Chronoflow

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  Chronoflow Logo & Tagline

Chronoflow

Inspiration

We were inspired to focus on the sense of time. As people who struggle with ADHD, we have personally experienced time blindness and know many other neurodivergent individuals who face the same challenge. Time blindness is the experience of perceiving the passage of time differently, often losing track of time during deep focus or underestimating how long tasks take.

Many productivity tools assume that time is experienced linearly and consistently. However, for many neurodivergent people, time feels fluid and unpredictable. We wanted to imagine what it would look like to design a tool that helps users understand their own perception of time, rather than forcing them into rigid productivity systems.

Our goal was to create something supportive, reflective, and judgment-free.

What it does

Chronoflow is a conceptual app designed to help users better understand how they experience time throughout the day.

Working in coordination with a wearable device (such as smart glasses), the system passively detects patterns that might indicate shifts in attention, focus, or time awareness. Instead of simply sending reminders, Chronoflow visualizes how a user’s sense of time flows throughout the day.

Users can see when they may have entered periods of hyperfocus, when they lost track of time, and when they were most aware of time passing. Over time, these insights help users better understand their rhythms and habits.

Conceptually, we imagine time perception as something that fluctuates:

$$ \text{Perceived Time} \neq \text{Clock Time} $$

Chronoflow helps bridge the gap between these two experiences by making invisible patterns visible.

How we built it

We built the entire project using Figma Design.

First, we brainstormed different directions for the concept and mapped out the core problem space around time blindness and neurodivergent experiences of productivity. From there, we created quick wireframes to explore how insights and time visualizations might be presented.

Once we established the structure of the app, we moved into higher-fidelity design and built an interactive prototype using Figma’s prototyping tools. This allowed us to simulate the flow between screens, visualize time patterns, and explore how users might navigate their daily insights.

Although the sensing technology is conceptual, we designed the interface as if it were connected to wearable inputs so that the experience would feel realistic and grounded.

Challenges we ran into

One of our biggest challenges was designing a product about time and productivity without creating stress.

Many productivity tools can unintentionally create feelings of guilt or pressure, especially for people who struggle with time blindness. We wanted Chronoflow to feel calm, supportive, and reflective rather than demanding.

We experimented with different visual styles and color palettes to achieve this balance. Our final palette uses soft but energizing tones such as yellow and bright peach to create a feeling that is both calming and motivating.

Another challenge was visualizing something that is inherently invisible. Time perception is subjective and internal, so we had to explore ways to represent it visually through flows, patterns, and gentle gradients rather than rigid timelines.

Accomplishments that we're proud of

We are proud that we were able to design an idea centered around the needs of the neurodivergent community in a thoughtful and supportive way.

Rather than framing time blindness as a failure of productivity, Chronoflow treats it as a different way of experiencing the world. The design encourages curiosity and self-understanding instead of judgment.

We are also proud that we were able to move from idea to an interactive prototype quickly while maintaining a cohesive visual identity and concept.

What we learned

Through this project, we learned how important it is to design for different cognitive experiences, not just different devices.

Designing for neurodivergent users requires thinking beyond traditional productivity models and instead focusing on how people actually experience time, focus, and attention.

We also learned that visualizing abstract experiences can create powerful opportunities for reflection. When invisible patterns become visible, users can better understand their own behaviors and rhythms.

What's next for Chronoflow

Next, we would like to explore how Chronoflow could be implemented with real sensing technologies, such as wearable devices that detect focus states through eye tracking, motion, or contextual signals.

We would also love to test the concept with neurodivergent users to better understand which insights are most helpful and how time perception can be visualized in meaningful ways.

Our long-term goal is to continue developing Chronoflow into a tool that helps people build a healthier relationship with time — one that works with their natural rhythms rather than against them.

Built With

• figma