This article is the third in a series exploring what a literature review reveals about the digital burden in primary care, why it matters and how we can rethink the relationship between clinicians and technology.
Digital tools are now part of everyday primary care. They shape how clinicians document visits, review results, answer messages, coordinate care and communicate with patients. And they do more than move information from one place to another: they can also change how information is framed, interpreted and acted on by both people and systems. That means they are no longer just administrative infrastructure in the background but are a part of the care environment itself.
In the first two articles in this series, we looked at the burden technology can create for clinicians and the way digital systems can support or erode the core functions of primary care. That matters because primary care is the foundation of the health system. The next question is broader: if primary care is increasingly digital, are these tools helping us move toward the quintuple aim – better patient experience, better health outcomes, lower costs, improved clinician well-being and greater equity?
The literature does not point to a simple answer. The effects seem to depend on how solutions are designed, implemented, integrated into workflow and used in relationships between patients, clinicians and teams.
One of the clearest messages from the literature is that patient experience is shaped not just by the presence of technology, but by how that technology affects attention, communication and responsiveness. Across many studies, documentation burden, inbox overload and poorly designed interfaces pulled clinicians’ attention toward the computer and away from the person in front of them. Patients sometimes perceived physicians as distracted or preoccupied with screens, especially in emotionally charged encounters.
That does not mean digital tools can’t enhance patient experience. Patient portals and secure messaging can improve transparency, speed up access to results and make communication easier when they are well designed and integrated into care. Some studies linked these tools to better continuity and greater patient engagement. But those benefits are uneven. Their value depends heavily on usability, and usability here should be understood broadly: whether tools are easy for clinicians and patients to access, navigate and understand; whether the interface supports rather than disrupts the task at hand; whether information is presented in ways that are meaningful and actionable; and whether the tool fits the realities of care rather than forcing people to work around it. Older adults and patients with limited digital literacy may struggle the most.
In other words, technology can improve patient experience, but only when it reduces friction rather than adding to it. Poor usability is one important source of that friction. When digital systems dominate the visit, delay responses, make information harder to understand or interrupt the human relationship at the centre of care, they undermine trust, clarity and the sense of being cared for.
Digital health is often justified on the basis that more data, better documentation and faster access to information should improve care. And there is evidence that electronic health records (EHRs) can support safer and timelier care when they are implemented well. Structured allergy documentation, medication reconciliation and real-time lab access have all been associated with better safety and faster clinical action.
But the literature also shows the other side of the equation. When documentation becomes excessive, notes become bloated, attention becomes fragmented and clinicians become cognitively overloaded. Those same systems can then interfere with diagnostic reasoning and care quality. Several studies link poor usability and clinician burnout with worse performance. Poor usability is not just frustrating – it can become a patient-safety issue. The literature reviewed describes note bloat, fragmented attention and cognitive fatigue as precursors to diagnostic errors and links lower EHR usability with worse patient outcomes.
There is also an unrealized promise. In theory, digital systems should help primary care teams use their own data to adjust services and improve care over time. But the literature suggests that this potential remains underdeveloped. Across the review, problems with data integration, interoperability, usability and information quality continue to limit what teams can do with the information they collect. Many studies describe perceived gains in efficiency or workload but stop short of examining how access to system data could support quality improvement. So, the question is not whether digital systems can collect more information. It is whether the information is complete, connected, usable and trustworthy enough to support better decisions and meaningful improvement in care.
Digital tools are frequently promoted as a way to make care more efficient, and some studies support that claim. Optimized workflows, simplified documentation, decision support and automation can reduce repetitive work, prevent duplicate tests and lower some labour costs. Artificial Intelligence-assisted documentation, inbox triage, telehealth, secure messaging and e-prescribing may also reduce administrative burden and reduce unnecessary in-person visits. Investing in usability may further support the cost aim: when digital tools are well designed and support clinical decision-making effectively, they can reduce duplicate tests, unnecessary imaging and avoidable medication errors – improving efficiency while lowering downstream costs.
But the economic case is much less settled than the rhetoric suggests. Few studies provide standardized economic assessments of digital tools in practice. Many describe perceived efficiency gains without measuring financial return. And some of the most important costs are often left out altogether: training, implementation, change management, workflow disruption and the long-term costs of burnout, turnover and error.
So while digital systems may create savings under the right conditions, the literature does not support simple claims that digitization automatically lowers costs. Poorly designed systems may simply move costs around – from organizations to clinicians, from budgets to after-hours work, and from visible spending to invisible strain.
If one dimension of the quintuple aim stands out most clearly in the literature, it is clinician well-being. EHR-related burden repeatedly appears as a major contributor to burnout. Excessive documentation, inbox overload, clunky workflows and after-hours charting are all associated with emotional exhaustion, depersonalization and in some cases intentions to leave practice. Burnout remains especially high in primary care, with reported rates among family physicians ranging from 38 to 43 per cent in the studies reviewed.
This matters not only because clinicians are suffering, but because clinician well-being is not separate from system performance. Exhausted clinicians have less time, less energy and less margin for the relational and cognitive work that primary care requires. Several studies also show that better EHR usability is associated with lower odds of exhaustion. In other words, burnout is not just an individual resilience problem. It is also a design and systems problem.
Exhausted clinicians have less time, less energy and less margin for the relational and cognitive work that primary care requires. S
The literature is especially striking for what it still does not do enough: many studies describe the problem, but far fewer evaluate and scale prevention strategies. That gap should concern anyone serious about the quintuple aim. A primary care system cannot claim to be high-performing if its digital environment is helping drive clinicians out of the workforce.
The fifth dimension of Quintuple Aim – equity – may be the most neglected in digital health research, even though it is one of the most important. Digital tools do not affect all patients in the same way. People with lower digital literacy, language barriers, fewer financial resources or limited access to devices and broadband often face greater difficulties using portals, messaging systems and telemedicine. While some tools improve access for rural and underserved populations, this potential is realized only when the necessary infrastructure is in place.
The literature also suggests that inequities can emerge inside clinical workflows. Clinicians caring for patients with more complex social or medical needs often face heavier documentation demands, which can reduce the time available for individualized care. At the same time, many studies do not report outcomes by race, income or geography, making it difficult to understand who benefits and who may be left behind.
This represents a significant blind spot. If equity is not measured, claims that digital transformation advances it lack credibility. Equity must be embedded in design, implementation and evaluation from the outset, not treated as a secondary consideration.
Equity-focused digital health in the World Health Organization (WHO) European Region is framed as an “equity-by-design” agenda that must run through the whole digital health life cycle, not sit at the margins. The recent WHO scoping work emphasizes understanding inequities in access, use and engagement, mapping gaps in digital infrastructure, and explicitly examining who benefits and who is excluded. Key recommendations include integrating equity metrics into digital health maturity models; strengthening governance and regulation to guard against biased technologies; and using participatory, patient- and clinician‑centred approaches to design and implementation so that digital tools consistently reduce, rather than widen, health inequities.
The issue is no longer whether we use digital tools, but whether they meaningfully improve care. The quintuple aim provides a useful way to assess this. Do these tools enhance the patient experience? Do they support teams in achieving better outcomes? Do they reduce real costs rather than shifting hidden work onto clinicians? Do they protect the wellbeing of those providing care? Do they reduce inequities rather than reinforce them?
Across the literature, the answer is not a simple yes or no. Digital tools can support the quintuple aim, but only when they are designed and implemented in ways that truly improve care: they must be usable, interoperable, responsive to clinical workflows, and shaped with both patients and clinicians in mind. When they fall short, they can quietly undermine all five components of the Quintuple Aim.
In the next article, we will explore what a better path forward could look like through the Care for Tech initiative. Its central premise is that clinicians and patients should be re-engaged as co-architects of digital tools, not merely treated as end users expected to adapt to them. That shift may be one of the most important ways to better align technology with its intended goals: improving care, reducing inefficiencies, strengthening relationships, supporting healthier work, and advancing more equitable outcomes.
The authors are involved in Soignons la tech (Care for Tech), a national initiative funded through a competitive grant launched by the Canadian Medical Association in collaboration with Scotiabank and MD Financial, to address administrative burden in health care. The initiative is led in collaboration with the Quebec College of Family Physicians (Collège québécois des médecins de famille). Dr. Élise Boulanger is the owner of a primary care clinic (Clinique Indigo). The authors declare no other financial or commercial conflicts of interest related to the content of this article.
