Healthcare is approaching an inflection point.
The United States is projected to face a physician shortage of up to 86,000 doctors by 2036, including as many as 40,000 primary care physicians. Nearly 100 million Americans already lack adequate access to primary care, while average wait times for new patient appointments in many major markets stretch close to a month.
The industry cannot solve that challenge simply by adding more scheduling apps or digital front doors.
What is needed is a fundamentally different operating model for primary care, one designed around continuous engagement rather than episodic encounters.
For decades, healthcare has largely been organized around visits: a patient gets sick, schedules an appointment, receives treatment, and exits the system until the next issue emerges. That model is increasingly unsustainable in a world defined by workforce shortages, rising chronic disease, and growing consumer expectations for always-on access and personalized experiences.
The next generation of primary care will likely look far more connected, proactive, and intelligent.
Increasingly, healthcare organizations are moving toward models that treat primary care as a continuous service capability rather than a series of disconnected appointments. In that future state, care is coordinated across digital, virtual, and in-person environments, supported by systems designed to help clinicians stay ahead of patient needs instead of reacting after problems escalate.
Primary care no longer operates as a collection of isolated encounters. It functions as an integrated coordination layer designed to guide patients through the healthcare system more seamlessly and efficiently over time.
That requires far more than digitizing existing workflows.
It means building infrastructure capable of continuously synthesizing clinical, operational, and behavioral data to support what clinicians often describe as the “best next action” for a patient. In practice, that could involve identifying patients at rising risk before they require acute intervention, proactively recommending follow-up care, coordinating medication adherence, closing preventive care gaps, or helping direct patients toward the most appropriate site of care in real time.
The goal is not to replace physicians. It is to extend their reach.
Primary care teams today are overwhelmed by administrative complexity, fragmented systems, and increasing patient demand. Physicians often spend significant time navigating workflows, documentation requirements and disconnected platforms instead of focusing directly on patient care. Technology should reduce that burden, allowing clinicians to focus more attention on decision-making, relationships, and outcomes.
That is where artificial intelligence may ultimately prove most valuable.
Much of healthcare’s AI conversation has centered on chatbots, ambient documentation, and consumer-facing applications. Those technologies may improve portions of the experience, but the larger opportunity may lie deeper within healthcare’s operational infrastructure: coordinating care delivery dynamically across fragmented systems, surfacing timely insights within clinical workflows, and enabling more continuous patient engagement between visits.
The broader challenge facing healthcare is no longer simply appointment availability. It is the industry’s ability to maintain longitudinal relationships with patients amid growing complexity and constrained clinical capacity.
A more connected primary care model changes how healthcare organizations think about scale.
Historically, scaling care often meant adding more physicians, facilities, and physical infrastructure. Given current workforce realities, the future may depend more on intelligently extending the capabilities of existing care teams through predictive insights, coordinated workflows, and continuous digital engagement.
Patients could experience that shift in meaningful ways.
Instead of navigating disconnected portals, referral chains, and scheduling systems, individuals may increasingly interact with healthcare through coordinated service models that anticipate needs, simplify navigation, and proactively guide care decisions. Primary care becomes less about isolated office visits and more about maintaining an ongoing connection to the healthcare system.
That evolution also aligns closely with the economics of value-based care.
As reimbursement models continue shifting toward outcomes and total cost management, healthcare organizations are increasingly incentivized to intervene earlier, reduce avoidable utilization, and improve long-term population health. Continuous primary care engagement becomes not only clinically important, but financially essential.
Other industries already operate this way. Financial services, retail, and transportation evolved from transactional interactions into highly coordinated, data-driven service ecosystems. Healthcare is more complex and more personal, but consumer expectations are moving in the same direction.
The organizations that lead the next era of healthcare may not be those with the most digital tools. They may be the ones that successfully rebuild primary care into a connected, intelligent, and continuously operating service designed around patients instead of processes.
Photo: Nuthawut Somsuk, Getty Images
Jean-Claude Saghbini is the Chief Technology Officer and President of Technology Services at Lumeris, where he integrates technological innovations, clinical processes, and operational excellence into leading value-based care solutions. He also oversees the efficient deployment of cutting-edge technologies like Generative AI to ensure optimal healthcare outcomes and client satisfaction. With over fifteen years of healthcare experience, Jean-Claude is dedicated to seamlessly integrating technology into clinical workflows to improve outcomes and reduce care variability and costs. Previously, he held key leadership roles at Wolters Kluwer Health and Cardinal Health, driving AI innovation, clinical decision support, and pioneering RFID solutions for medical device tracking.
Jean-Claude holds a Master of Science in Engineering and Management from MIT Sloan School of Management, as well as a Master of Science degree and a bachelor’s degree in mechanical engineering from MIT and the University of Massachusetts, Dartmouth, respectively. He is also a holder of multiple patents in healthcare technology.
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