AI-Powered Lung Health. How ACCO AI Watches Monitor Lung Health During Running and Sports Activities.

Introduction: Lungs Stay Silent When They Suffocate

You go for a run. You breathe evenly. Nothing hurts. Everything seems fine. But after 10–15 minutes of intense running, your lungs may be working at their limit, and you don't even feel it.

The problem with most lung diseases is that they don't show symptoms for a long time. Decreased alveolar ventilation, rising carbon dioxide, falling tidal volume — all of this can happen without symptoms until the load becomes critical.

This is where ACCO AI watches change the rules. Every 5 minutes, they measure 16 lung health parameters and warn about risks before you feel shortness of breath, dizziness, or chest pain.

How AI Forms and Evaluates Lung Health Data. The Data Structure of ACCO AI Watches

What does AI do with these parameters?

Artificial intelligence analyzes all indicators as a complex system and outputs three components for each measurement.

The first component is Implication. This is an explanation of what the current value of the parameter means from a physiological point of view. For example, for the parameter Tidal Volume (VT), AI will explain that this is the volume of gas inhaled or exhaled in one cycle at rest, and that it is related to age, gender, body surface area, and metabolism.

The second component is Evaluation. This is an assessment of the condition, indicating possible causes of the deviation. For example, if Alveolar Ventilation (VA) is decreased, AI will indicate that this is characteristic of COPD, bronchial asthma, or obesity. If Minute Ventilation Volume (VE) is increased, AI will link this to shallow rapid breathing or weakness of the respiratory muscles.

The third component is Suggestion. These are personalized recommendations that AI gives to the user. They may relate to lifestyle (quitting smoking, avoiding hypothermia, weight control), visiting a doctor (for persistent deviations or onset of symptoms), changing training regimens (reducing pace, switching to walking, increasing breathing depth), or even medical procedures (such as low-flow oxygen therapy at home for COPD).

Thus, AI does not just show numbers. It translates them into human language: explains what the deviation means, why it occurred, and what to do about it right now.

Are There Symptoms of Lung Problems During Running?

This is the key question. And the answer is: most often, no. Many lung disorders develop silently, and you won't know about them until it's too late.

A decrease in Alveolar Ventilation (VA) gives no sign of itself during running. You just breathe deeper, but you still lack oxygen. Fatigue builds up faster than usual, but you chalk it up to being "out of shape" or poor preparation.

A rise in carbon dioxide in the blood — an increase in Arterial Carbon Dioxide Partial Pressure (PaCO₂) — also remains unnoticed for a long time. You don't feel the buildup of CO₂. Only at very high values do headache, drowsiness, or confusion appear — but by then the problem is already serious.

A drop in Tidal Volume (VT) forces you to breathe more often but shallower. This saves energy but sharply reduces the efficiency of gas exchange. You just think, "I'm out of breath," and keep running, unaware that your lungs are working inefficiently.

An increase in Pulmonary Vascular Resistance (PVR) has no symptoms at all during exercise. The heart pumps blood through narrowed lung vessels, the right ventricle becomes overloaded, but you don't feel this. The first sign may be sudden weakness or even fainting at the finish line.

A decrease in Minute Ventilation Volume (VE) makes you breathe shallowly. There is little oxygen, but you don't suffocate — you just get tired faster. And you blame it on the intensity of the workout.

Even microcirculation disorders, where oxygen saturation paradoxically becomes higher than normal (SaO₂ above 99%), give no symptoms. Oxygen is in the blood, but it does not reach the tissues. And you feel nothing.

The only exception is a sharp drop in blood oxygen saturation (SaO₂) below 90–92%. This causes shortness of breath, dizziness, and a feeling of lack of air. But by this point, the problem is already advanced, and the clock may be ticking in minutes.

The bottom line: you won't know about most lung problems during running until it's too late. This is why AI monitoring every 5 minutes is necessary.

What Risks Does AI Monitor (Complete List)

Artificial intelligence analyzes all 16 parameters and identifies risks of the following diseases and conditions: chronic obstructive pulmonary disease (COPD), bronchial asthma, obesity, hypoventilation, airway obstruction, shallow breathing, respiratory muscle weakness, hyperbaric oxygenation, microcirculation disorder, lung parenchyma lesion, myasthenia gravis, postoperative hypoventilation, pulmonary hypertension, pulmonary embolism, decreased metabolism, and hypothyroidism.

What to Do If AI Issues a Warning

If AI says that Tidal Volume (VT) is decreased, this indicates shallow breathing. Your action during running is to focus on deep breathing, taking fuller inhales and exhales.

If AI warns about an increase in carbon dioxide partial pressure (PaCO₂), this is a sign of hypoventilation. You need to slow down and take several deep exhalations to remove excess carbon dioxide.

If AI warns about a decrease in Alveolar Ventilation (VA), air is not reaching the alveoli well. It is recommended to reduce your pace, drink water, and make sure you are breathing through your nose rather than your mouth.

If AI records an increase in Pulmonary Vascular Resistance (PVR), this is a sign of overload on the right ventricle of the heart. In this case, you need to immediately reduce intensity or switch to walking. Ignoring this warning is dangerous.

If AI records a decrease in Minute Ventilation Volume (VE), this is about shallow rapid breathing. Your task is to increase the depth of each breath, even if you have to reduce your running pace.

If AI shows that Arterial Oxygen Saturation (SaO₂) is above normal (above 99%), this may indicate a microcirculation disorder. In this situation, after your workout you should see a doctor for further evaluation.

If AI warns about a decrease in Oxygen Consumption (VO₂), this may be a sign of decreased metabolism or hypothyroidism. It is recommended to have your thyroid gland and overall metabolism checked.

Finally, if several parameters deviate simultaneously and oxygen saturation (SaO₂) drops below 90–92%, AI issues a warning: "Critical lung condition. Stop exercising immediately. Seek help if shortness of breath or dizziness occurs."

The Bottom Line

Lungs do not hurt. They do not send signals like the heart. You can run a marathon with decreased Alveolar Ventilation (VA) or elevated CO₂ (PaCO₂) in your blood — and feel nothing beyond ordinary fatigue.

ACCO AI watches with 16 lung health parameters and measurements every 5 minutes see what you do not feel. They warn about risks of hypoxia, hypercapnia, and right ventricular overload — before you collapse or lose consciousness. And thanks to the three-component structure — Implication, Evaluation, Suggestion — you get not just numbers, but clear explanations and specific actions.