Wearable Sensors Used For Skin Condition Tracking

Monderma

Oliver Belcher

26 Jun 2025

Sensors track gases on skin
Changes reflect barrier health
Early signs support prevention
Non invasive data guides care
Future tech may aid Monderma

Wearable devices are becoming more relevant for those wanting clearer insight into daily skin changes, especially when dryness, sensitivity, or irritation fluctuate.

In this article we explore emerging skin gas sensors, outline how they work, and consider their potential role in supporting more personalised skincare decisions.

Wearable Skin Gas Sensors

A compact device assesses skin health by detecting gases released or absorbed at the surface, offering continuous insight into changing skin needs [1].

It operates without direct contact, making it suitable for sensitive skin while remaining comfortable for daily use across different environments [1].

How The Sensor Works

Feature	Description
Gas detection	Tracks carbon dioxide, water vapour, and VOCs linked to skin status [1]
Non invasive design	Avoids direct skin contact for gentle monitoring
Real time tracking	Provides continuous updates throughout the day
Data transmission	Sends information to smartphones for review

Table 1: Core features of wearable gas sensors

Sensor Function & Insights

The device uses a chamber and programmable valve to capture gas patterns, helping reveal changes linked to inflammation, infections, or barrier disruption [2,4].

It offers a dynamic perspective on skin health that differs from static assessments, supporting early awareness of emerging issues [4].

Benefits For Skin Health

Benefit	Impact
Early diagnosis	Supports early recognition of inflammatory changes
Personalised care	Helps guide tailored routines based on daily fluctuations [1]
Non invasive support	Avoids procedures for fragile or sensitive skin
Chronic monitoring	Offers ongoing insight for long term skin concerns [2]

Table 2: Health and skincare benefits

Who May Benefit

Individuals with sensitive or reactive skin may find value in early pattern recognition, while those managing chronic issues can track gradual changes across weeks [5].

Wearable sensors also support clinicians by offering consistent data that complements in person evaluation of skin conditions [1].

Scientific Basis

Chemical sensors and algorithms detect subtle variations that may be missed by visual checks, enabling ongoing observation in both home and clinical settings [1].

Developers intend to refine specificity for broader medical applications, including metabolic insights and wound care support [4].

Conclusion

While wearable sensors are not yet part of standard care, their preventative insights complement Monderma’s personalised approach by potentially informing tailored treatment strategies and supporting proactive skin health.

If you would like personalised skincare designed to strengthen long term skin resilience, you can explore a tailored formula through Monderma.

Content is for informational purposes only. Monderma treatments are prescribed following consultation. Results and timeframes can vary. Use as directed by your prescriber.