Royal Philips has announced the HealthSuite System of Engagement, an integrated, modular set of standards-based capabilities that support the development of digital health propositions, including new capabilities for cloud-based managed AI workflow and DICOM interoperability.
“While there are compelling examples of digitalization improving healthcare delivery, too often patients and care providers struggle within a complex, fragmented technology and data landscape that hampers the deployment of innovative healthcare services,” said Jeroen Tas, Chief Innovation & Strategy Officer, member of the Executive Committee Royal Philips. “The HealthSuite System of Engagement is at the core of Philips’ digital transformation. It’s a highly secured, modular set of capabilities that can liberate and integrate data from disparate systems and accelerate the development and deployment of digital propositions across the health continuum in a secure environment.”
HealthSuite System of Engagement
In contrast to many ‘systems of record’, which are typically based on static, siloed files of patient information, the HealthSuite System of Engagement enables patients and all the staff they interact with to better manage the care experience and pathways. By taking a federated approach to data integration, HealthSuite System of Engagement supports healthcare providers in capturing the value of data from across their existing IT infrastructure, reducing complexity for healthcare professionals and opening new opportunities for care innovation.
HealthSuite System of Engagement provides capabilities for IoT (Internet of Things), Identity and Access Management and HIPAA-compliant Data Management. Deployment models include hosting and operating health applications in the cloud, edge and on-premise. HealthSuite enables clinical and operational data to be federated and shared across systems and solutions from Philips and third parties within the healthcare enterprise. HealthSuite leverages this longitudinally federated data in its intelligence, dynamic workflow and user experience capabilities to allow healthcare providers to unlock the power of data in their Electronic Medical Records (EMRs) and other systems of record in care pathways, connecting users seamlessly with data to provide actionable insights.
HealthSuite AI capabilities
New capabilities include cloud-based storage and standards-based interoperability for Digital Imaging and Communication in Medicine (DICOM) data, in addition to native FHIR support. The new HealthSuite De-Identification Services automate the removal of personal and sensitive information from structured data in order to enable patient privacy when data is made available for data science research. The HealthSuite Clinical Data Lake is a new scalable micro-service that acts as a centralized big data repository for high-volume clinical data collection studies and includes controls to curate and manage data in a manner that addresses regulatory requirements.
HealthSuite System of Engagement is powering a wide range of both Philips and 3rd party connected healthcare applications, including:
- Philips’ flagship Image-guided therapy platform Azurion, which allows clinicians to easily and confidently perform a wide range of routine and complex procedures, helping them to optimize interventional lab performance and provide superior care.
- Philips Care Orchestrator for sleep and respiratory therapy, a smart cloud-based application that connects homecare providers, physicians, and payers with patients quickly and easily to critical data across devices and locations.
- Philips Electronic Medical Records and Care Management (Tasy EMR), a comprehensive healthcare informatics solution that touches all areas of the healthcare environment, connecting the dots across clinical and non-clinical domains along the healthcare continuum.
- The Philips remote patient monitoring program (eCareCoordinator and eCareCompanion), which provides care teams with tools to remotely track the health of their patients at home, collaborate with the patients’ doctors and help detect problems before they lead to readmissions.
