Inspiration
What it does
How we built it## Inspiration
Choosing food is surprisingly unpredictable.
You might see something on a menu that sounds perfect, but when it arrives the flavor is completely different from what you expected. Taste is not just one sensation. It is a combination of sweetness, acidity, bitterness, aroma, texture, temperature, and other chemical signals working together.
Today we can track steps, sleep, and heart rate. But one of our most complex sensory experiences, taste, is still mostly invisible.
We started asking a simple question:
What if we could see and control flavor before we eat it?
FlavorLab explores a future where food is not just chosen from menus, but designed as a sensory experience.
What it does
FlavorLab is a speculative interface that allows users to engineer taste by manipulating the core dimensions of flavor.
Users can adjust sensory parameters such as:
- sweetness
- acidity
- bitterness
- aroma
- texture
- temperature
As these parameters change, the system visualizes the evolving flavor structure through a dynamic Flavor Matrix.
Once a user defines the experience they want, the system performs AI dish synthesis, generating a culinary composition that matches the designed flavor profile.
The result includes:
- a visualized flavor intensity map
- ingredient composition
- molecular flavor structure
- nutritional breakdown
This transforms taste from something we guess about into something we can measure, understand, and design.
Who it is for
FlavorLab opens up new possibilities for different types of users.
Athletes could design meals optimized for recovery and performance while still maintaining enjoyable flavor profiles.
Health-conscious users could experiment with flavor combinations while balancing nutrition and dietary goals.
Chefs and food innovators could prototype entirely new sensory experiences by designing flavor structures before ever stepping into a kitchen.
How we built it
FlavorLab was designed as a speculative product using Figma and Figma Make.
We created an interactive prototype that simulates the process of flavor engineering through:
- sensory parameter controls
- dynamic flavor visualization
- AI dish synthesis flows
- molecular and nutritional analysis views
The interface was designed to feel futuristic while still remaining intuitive and grounded in how people already interact with food and cooking.
Challenges
One of the biggest challenges was representing something invisible.
Flavor is complex and multidimensional, so we experimented with different ways to visualize it. Radar charts, dynamic spheres, and layered data views helped us communicate how different taste dimensions interact.
Another challenge was balancing speculation with usability. While the technology we imagine is futuristic, the interface still needed to feel approachable and understandable for everyday users.
What we learned
This project pushed us to think about how design can shape the way we understand our senses.
Food is one of the most universal human experiences, yet we rarely see the systems behind it. By visualizing flavor as data, we can imagine new ways for people to interact with food, health, and creativity.
FlavorLab imagines a future where taste is no longer just experienced.
It is designed.
Challenges we ran into
The most challenging part for us to make a seamless UI interface, especially when we were coming up with minute details. Hence the dials for taste buds, the pixaleted food dishes after synthesis, all these customisations were a hassle.
Accomplishments that we're proud of
The idea of creating our own dishes, fanstasizing them (maybe even bring them to reality), using some sort of "speedometers", manipulating taste buds of our choice.
What we learned
Creativity has no bounds, whether its feasible or not
What's next for FlavorLab 2040
Elaboration for the ingredients and probably come up with actual recipes that can bring the dishes come to reality.
Built With
- figma
Log in or sign up for Devpost to join the conversation.