Patient engagement platforms are software systems that deliver clinical information to patients and manage patient questions and concerns outside of scheduled visits, including patient portals, mobile apps, and messaging systems. After nearly a decade of watching (and studying) the evolution of patient engagement platforms, I have come to see them as two distinct generations. I will refer to them as Generation 1 and Generation 2. Not because this distinction exists in the literature, but because it is the clearest way to explain why some practices thrive with these tools and others abandon them after a year. The difference is not the technology. It is not the content. It comes down to one thing: what happens to staff when patients actually use the platform.
The first wave
The first generation of digital patient engagement was built on a logical premise. Patients need information before and after surgery. Practices should not be fielding the same phone calls forever. Technology should help us, we believed. So patient portals, mobile apps, two-way messaging platforms, and automated preoperative and postoperative content were built. Patients were given more access to their care teams, and the industry adopted these tools with the best intentions. Then practices looked up and realized their staff were busier than before.
What went wrong
First-generation platforms focused on access: getting information to patients and giving them a way to respond. The problem was not the information. The problem was what it required from the people on the other end. Every message landed in an inbox. Inboxes have to be monitored. Monitoring takes time. Responding takes time. And that time had to come from people who were already fully utilized. Lower the barrier to reach out, and more patients will reach out. That part worked exactly as intended. But the same people were having to answer these questions and requests for information. Practices did not just adopt a new channel. They absorbed the work that came with it. Many ended up hiring patient communication coordinators, a role that did not exist before the technology arrived, created entirely to keep up with the volume the system generated.
The platform was a more organized post office. Staff still had to answer every letter. I saw medical assistants (MAs) creating their own frequently asked questions (FAQ) documents where they could easily copy and paste answers to the repeated questions they were fielding from patients in portals and inboxes. The defining characteristic of first-generation platforms is that they are labor-intensive. They only function if someone is there to answer. What these platforms delivered to patients was information and access. What they delivered to staff was more to manage.
Each of these technologies was built upon the assumption that staff would always be there to carry the load. Every message required someone to read it, interpret it, and respond. The loop between patient question and patient answer ran directly through the team, whether that took two minutes or two days. And because these platforms were positioned as patient satisfaction tools, that loop carried urgency. The inbox did not just exist. It competed with everything else staff were already doing.
What second-generation changes
Second-generation platforms start from a different premise: Staff time is limited. The defining shift is architectural. These platforms are designed to resolve more of what patients need without requiring staff involvement. This shift is enabled by systems that can interpret patient questions and respond automatically, grounded in clinical protocols and the physician’s preferences. In practice, that means most routine patient questions are handled immediately, grounded in the physician’s specific protocols and preferences, with clear escalation boundaries when something falls outside standard care.
A patient asks if swelling on day three is normal. Instead of entering a queue, they receive an immediate, protocol-aligned response explaining what is expected and when to escalate. No inbox. No delay. Beyond response speed, the key difference is how often staff need to get involved at all. Staff are no longer message processors. They become clinical escalators, pulled in when something actually requires judgment. That is not an improved inbox. It is a fundamentally different way of handling the work.
The evaluation question that matters
Every patient engagement platform on the market will tell you it improves satisfaction, reduces readmissions, and supports your enhanced recovery after surgery (ERAS) protocol. Most of them are telling the truth. The question that separates the generations is simpler: Does the platform have to be staffed? If the answer is yes, you have a first-generation platform. It is labor-intensive by design, regardless of how sophisticated the technology looks on the surface. If the answer is no, if patients receive appropriate information and their questions are handled without a human in the loop, you have a second-generation platform. It is staff-relieving by design. Those are the platforms where practices are actually getting leverage, not just more activity. And I am confident we will see that these platforms thrive longer than their predecessors.
The shift from first-generation to second-generation patient engagement is not about what patients receive. It is about how much work is required to support it. If every patient interaction still runs through your staff, nothing fundamental has changed. You have just made it easier for the work to find them.
Kevin J. Campbell is a board-certified orthopedic surgeon specializing in adult reconstruction and joint preservation at the Orthopedic & Sports Institute Ambulatory Surgery Center in Appleton, Wisconsin. He trained in orthopedic surgery at Rush University Medical Center and completed fellowship work at the University of Utah School of Medicine. In addition to his clinical practice, Dr. Campbell is the co-founder and CEO of STREAMD, an AI-driven patient engagement platform that enhances perioperative communication. His research on digital health interventions, including text-messaging technology, has been published in the Journal of Bone and Joint Surgery and recognized with national innovation awards. With more than thirty peer-reviewed articles in leading journals such as the American Journal of Sports Medicine, the Journal of Arthroplasty, and Knee Surgery, Sports Traumatology, and Arthroscopy, he integrates evidence-based practice with technology-driven solutions. Professional updates and insights are available on LinkedIn.
