From Scientific Breakthrough to Real-World Impact. How Design and UX Advance Medical Innovation
Updated: Sep 9
Healthcare has spent decades developing ways to observe the heart beyond a single clinical encounter.
ECGs, Holter monitors, and wearable technologies have made aspects of cardiac monitoring increasingly accessible outside specialist settings.
Breathing, however, remains harder to monitor continuously in everyday life.
For people living with Chronic Obstructive Pulmonary Disease (COPD), that gap matters. Respiratory status can change between clinical visits, while much of the information available to healthcare professionals is still episodic.
For patients living far from specialist services, the challenge is even greater. Across islands, rural communities, and remote regions of Europe, access to respiratory care may depend on distance, transport, weather, and local healthcare capacity.
The challenge is therefore not simply to build better monitoring technology.
It is to build technology around the real conditions in which people live.
Starting With People, Not Products
This principle sits at the core of ATRIDE’s design approach.
Rather than starting with a technology and searching for a use case, ATRIDE begins by understanding the unmet need: how people behave, what clinicians struggle with, where existing systems fail, and what prevents a potentially useful solution from becoming part of everyday life.
That approach became particularly important in the Cycladic islands of Greece, where respiratory care is shaped not only by clinical pathways, but by ferries, weather, geography, and limited access to specialist infrastructure.
Working close to patients and local healthcare environments revealed a broader reality.
COPD is not only a respiratory challenge. For many people, it is also a challenge of access, continuity of care, confidence, and independence.
These realities cannot be solved by technology alone.
They require technology designed around people.
Designing Technology That Fits Into Life
For ATRIDE, successful innovation is not measured only by whether a device works technically. It also has to work behaviourally, practically, and emotionally.
A monitoring system may be highly sophisticated, but if it is uncomfortable, intrusive, difficult to use, or constantly reminds the wearer of illness, long-term adoption becomes unlikely.
That is why ATRIDE treats comfort, simplicity, acceptance, usability, and desirability as core design requirements, not secondary considerations.
The aim is to reduce friction for the user while increasing the quality and relevance of the information available to clinicians and researchers.
As Maria Kontogiorgou, CEO & Chief Design and UX Innovator at ATRIDE, explains:
“At ATRIDE, we translate people’s real needs into intelligent, innovative systems. But solving the need is only the starting point. My role as CEO and as the creative force behind our design and UX approach is to ensure that technology becomes something people can understand, trust and genuinely want to use. The differentiating elements simplicity, desirability, intuition and emotional relevance are what transform a technically sound solution into a product that can create meaningful change.”
ANASA: From User Need to Smart Textile
ANASA is a smart textile wearable designed to capture respiratory activity while a person is sleeping, walking, resting, or carrying out normal daily activities.
Its purpose is not to replace spirometry, clinical examination, or specialist assessment.
Instead, it is designed to address a gap between periodic clinical measurements and what happens in everyday life.
Using smart textile architecture, integrated sensing, and respiratory signal-processing methods, ANASA aims to make breathing more observable without requiring people to continuously adapt their behaviour to the technology.
That distinction is important.
Good healthcare technology should not force users to reorganise their lives around a device.
The device should adapt to the user.
Bridging Clinical, Technological, and Human Gaps
The real value of user-centred design is that it connects areas that are often developed separately.
Clinicians understand the medical problem.
Engineers understand the technical possibilities.
Patients understand what it means to live with the condition every day.
Successful products emerge when these perspectives are brought together.
That means asking not only, “Can we measure this?”
But also:
Will people use it?
Will it work in real-world conditions?
Does the data answer a meaningful question?
Does the solution reduce complexity?
Can it fit within existing healthcare workflows?
And does it address a problem that genuinely matters?
These are the questions that separate technically impressive prototypes from products with the potential for real adoption and impact.
Validation Beyond the Laboratory
User-centred design does not replace scientific validation. It strengthens it.
The value of a physiological monitoring platform ultimately depends on whether it performs reliably in the environments for which it was designed.
That is why validation is central to the work being carried out through DIGILUNG.
In Greece, the project is working within healthcare environments connected to Ioannina and Corfu. In the United Kingdom, ATRIDE is collaborating with the University of Leicester and NHS partners within an established respiratory research ecosystem.
The questions are both technical and human.
How consistently can respiratory signals be captured outside the laboratory?
How does the wearable perform across different activities and users?
Which respiratory parameters are meaningful?
How acceptable is the system over extended use?
And where can continuous respiratory data add value alongside established clinical assessments?
These are the questions that determine whether wearable respiratory monitoring can progress from a promising technical capability to a useful healthcare tool.
From Better Technology to Better Outcomes
The wider opportunity extends beyond a single wearable.
When technology is designed around real user needs, it can help close gaps that have persisted for years: between hospital and home, specialist and remote care, measurement and lived experience, technical capability and actual adoption.
This is where meaningful improvement happens.
Not by adding complexity.
By removing it.
Not by asking people to adapt to technology.
By designing technology to adapt to them.
And not by developing products simply because they are technically possible.
By building products people genuinely need.
Designing the Future of Respiratory Care
The future of respiratory care will not be defined by a single device.
It will be shaped by how successfully healthcare systems combine clinical expertise, patient experience, digital infrastructure, and reliable physiological data.
User-centred design is what helps connect those elements.
For ATRIDE, that means building technology that responds to real human needs, bridges meaningful gaps, and creates improvements that can be experienced not only in data, but in everyday life.
Because the most successful healthcare products are not simply the most advanced.
They are the ones people can trust, understand, adopt, and benefit from.
That is where meaningful innovation begins.
Comments