Intersect on FHIR is a fully integrated, real-time virtual care platform designed to deliver pre and postnatal care. By leveraging a cloud-based repository mirroring the complete FHIR Resources collection, Intersect enables seamless virtual monitoring, patient engagement, and remote care coordination between expecting mothers and healthcare teams.
The platform connects a comprehensive ecosystem, including a point-of-care application for providers, a patient-centered mobile application, and healthcare organization EHR systems. This ensures a continuous, real-time flow of critical maternal and fetal health data.
AI models analyze electronic health records (EHR), family history (coming genetic data), wearable device metrics, and maternal history to identify women at high risk for pregnancy complications.
The results of the risk analysis are used to enable the care team to design a personalized prenatal plan. The default monitoring configuration includes sensors capable of accurately capturing core biomarkers such as heart rate (maternal and fetal), blood pressure, pulse oxygenation, core body temperature, and weight, as the majority of maternal deaths are caused by hemorrhage, infection, or hypertensive disorders.
Sensors that run continuously are utilized when available. An AI agent, continuously running in the background, will alert the care team if it detects trends that, if left unmitigated, will become critical.
Once a diagnosis is complete, patients seamlessly transition into their personalized prenatal care journey.
Intersect’s system integrates a structured, evidence-based prenatal care protocol, aligning scheduled visits with the patient’s inception date. The system’s CPOE (Computerized Physician Order Entry) capability facilitates the streamlined ordering of necessary labs and screenings.
Patients actively participate in their care journey through the Intersect mobile application, pre-installed on an Android tablet designed for optimal usability:
A predictive AI engine runs in the background, analyzing real-time data to: