InteroSense

Inspiration

While researching human sensory systems, I discovered interoception, the body’s ability to sense internal signals like bladder fullness, hydration, and digestive pressure. Many people lose this awareness due to neurological conditions, aging, or simply ignoring subtle body signals in modern lifestyles. This inspired the idea of InteroSense, a wearable tool that helps people perceive and respond to their body’s hidden signals.

What it does

InteroSense is a smart wearable patch that detects internal physiological signals and translates them into clear alerts and visual feedback through a mobile interface. It helps users monitor body signals such as bladder fullness, hydration levels, digestive activity, and stress indicators, enabling them to take timely action.

How we built it

The concept combines wearable biosensors, physiological signal processing, and a mobile interface. The patch collects internal body signals and sends the data to a mobile dashboard where users can view their body status, receive alerts, and track long-term body signal patterns.

Challenges we ran into

One challenge was designing a system that measures internal body signals non-invasively, since many physiological signals are difficult to detect without medical devices. Another challenge was presenting the information in a way that is clear and helpful without overwhelming the user.

Accomplishments that we're proud of

We designed a concept that explores augmenting the human sense of interoception, turning invisible internal body signals into understandable insights. The system also demonstrates how future wearable technology could support health awareness and independence.

What we learned

This project helped us understand that humans have many more senses than the traditional five, and that technology can enhance these senses. We also learned how interface design can translate complex biological signals into meaningful user experiences.

What's next for InteroSense

In the future, InteroSense could expand to include predictive health insights, deeper integration with healthcare systems, and more advanced biosensors that help people better understand and care for their bodies.

Built With

• figma