
Physiological sensing
Wearable-grade measurement of stress, fatigue and focus, engineered from EDA, HRV and PPG-type signals into reliable indices.
Used in RecoveryPod, mental-wellbeing detection
Physiological sensing, AI and data-driven formulation in one platform. It sits behind our own products, our funded research and the projects we build with partners.
Different products, one purpose: helping people feel and function better.
Reusable across products and partnerships. This is what lets a small team deliver a wide portfolio.
Each grant applies one of our three capabilities to a specific wellbeing need, with academic and industry partners.
The programmes, companies and institutions we work alongside.
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How each capability works, end to end: we measure the body, read what the signals mean, and turn that reading into something useful.
Our ring records skin conductance, heart-rate variability and pulse. These are small signals, easily swamped by movement and temperature, so most of the engineering sits in capturing them cleanly on a body that is going about its day.
The same sensing sits inside the RecoveryPod, where a reading is taken before and after a session.
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A raw signal says nothing on its own. Our models compare it against the person's own baseline and report three things in plain language: how much strain they are carrying, how tired they are, and how well they are holding attention.
The output is deliberately non-medical. It supports a decision made by a person; it does not diagnose anything.
Measured stress indicators are matched against a botanical knowledge base, filtered through the European ingredient compliance database, and cross-checked against published pharmacological literature.
What comes out is a formulation ready to notify in Europe, and the loop closes because the result is measured on skin with the same sensing we started from.
Scientific conferences and workshops connected to our funded projects.


Perth Convention and Exhibition Centre, Perth, Australia
We are taking part in the world congress of the International Federation of Societies of Cosmetic Chemists, and are among the finalists of the 2026 Sustainability Challenge, run by ASCC and L'Oréal.

On-site and online
The forum brings together stakeholders, researchers and innovators to discuss the role of seaweed in Europe's blue bioeconomy: regional insights, funding opportunities, legal frameworks and market potential. This edition puts the spotlight on the seaweed sector in Ireland, with panels, round table sessions and expert speakers.
On-site places are limited and subject to approved registration. The livestream will be on the project website and on YouTube at @I3-4-SEAWEED.
15 October, day 1
16 October, day 2
Ongoing
I3-4-SEAWEED programme meetings
Consortium meetings within the EU I3 programme
Online
For research collaboration, grant consortia, licensing our platform, or investment, we'd like to hear from you.