The client is a multi-hospital healthcare provider operating several intensive care units (ICUs) across its network. Critical patient data was generated by bedside monitors, ventilators, infusion pumps, and cardiac systems, but remained fragmented across disconnected platforms. Limited interoperability reduced clinical visibility and increased operational complexity. The organization needed a modern integration framework capable of unifying device telemetry and supporting real-time clinical workflows. To achieve this transformation, the provider partnered with Zymr.
The healthcare provider relied on multiple device vendors across ICU environments, resulting in fragmented telemetry streams and inconsistent access to patient monitoring data. Clinical teams often had to navigate separate systems to view vital signs, ventilator data, infusion metrics, and cardiac telemetry.
The lack of standardized device integration created operational silos and limited the ability to deliver a unified patient view. Patient-device associations frequently required manual intervention, increasing the risk of data mismatches and workflow inefficiencies.
Real-time visibility into critical patient conditions was constrained by disconnected systems and delayed data exchange. Existing infrastructure also made it difficult to integrate telemetry data with Epic workflows and downstream clinical applications.
The organization needed a scalable, standards-based integration platform capable of unifying device data, improving interoperability, and supporting critical-care decision-making across ICU environments.
Zymr helped the provider modernize ICU device connectivity through a FHIR-native integration platform that unified telemetry data across critical-care environments. The solution improved clinical visibility, interoperability, and operational efficiency.
Zymr implemented a modern device integration platform designed to centralize telemetry data, improve interoperability, and streamline ICU operations.