving interoperability standards.

Will I receive status updates for electronic prior authorizations?

DAW can provide notifications throughout the ePA process, including current status and payer determination. Depending on the workflow and available data, additional prescription fulfillment information may also be available to help your platform maintain visibility beyond the PA decision.

Beyond Prescribing

A more complete prescribing experience

Connect prior authorization with e-prescribing capabilities designed to support the prescription journey from clinical decision through pharmacy fulfillment.

e-Prescribing

Prescription Routing

Bring more resilient ePA connectivity to your platform.

Give your customers a faster path from prescription to payer approval with intelligent decision support, FHIR-native architecture and resilient connectivity designed to help reduce delays in medication access.