Over the past few years, nearly every sector has undergone major transformations, and the healthcare sector is no exception. While the COVID-19 pandemic served as a catalyst for many changes, its impact extends far beyond the immediate health crisis. Now, in 2025, many of these transformations have taken root and continue to evolve.
Long seen as rigid and slow to modernize, the healthcare sector has found itself at the center of a true digital revolution. Mounting pressure on care facilities, chronic staffing shortages, and shifting patient expectations have all driven rapid adaptation. As a result, a wave of technological innovation has emerged or become firmly established, including telemedicine, artificial intelligence, robotics, and connected health devices.
In this article, we take a closer look at these advances that are reshaping how care is delivered in Quebec and beyond.
Healthcare Software: The End of the Fax Machine (Almost)
Just a few years ago, many healthcare facilities in Quebec still relied on outdated tools like fax machines. While some legacy systems remain in use, most institutions have now taken a significant step toward digital transformation.
Solutions such as Clic Santé proved their value during mass vaccination campaigns. At the time, the vaccine passport management system, developed by Akinox in collaboration with Uzinakod, demonstrated the importance of an agile and secure approach to software development.
In Quebec, platforms like the Dossier santé Québec (DSQ) and Carnet santé Québec now enable the centralization of medical information. These systems have significantly reduced the use of paper, including the infamous fax, and have improved access to health data for both patients and healthcare professionals.
However, this digital shift also requires constant attention to data security. Digital health solutions must be updated regularly and protected against the growing threat of cyberattacks.
Robots and Automation: Support for Caregivers
Robotics continue to play an increasingly important role in the healthcare system, both in operating rooms and in care units. From manipulator arms that help increase autonomy for people with disabilities to surgical robots that assist with high-precision procedures, this technology is changing how care is delivered. These machines offer greater consistency, enabling faster and less risky interventions through improved surgical accuracy. This can also lead to shorter patient recovery times.
One rapidly expanding area is the automation of repetitive tasks. Activities such as medication dispensing, room disinfection, and vital sign monitoring could all eventually be handled by robots to free up nursing staff to focus more on the human side of care. Like many other sectors, healthcare is facing a shortage of skilled workers, and in this context, every minute saved on logistical tasks translates into a valuable gain for the quality of care.
Nonetheless, some healthcare facilities are testing automated reception systems. Robots are being used to greet visitors, answer questions, and manage appointment scheduling.
Of course, these technologies still come with challenges, particularly in terms of cost, social acceptance, and staff training.
Artificial Intelligence: A Clinical Ally
Artificial intelligence is increasingly becoming a key technological tool across a wide range of sectors, including finance, retail, transportation, and education. Healthcare is no exception. As AI adoption accelerates worldwide, new applications continue to emerge, gradually transforming how care is delivered.
Today, algorithms can assist physicians in making diagnoses, particularly by analyzing medical images such as X-rays and MRIs with remarkable speed and accuracy. In some countries, AI-powered virtual agents are already integrated into emergency centers, where they analyze audio and, in some cases, video data in real time to detect subtle signals that humans might miss, such as wheezing.
In addition to improving the quality of care, these technologies help relieve pressure on a healthcare system challenged by ongoing staff shortages. As AI continues to advance, it is expected to play an increasingly central role in healthcare, supporting both clinical decision-making and day-to-day operations.
IoT: Smart Technologies in Healthcare
Internet of Things (IoT) continues to evolve and is finding practical applications both in hospitals and at home. Among the most widely used technologies are wearables, such as smartwatches, smart rings, textile sensors, and medical accessories, which enable real-time health monitoring.
These devices collect data on heart rate, sleep quality, blood pressure, and even early warning signs of a heart attack. With notifications and personalized recommendations, patients can take preventive action, potentially delaying or avoiding a health issue. In the future, doctors could even take the initiative to call in patients based on alerts received from their connected devices.
In hospital settings, IoT could also be used to track medical equipment, manage bed availability, and improve operational flow. For example, a simple notification could trigger room cleaning during a patient’s temporary absence, helping staff make better use of time and resources.
A Promising Future… with the Right Framework
As demonstrated throughout this article, new technologies have a valuable role to play in the healthcare sector. However, the design and deployment of these solutions are subject to strict regulations. Certification by authorities such as Health Canada is essential to ensure that the technology is safe for patient use. This requirement exists to prevent innovations from creating additional risks rather than solving existing ones.
One of the main challenges lies in securing both the data and the devices themselves against cyberattacks. There are also important ethical questions surrounding the use of robots and artificial intelligence in healthcare. Regulatory bodies are actively examining how to govern the use of AI in clinical environments.
Once these technologies are proven to be safe and reliable, they can be made available to the public and contribute meaningfully to improving the quality of care. In some cases, they may even have a positive impact on patient life expectancy.
At Uzinakod, healthcare technology projects are one of our areas of expertise. Our team can support you through every step of your solution’s development and certification. We also implement robust security measures to ensure the protection of all sensitive and confidential data.
Contact us today to discuss your project and see how we can help you improve the quality of life for all.
