Why interconnecting virtual and physical health care is a smart move

Interconnecting people, the environment, and systems is where health becomes smart. Highly interdependent, one can’t live without the other.

Technology-enabled innovation is accelerating the care models of tomorrow, many of which can only be imagined today. Technologies that enable, automate and engage consumers differently make possible a suite of new health solutions around well-being, remote care, smart homes and communities. Health care becomes about bringing care to the patient, rather than the patient to care, and this applies whether the person is at home, in the hospital, or anywhere in between.

But just changing information into a digital form falls far short of achieving the end goal of seamless and connected care. To move into the future, health systems and hospitals will need to become smart — highly technologically advanced and interconnected. Algorithms, through machine learning and artificial intelligence (AI), will create insight from aggregated user-generated and clinical data; robotics will reduce errors and improve reliability; and systems will be hyper-connected.

A new smart infrastructure will ultimately create a symbiotic relationship between the virtual and the physical (Figure 1). It is against this background that hospitals and health systems are looking to redefine themselves.

So, what does smart health look like? “As technology becomes smarter is your hospital keeping up?” discusses this and more.

Figure 1: Decentralized anywhere, anytime care

Unbelievably smart

When highly advanced technologies make possible the care models of tomorrow that are barely imaginable today, the result is smarter health care. To reach this state will require harnessing technologies for:

Four key features of smart health systems

1.  Anytime, anywhere care through a decentralized interconnected system

Health care will become further decentralized, as virtual care consolidates as a core service delivery platform in a digital-first delivery model. Taking advantage of the full scope of digital technologies to scale across health systems allows for new and alternative models built around very different ways of accessing care.

Technology underpins alternative care models

2.  Consumer and clinician experience

Smart hospitals place consumer experience (before entering the hospital, during their stay, and after they leave) at the heart of their model design (Figure 2). In a smart hospital, the patient journey is reimagined as a digital-first experience. Through technology and automated features, patients are digitally engaged at every major step of their health care journey. Starting with a digital front door, the consumer experiences highly personalized information and guidance and is directed to the optimal care setting.

The workforce experience is modernized through AI-optimized workflows, remote collaborations and training, and seamless data sharing in real time between locations and with other members of the care team. Prediction of health care outcomes of interest at the individual patient level enables providers to intervene earlier, with curative or preventative interventions. Population health management and real-time data supporting operational decision-making at all levels become possible through AI-supported analytics. At the enterprise level, the organization itself, as well as the work culture, are transformed by the use of data and informatics that have not been previously available.

Figure 2: The end-to-end consumer experience

3.  Highly technologically advanced and always connected

In a smart health system, technology intelligently facilitates the continuous improvement of processes, enhancing the patient journey, quality of care and overall efficiency. They are highly data-driven — data moves across the system, eliminating information silos and supporting the integration and alignment of care (physical, remote and virtual).9 Permissioned data sharing among all ecosystem partners enables a high-quality, efficient, convenient and precise health care delivery.10

Smart systems are:

4.  Sustainability

Future proofing smart hospitals and wider health systems means a whole lifecycle approach to the design and operations of facilities and services. Designing flexible and adaptable structures ensures that they remain fit for purpose over the long-term and not only reduces the need for constant upgrades but delays obsolescence. Energy use, lifecycle duration, pollution controls, and reducing carbon footprints all shape the architectural and technical design briefs for smart health facilities.

Moving to a hybrid care environment

Virtual health alone can’t address the current challenges and drivers of health. It is the union between the physical and virtual worlds that will make a difference.

Becoming smart means integrating into the wider ecosystem and creating a virtual care platform that integrates data through interoperable patient record systems and digital enablers such as IoT, 5G, AI, and remote monitoring. To sustain and capture value faster in this new model, the organizational culture of health systems will need to transition toward a more agile and responsive model. For some health systems, this transition will be a complete organizational transformation. For others, this will be incremental, targeting efficiency and patient experience improvement through digital enablers.

It is abundantly clear that the future of health is smart and that advances in smart technology, smart algorithms and smarter care models will shape the way care is delivered and experienced. This new frontier will allow us to deliver the right insights, to the right people, at the right time, leading to smarter, better informed and more cost-effective care for providers and patients.

Contributors: Emily Mailes, Director, Health Consulting, Ernst & Young - New Zealand; Sheryl Coughlin, PhD, EY Global Health Sciences & Wellness Senior Analyst; Ankur Sadhwani, EY Global Health Analyst.

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