Bimodal IT – Innovation in the Age of EMRs

We have reached an important plateau now with the digitization of healthcare. We have adopted EMRs in nearly all hospitals, most clinics and doctor’s offices in most countries around the world. There are some debates as to how much this has impacted patient care. But it has no doubt been a giant stepping stone to better information and workflows in the clinical care process. We are clearly standing on that next stone and ready to move forward.

But as EMRs really become the bedrock IT system in the operation of a health system, it has introduced a problem: How do you ensure the reliability, scalability, performance, dependability of your EMR and innovate at the same time? The goals of reliability call for less change ideally – infrequent upgrades, long queues for new interfaces, reluctance to touch the platform with experiments, etc. But this can be a barrier to innovation for an organization that is trying to, for example, push new care models, build out a genomics program, build SMART on FHIR mobile apps and connect them to the EMR, enable big data analytics and machine learning, and engage patients in new high-tech ways. These are areas where we don’t have all the answers to yet, so experimentation is needed. But how and where?

Gartner has coined the term “bimodal” as an IT strategy across many industries to balance production with innovation. And nowhere is that needed more than in Health IT today. As EMRs become more central and more important to the today’s success of a health system, we must ensure that they don’t limit tomorrow’s success. The Bimodal IT approach allows our health systems to simultaneously meet the needs of reliability and gradual change with the need for disruption, for new care models, and for applying new technology to take patient care and organization performance to that next stepping stone.

I see many health systems adopting a Bimodal IT strategy. They have the EMR, which is the production system, optimized for reliability, well-defined processes, uptime and performance — all hugely important responsibilities. And then, separately, they put in place a system for innovation, one that delivers aggregated patient information for FHIR access, analytics access, extensibility for new kinds of data and care models, machine learning capabilities, etc. This Innovation Platform can supplement the EMR by moving the load and risk of innovation to a capable side platform. And when workflows need to be impacted, the two platforms can have well-defined interoperability points: an integrated viewer, a pipe into the care giver’s inbox, a view in the patient portal, a notification on a case manager’s mobile device. The danger of not putting in place an innovation platform is we have a risk of drifting into best of breed again – a data warehouse here, an artificial intelligence stack there, a research database over there, a FHIR gateway and app gallery somewhere else. Investing in an innovation platform can empower these innovation teams with clean data, tools, and infrastructure and ultimately speed up innovation.

More blog posts by Don Woodlock

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Don Woodlock

Vice President, InterSystems HealthShare

Don Woodlock joined InterSystems in 2017 to oversee HealthShare, our comprehensive family of products created to empower the transformation of health and care through comprehensive, shared health information. In his role, Woodlock is responsible for advancing the HealthShare vision to meet the challenges associated with delivering improved quality, accessibility, and efficiency across the health and care.

Prior to joining InterSystems, Woodlock was the vice president and general manager for the Enterprise Imaging division of GE Healthcare. He brings nearly 30 years’ experience in the healthcare IT industry, beginning his career at IDX Systems Corporation before spending more than 15 years at GE. His tenure at GE included overseeing several divisions of GE Healthcare along with the integration of acquired companies and technologies.

Woodlock holds a Bachelor’s of Science in Electrical Engineering from the Massachusetts Institute of Technology.

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