Kinseed Uses Solace to Accelerate Digital Transformation in the Healthcare Industry
UK-based Kinseed is using Solace’s event streaming and management solution, PubSub+ Platform, to improve and expand the real-time data distribution capabilities of their SwiftCare digital transformation suite.
Kinseed’s SwiftCare is a suite of cloud-based tools designed to help healthcare providers improve the way they work with patients, data, and resources without the need for heavy coding or expensive consultancy fees. Solace was selected to underpin SwiftCare with the world-class real-time data distribution capabilities that are only possible with event-driven architecture (EDA).
We know that for SwiftCare to be a truly transformative platform for healthcare providers, it needs to be powered by reliable, real-time data streams from a wide variety of sources like EHRs, clinical devices, as well as modern cloud services. Solace is the gold standard for moving critical data between diverse applications and devices in real-time, so bolstering our cloud platform with their cloud event streaming and event management services was a perfect fit. This partnership accelerates our mission of connecting the disconnected.”
Some early applications of PubSub+ Platform’s capabilities are MediConnect, which lets providers connect legacy clinical apparatus without expensive refits and equipment purchase; and MediView, which enables healthcare professionals to remotely monitor clinical instruments and devices.
One example of how SwiftCare improves patient outcomes is the Children’s Acute Transport Service (the CATS team), based at Great Ormond Street Children’s Hospital in Central London. The CATS team, which transports sick children who are referred to or from critical care services around the United Kingdom, uses SwiftCare to let remote experts and consultants provide their valuable clinical expertise to patients in transit, supplying them with real-time data collected by devices in the ambulance. Since implementing SwiftCare, the CATS team has conducted over 3,000 remotely monitored journeys, each of which has seen improved patient safety and oversight while reducing handover times by 30-90 minutes.