S.E.N.S.E.

Inspiration

S.E.N.S.E. (Somatic Emotional Navigation & Signal Engine) was inspired by a simple observation: many people experience physical sensations in their bodies every day but struggle to interpret what those signals actually mean. Sensations like tension, fatigue, restlessness, or increased heart rate often go unnoticed or misunderstood.

Our team became interested in the concept of interoception, the body’s internal sensing system that allows us to perceive signals such as heartbeat, breathing, and internal emotional states. Research shows that improving interoceptive awareness can strengthen emotional clarity, self-regulation, and overall well-being. However, there are very few everyday tools designed to help people actively train this ability.

We wanted to explore how technology could help people develop interoceptive literacy, giving users a clearer understanding of the signals their bodies are constantly sending.

What it does

S.E.N.S.E. is an interoceptive literacy trainer that helps users better understand their internal body signals. Through short daily exercises and interactive visualizations, the system teaches users how to identify and interpret signals such as heartbeat patterns, physical tension, and energy levels.

The platform introduces a 3-minute daily body calibration ritual where users pause to observe and label their internal sensations. Over time, the system detects patterns in these signals and provides insights that help users anticipate and understand their body’s responses.

Key features include signal forecasting, physiological visualizations, and tools that help users recognize patterns in their internal states. Together, these features transform body awareness into a skill that can be practiced and improved over time.

How we built it

We began by conducting an extensive review of scientific research on interoception, emotional regulation, and digital mental health tools. This research informed both the product concept and the design of our core features.

From there, we designed the core interaction: a daily body calibration session that helps users identify internal signals and observe patterns in their physical and emotional states. We then created feature concepts such as Signal Forecast, Cardiac Echo, and Signal Replay to visualize physiological data and highlight recurring patterns.

Our design process focused on translating complex neuroscience and psychology research into simple, intuitive interactions that everyday users could easily understand.

Challenges we ran into

One of the biggest challenges was translating complex scientific concepts into a user experience that feels simple and accessible. Interoception is not widely understood, so we had to design ways to explain and visualize internal body signals without overwhelming the user.

Another challenge was balancing scientific credibility with usability. Many of the underlying concepts, such as heart rate variability and predictive physiological modeling, are technically complex, but the interface needed to remain intuitive and calming.

We also had to carefully consider privacy and ethical concerns when designing a system that interacts with physiological data.

Accomplishments that we're proud of

We are proud of creating a concept that introduces a new approach to digital wellness, one focused on training body awareness rather than simply tracking mood or behavior.

Our team successfully combined research from neuroscience, psychology, and human-computer interaction to design a system that makes internal body signals visible and understandable. We also developed a range of innovative features that help users recognize patterns in their physiological states over time.

Most importantly, we designed a product that encourages users to develop a deeper understanding of their own bodies.

What we learned

Through this project, we learned how important interoception is for emotional awareness and self-regulation. Many existing wellness tools focus on cognitive strategies, but the body itself contains valuable information that often goes unnoticed.

We also learned how challenging it can be to translate academic research into practical, user-centered design. Creating a product that feels both scientifically grounded and easy to use required careful iteration and collaboration.

This experience helped us better understand how technology can support personal awareness without replacing human care or professional support.

What's next for S.E.N.S.E.

Moving forward, we would like to further develop S.E.N.S.E. by building functional prototypes and testing them with real users. User testing would allow us to better understand how people interpret physiological feedback and how these interactions influence self-awareness.

Future iterations could also explore integrations with wearable devices to provide richer physiological data and improve the accuracy of signal predictions.

Ultimately, our goal is to develop S.E.N.S.E. into a tool that helps people better understand the signals their bodies are constantly sending, empowering them with greater self-awareness and insight.