Digital Care Pathways

Utilize digital technologies to manage patient populations with chronic diseases.

Health systems are facing systemic challenges in care delivery to patients with chronic conditions including dealing with more complex conditions, fragmentation and variation in care and resource constraints. These are projected to only worsen in coming years. Providers need a digital solution to transform their approach.

Our Digital Care Pathways solution provides a field-proven approach that is scalable across different disease areas. Whether it is hypertension management or HIV prophylaxis, the platform allows for a customizable and extensible digital approach to care delivery.

Deliver clinical decision-making via guided navigators based on algorithms and AI that enable non-clinical healthcare workers to serve and manage patients. The approach ensures a consistent high throughput care model in which the frequency of patient interactions results in high patient satisfaction.

Benefits

Transform care delivery from being physician-centric to a platform where care is scaled by technology-guided navigators
Proactive care that reduces the variability and improves patient adherence to care plans
Improved patient experience with frequent meaningful interactions

Redesigning clinical operations with Digital Care Pathways

Client Success

RenalytixAI brings life-saving kidney diagnostic solutions to market faster

Accelerating kidney disease diagnosis with the application of Machine Learning and Artificial Intelligence.

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Client Success

Boston-based health system launches next generation chronic care model

A premier academic health system’s cardiology division takes best practices and AI to scale with a care navigator...

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Client Success

RenalytixAI brings life-saving kidney diagnostic solutions to market faster

Watch video

Client Success

Boston-based health system launches next generation chronic care model

Read story

Why Persistent?

Scalable Care

Our solutions utilize algorithms and data integrations that can augment decision making and support personalized care delivery both economically and at scale.