Where healthcare breaks between the order and the patient
The failure we all recognize
At some point, every Canadian has felt it: unable to reach the clinic or leave a message, unsure if your referral was sent to the specialist, on the waiting list for imaging and surgery, "we'll call you for follow-up." The failure is rarely in the diagnosis or treatment, or in the care that clinicians and teams provide. The failure is in execution.
Every Canadian hospital has systems for documenting clinical decision-making, some of which still rely on handwritten notes scanned into a legacy EMR. Technological advances are making decision-making easier and more precise. What is missing is the infrastructure layer to ensure those decisions are carried out.
And then what?
A physician writes an order. Consult to physio. MRI follow-up in six weeks. Arrange home care before discharge. Medication reconciliation with the pharmacist.
The order enters the chart. And then what?
In most Canadian hospitals, what happens next depends on someone remembering to follow up. Whether the unit coordinator wrote it on the whiteboard before shift change. Whether the admin assistant's sticky note was visible enough among the other paperwork to prompt them to clarify with the physician the next day. Whether anyone noticed that the six-week follow-up window passed three weeks ago, but the patient is still waiting for diagnostic imaging.
This is how an order moves from documentation to execution right now. Whiteboards and sticky notes and someone remembering. We would not accept this in any other domain where the consequences were this serious.
Decades of decisions, zero years of execution.
We have spent decades instrumenting clinical decisions. Electronic medical records, computerized physician order entry, clinical decision support, evidence-based protocols, standardized handoff tools. The investments have been enormous, and they have produced real gains in the quality and safety of decision-making.
Yet a clinical decision is only as good as its execution. And the space between a clinical decision and its completion for the patient has no infrastructure at all. It runs on individual memory, informal tracking systems, and the daily heroics of the people closest to the work.
On most inpatient units in Canada, that gap sits on the unit coordinator. They hold complex workflows for a dozen patients in their heads, triaging which orders are urgent and which can wait, calling radiology, paging porters, phoning for home care services, and hoping nothing falls through when they leave for the day.
The problem is structural: the system was never designed to close the loop between what was ordered and what was done.
What a single discharge actually looks like
Consider what happens when a patient is ready for discharge from a neurosurgery unit.
The attending writes a set of orders: follow-up imaging, outpatient physiotherapy referral, medication changes communicated to the family physician, wound care instructions for the patient and caregiver, transport arranged.
Each order involves a different person, a different department, and a different timeline. Some can be completed in hours while others may take days. Some require confirmations from people who have no idea the order was written, because the order lives in one chart and the person responsible for carrying it out works in a different system entirely.
Now multiply that by every patient on the unit, across multiple units. Every long weekend when staffing drops and handovers compress. The number of open loops on any given day is not manageable by memory. But memory is the primary tool available.
The design failure was not intentional. The system was built for documentation, not coordination. EMRs are excellent at recording decisions and serving as the source of truth in the medical-legal context. They were never designed to track whether what was decided happened, across departments, across time, across the boundary between the hospital and the community.
The people holding it together
The people who absorb the cost of this missing layer are not hard to find. They are on every unit and in every clinic.
Unit coordinators and administrative agents manage the daily execution of patient flow. They are the ones paging radiology when an order is stuck. They are the ones calling bed management about a patient who has been medically ready for discharge for two days but whose home care referral has not been processed. They are the ones who keep things moving in the absence of any real tools.
This work is essential and largely invisible. It is not compensated as the skilled coordination work it actually is. And when something falls through, the conversation is usually about the person who missed it, not about the system that made it inevitable.
This is a systems problem, not a personnel one. The people doing this work are good at what they do. Workaround labour is not a failure of effort. It is a forced adaptation to a structural gap.
What it costs
The downstream consequences of this gap are well-documented, even if the gap itself is not named.
Patients who are medically ready for discharge but remain in acute care beds are classified as Alternate Level of Care. ALC days are one of the most closely tracked metrics in Canadian hospitals. They represent bed capacity consumed by patients who no longer need it, and the cost is enormous: to the hospital, which cannot admit the next patient; to the system, which backs up from the ward to the emergency department to the ambulance bay; and to the patient, who is stuck in an environment that is no longer serving them.
ALC days have two drivers, and the system currently cannot distinguish between them. Some patients stay ALC because the downstream resource genuinely does not exist: no long-term care bed, no home care availability, no rehab spot. That is a capacity problem, and it is real. But some patients stay ALC because the referral was never sent, the placement was never arranged, or the follow-up was never booked. That is an execution problem. Right now those two failure modes look identical in the data, because nobody is measuring whether the coordination steps were completed. You cannot fix what you cannot separate.
Mandates without tools
This would be a serious enough problem in a stable environment. In the current political landscape, the problem is becoming untenable.
Across Canada, provinces are under political pressure to reduce wait times, improve patient throughput, and free up beds to address surgical backlogs and emergency department overcrowding. In Quebec, the political direction is clear even when the legislation is not: Bill 2 was suspended after significant opposition and its most coercive elements scrapped, but the underlying intent, tying physician compensation and hospital funding to efficiency and access targets, has not gone away. The pressure to demonstrate measurable improvements in patient flow is now a permanent feature of the landscape, not a one-time legislative push. In Ontario, hallway medicine remains a political flashpoint, with no resolution in sight. In New Brunswick, ALC patients are occupying enough hospital beds that health system leadership has warned it will soon affect the ability to schedule surgeries.
Every one of these mandates assumes that the coordination work required to discharge patients efficiently can be done faster and more reliably. But the mandates do not come with infrastructure to make that possible. Hospitals are being asked to hit targets that require operational precision in a system where operational execution is still managed manually.
The workforce dimension makes this worse. Staffing is tighter than it has been in decades. Nursing shortages, physician burnout, and administrative compression mean that the people who currently absorb the cost of workaround coordination have less capacity to absorb it year over year. The informal systems that have held things together are not getting more resilient. They are getting more fragile. Every new mandate to improve flow or reduce stays adds weight to a coordination layer that was never designed to bear it.
This is a structural collision between what the system is being asked to do and the tools it has to do it with.
Execution, not visibility
The current system assumes that orders, once written, will be carried out by someone, somewhere, eventually. There is no mechanism that closes the loop.
Visibility matters, but it is not the core issue. Even if you could see every open order on a unit in real time, that picture alone would be insufficient if it still required manual throughput. Seeing the gap and closing the gap are different problems. We have solved neither, but closing the gap is what patients need.
Closing the gap requires more than just a dashboard. It requires connective tissue between a clinical decision and its completion across care environments and timelines for the patient. It requires structural accountability for every step in the chain: an owner, a confirmation, and a fallback when something stalls.
This is the layer that clinical work has been built on top of, without ever building the layer itself.
Name it, then build it
Naming this layer matters because it changes what you look for when something goes wrong.
When a patient's follow-up falls through the cracks, the instinct is to ask who dropped the ball. When ALC days climb, the conversation turns to staffing or discharge planning or community resource gaps. When burnout surveys come back, the response is wellness programs and resilience training. While none of these responses are wrong, they are all incomplete. They fail to address the structural absence underneath it all: the missing infrastructure layer is what converts every staffing challenge into a patient safety issue, every handoff into a risk, every discharge into a potential readmission.
You cannot build resilience training around a gap that has no floor. You need the floor first.
The clinical decision-making layer of healthcare has been built, tested, and refined for decades. It is not perfect, but it exists. The execution layer, the layer that turns decisions into outcomes for patients, remains void. It is the most critical piece of healthcare infrastructure that nobody has named, nobody measures, and everyone works around every single day.
It is time to name it. And then to build it.
Erin Cole is the founder of Transitio Health Technologies. She spent 8.5 years at the Montreal Neurological Institute and Hospital, where she built the Neurocritical Care Division from concept to multi-component clinical, research, and teaching program.