In-depth research
A design methodology based on neurophysiology and behavioral psychology.
Research
In-depth interviews with users suffering from digital procrastination. Patterns of "endless scrolling" and "trigger notifications" were identified.
15+ interviews
Emotion map
"Pain points" were identified: moments of maximum stress when switching between tasks and social media. Visualization of the emotional journey.
Stress analysis
Wireframes
12 key screens were created with a focus on minimalism. Priority: functionality > aesthetics. Validation using the "5-second" method.
Neuroarchitecture
Emotional journey map
Visualization of the user's transition from a state of anxiety to concentration through the app interface
NeuraFlow prototype
The key "Breathing Meditation" screen with micro-animations for immersion into a flow state. The system reads alpha rhythm levels and adapts the visual sequence in real time.
Dynamic session complexity
The visual sequence and breathing pace adapt in real time to the user's alpha rhythm levels, deepening the flow state.
Haptic feedback synchronized with breathing
Tactile impulses are synchronized with the inhalation and exhalation phases, enhancing the bodily sensation of rhythm without the need to watch the screen.
Integration with Apple Health & BCI Core
Session data is saved to Apple Health, and BCI Core support allows for direct neurofeedback to personalize the practice.
Graphics
Icons from the design system are adapted for neuroaesthetics: smooth shapes, organic transitions.
AI characters
Helper characters generated through prompts with an emphasis on empathy and neutrality.
Neural interface
Visual feedback from neural sensors: color accents change depending on stress levels.
Made on
Tilda