17:18

Jun 3, 2026

Aina

For improving communication barriers in relationships.

Role: Concept, UXR, UI, MVP

Team: 1

Timeline: 1 Month

Select an image
Select an image

Context

  • Aina is a relationship-focused application designed to help individuals overcome communication barriers and build stronger emotional connections.

  • Inspired by the seamless coordination of biometric systems; where hardware, software, and users work together for accurate identification. Aina applies a similar approach to enable smoother, more empathetic interactions.

  • Through intuitive design, behavioral insights, and thoughtful system architecture, the app fosters clarity, understanding, and deeper emotional bonds between people.

Select an image

Goal

Improve understanding of partner's emotional state and needs. Enhance communication within the relationship. Cultivate empathy towards partner's emotions. Increase frequency of loving gestures and expressions.

Select an image

Problem Statement

"Poor communication due to insufficient comprehension of partner’ emotions & needs, coupled with a deficiency in empathetic gestures."

Select an image

Solution

Giving the couple an icebreaker to talk further about their feelings and mood.
Through exploring the potential of biometric interfaces and emotional design.

Target Audience

Chat

22-35

More emphasis on emotional expression.

Scale

36-50

More emphasis on emotional expression.

Lock

50+

May struggle with expressing emotion openly.

White Paper Research

Why We Start Here?

Link

Quantifying the Connection Gap

Communication breakdown drives up to 65% of divorces, with 53% citing it as the primary factor. The root issue isn't a lack of affection, but the inability to translate complex internal emotions into a clear, shared understanding.

Face

Decoding the Non-Verbal Divide

Human communication is 93% non-verbal (55% body language/facial expressions, 38% vocal tone). When everyday interactions strip away these critical cues, emotional context is lost, making misunderstandings inevitable.

Chip

The Efficacy of Emotion AI

Affective Computing offers a solution. Multi-modal AI—analyzing face and voice simultaneously—detects emotions with >95% accuracy. Aina uses this to shift the heavy cognitive load of decoding non-verbal cues from the user to the system.

Data Sources

Government & Statistics

Academic & Behavioral

Primary Research

I validated my foundation by pairing quantitative survey data with qualitative user interviews. This mixed-methods approach allowed me to map large-scale communication breakdowns while deeply understanding the fear of vulnerability and "mind-reader" expectations driving them, grounding my biometric design in both hard metrics and genuine user empathy.

Quantitative Analysis

72%

The "Mind Reader" Expectation

Users expect partners to intuitively understand their emotions. Aina must bridge this gap by translating subtle biometric cues into clear insights.

68%

The Vulnerability Barrier

Users hide negative emotions fearing judgment or conflict. Aina must act as an objective mediator, providing a system-driven safe space for validation.

81%

The Appreciation Deficit

Small gestures often go unreciprocated. The interface must go beyond mood tracking to actively prompt mutual appreciation and empathetic gestures.

Qualitative Analysis

Tone > Words: Arguments escalate based on how things are said. Users welcome AI vocal tone analysis to remove the defensive "I wasn't yelling" bias during conflicts.

The "Big Boss" Hesitation: Users value privacy. To overcome surveillance fears, the design must emphasize local processing and frame scanning as a mutual "icebreaker" rather than constant monitoring.

Don't Just Tell Me, Guide Me: Merely stating a partner is upset causes anxiety. Users need actionable, system-generated gesture suggestions to reduce the cognitive load of fixing the mood.

The Generational Gap: Younger couples (22-35 yrs) embrace mood data, while middle-aged users (36-55 yrs) find it artificial. Positioning Aina as an intuitive assistant, rather than a clinical tool, drives wider adoption.

Data Collection

What We Actually Need

Fingerprint

From Device Sensors

Facial recognition via Face ID to track expressions and mood.

Voice call monitoring specifically with the user's partner for tone recognition.

Typing pattern analysis tracking strokes, speed, pressure, frequency, pace, and keywords.

calender

From System Integrations

Partner-specific chat environments that incorporate location data.

Calendar integration for overall schedule awareness.

Special care monitoring tailored for significant days.

brain

From AI Processing

Emotion mapping and mood prediction algorithms.

Appreciation prompts that suggest specific gestures, like sending flowers, based on keyword analysis.

Personalized notifications and AI-driven personalization tailored to the relationship.

Biometric System

How it works?

Network

System-Component Interaction

This encompasses how the biometric system communicates with its internal parts, specifically the hardware devices responsible for capturing raw biometric data, such as fingerprint scanners or facial recognition cameras.

Microchip

Data Processing & Utilization

Once data is captured, specialized software processes it. These processed inputs are then integrated into the broader systems that utilize the data for the core functions of identification or verification.

Mobile

User-System Interaction

This involves the user interface (UI) through which individuals engage with the system. It can be a physical interface (like placing a finger on a scanner) or a digital interface (like a login screen prompting a scan).

User Journey Map

Illustrator

User Personas

Slide 1
Slide 2
Slide 3

Navigation Flow

Premiere Pro

Information Architecture

After Effects

Wireframes

Select an image
Select an image

Design System

Typography

Figtree

Aa

Font Weight

Light

Light

Regular

Medium

SemiBold

Bold

ExtraBold

ABCDEFGHIJKLMNOPQRSTUVWXYZ

1234567890

ABCDEFGHIJKLMNOPQRSTUVWXYZ

1234567890

Primary Color

#3422A8

Secondary Colors

#D8D4EE

#3422A8

#121212

#F2F2F2

High-Fidelity Screens

Select an image

Prototype

Limitations

What we need to look out for?

Question

The Contextual Nuance Gap

Emotion AI struggles with human variability, like smiling through anxiety or using dry sarcasm. If Aina misreads a neutral resting face as "angry," the system risks manufacturing artificial conflict instead of resolving it.

Eye

The Surveillance Stigma

Aina relies on highly intimate biometric data, mirroring controversial ad-tech tracking. If the interface feels invasive rather than supportive, this "Big Brother" hesitation will severely limit user adoption and trust.

Bot

The Empathy Dependency

Shifting emotional translation entirely to an AI risks eroding a couple’s natural communication skills. Aina must be positioned strictly as a temporary "icebreaker," not a permanent crutch that replaces genuine human intuition.

Feature List

Biometric Tracking

  • Facial Recognition

  • Voice call monitoring with partner for tone recognition.

  • Typing pattern analysis tracking strokes, speed, pressure, frequency, keywords, and pace.

System Integrations

  • Partner-Specific Chat environments linked with Location data.

  • Calendar Integration for schedule awareness.

  • Special Care monitoring tailored for Significant Days.

AI Personalization

  • Emotion Mapping and Mood Prediction algorithms.

  • Appreciation Prompts that suggest specific gestures, like sending flowers, based on keyword analysis.

  • Personalized Notifications and overall AI-driven Personalization.

Create a free website with Framer, the website builder loved by startups, designers and agencies.