The Challenges in Neonatal Care
NICU Access Crisis
On average, the occupancy rate in NICUs is 90%.
High Complexity & Cost
More than 10 medical devices and a 24/7 team of medical specialists are required to care for a single baby.
Infrastructure Dependence
Traditional NICUs are restricted to urban centres due to the extreme costs of operation and scaling. Consequently, the infant mortality rate in rural areas is up to 4x higher.
Source: Statistics Canada, 2026
Manual Monitoring
Nurses are burdened with the responsibility of noticing, interpreting, and responding to changes in patient status. Failure to do so can result in patient deterioration and serious adverse events.
Source: Dresser et al., 2023
Diagnostic Disparities
28% of neonatal hypoxic-ischemic encephalopathy cases went unnoticed at the time of infant discharge.
Source: Cornet MC et al., 2023
The NICU Access Crisis in North America
Every year, approximately 1 in 10 infants born in North America requires neonatal intensive care. In the United States, NICU admissions rose 13% between 2016 and 2023, climbing across all demographics and gestational age bands. Yet the infrastructure to meet this demand does not exist.
NICUs across North America routinely operate at or above 90% capacity, well above the 80-85% safety threshold needed to keep beds available for emergencies. When beds run out, babies are transferred, often over long distances, at significant risk. Across Canada, approximately 5,000 neonatal inter-facility transports occur each year, and 28% of very preterm infants are still born outside the tertiary centres equipped to care for them, bringing about the highest outborn rate among comparable high-income countries. The babies being transported are put in jeopardy, as one study found that 36% of neonatal transports involved adverse events, the majority of which were attributed to human error.
The barrier is not knowledge. It is access, capacity, and the tools to deliver the right care at the right time.
Sources: Ohuma EO et al., 2023; CDC, 2025; CBC, 2024; Lee KS, 2019; CPS, 2015
The Cost & Complexity That Defies Scalability
A single NICU bed requires a convergence of specialized staff, technology, and infrastructure that few healthcare settings can match. Each infant may need continuous support from neonatologists, registered nurses, respiratory therapists, pharmacists, dieticians, and social workers, with the highest-acuity patients requiring a dedicated nurse at a 1:1 ratio around the clock. At the bedside, a typical NICU setup includes an incubator or radiant warmer, a mechanical ventilator, cardiorespiratory monitors, pulse oximeters, infusion pumps, and phototherapy units, among other devices. If born before 29 weeks of gestational age, the care of a single infant could cost up to $159,000.
The staffing burden is immense. In a national study across the US, 55% of units understaffed at least a quarter of their infants relative to published care guidelines. Furthermore, nurses spend an estimated 40% of each shift on documentation alone, reducing time available for direct patient care. Nationally, registered nurse turnover stands at 16.4% meaning NICUs are constantly training and backfilling staff, while simultaneously managing some of the most complex patients in any hospital.
The result is a system where the cost of care is enormous, the workforce is stretched thin, and the margin for error is vanishingly small.
Infrastructure Dependence Restricts Care to Urban Areas
Neonatal intensive care depends entirely on concentrated, facility-based infrastructure. A single NICU bed requires a dedicated team of specialists, a suite of devices, and a physical hospital space designed to operate around the clock. That model works when patients can reach it. For a growing number of families, they cannot.
Over 35% of US counties are now classified as maternity care deserts, and more than half of all rural counties lack hospital-based obstetric services entirely, affecting over 150,000 births per year.
The consequences are measurable. Between 2021 and 2023, infant mortality in rural US counties was 27% higher than in large metropolitan areas. This gap persisted across all patient demographics.
The pattern is consistent: when infrastructure is absent, outcomes suffer. Babies born in communities without access to higher-level neonatal care face longer transport times, delayed interventions, and higher rates of adverse events. This is not a resource-poor problem alone. In one of the wealthiest countries in the world, a baby’s chance of survival still depends, in part, on the proximity of the nearest NICU bed.
Sources: Lucas R et al., 2025; US GAO, 2022; CDC, 2025
The Burden of Manual Monitoring
In the NICU, every infant is entirely dependant on their caregivers for the detection of every clinical change, every subtle sign of deterioration, and every decision that follows. That responsibility falls overwhelmingly on bedside nurses, who are often the first to notice that something is wrong, frequently before changes appear in vital signs or early warning scores. The task is not simply observation. It requires continuous noticing, interpreting, and responding across multiple patients simultaneously, often under conditions of high cognitive load, time pressure, and competing demands.
The burden is significant. In a national study of NICU nurses, 36% reported missing one or more essential care activities on their most recent shift. A subsequent multi-site study found that when NICU nurses were assigned three infants, the odds of missed care increased significantly in 9 of 17 essential care types, and higher subjective workload was associated with increased missed care across all 17 types.
The consequences of missed or delayed monitoring in this population are not abstract. Missed clinical nursing care in NICUs has been significantly associated with higher odds of bloodstream infection and longer length of stay among very low birthweight infants. Higher nurse workload has been independently correlated with increased risk of hospital-acquired infection, adverse events, and in-hospital mortality. Diagnostic errors, often rooted in misinterpreted vital signs, missed physical findings, or communication failures between clinicians, affect an estimated 6.3% of all NICU admissions within the first 7 days of life. In autopsy-based reviews, diagnostic error rates in NICUs have been reported as high as 20%.
These are not failures of competence. They are failures of a system that places the full weight of continuous, high-acuity surveillance on human observation alone, in an environment where staffing is stretched, documentation demands are rising, and the margin for error is measured in minutes.
Diagnostic Disparities: The Culmination of the Challenges Faced in Neonatal Care
In neonatal care, where clinical signs are often subtle and nonspecific, the accuracy and speed of diagnosis can determine whether a child lives without disability, lives with permanent impairment, or does not survive at all. Hypoxic-ischemic encephalopathy (HIE), a form of brain injury caused by oxygen deprivation before or shortly after birth, illustrates the human cost of these errors with devastating clarity.
HIE affects an estimated 2 to 3 per 1,000 live births in the United States, and among affected infants, 40-60% die by two years of age or develop severe disabilities including cerebral palsy, epilepsy, and intellectual impairment. The only established treatment, therapeutic hypothermia, must be initiated within six hours of birth to be effective. Every hour of delay narrows the window for neuroprotection. Yet in a population-based study conducted in the US, 28% of confirmed HIE cases were missed in hospital discharge diagnoses.
The disparities in who receives timely diagnosis and treatment are stark. In a national analysis of US infants, African American neonates had a 60% higher likelihood of developing HIE compared to Caucasian neonates, and were twice as likely to experience severe HIE. Overall mortality was significantly higher among African American infants as well. A separate study of infants with HIE found that Black infants were significantly less likely to receive therapeutic hypothermia, and presented with more advanced stages of brain injury on neuroimaging, suggesting delays or barriers in accessing critical care.
Geography compounds these inequities. The majority of infants requiring therapeutic hypothermia are born outside the centres equipped to provide it. In rural areas, where distance to a centre that can provide therapeutic hypothermia may be measured in hours rather than minutes, the delay is often the difference between intact survival and permanent brain injury.
These disparities do not arise from differences in biology. They arise from differences in access, infrastructure, and the tools available at the point of care. When a facility lacks continuous neuromonitoring, when transport delays push treatment past the six-hour window, or when clinical signs are missed under the weight of an overburdened system, the result is the same: preventable harm. HIE is not the only example. It is a lens through which the full cost of diagnostic inequity in neonatal care becomes visible.