Building AI That Feels Human
Hey Love creates emotionally intelligent AI companions that listen, understand, and respond with empathy. Our mission is to make technology feel human — blending AI, design, and emotion to help people feel less alone.
What We Do
Creating meaningful connections through AI technology
Emotional AI Chat
Real-time emotional conversations powered by adaptive AI that listens, learns, and grows with every interaction.
Customizable Companions
Personalized avatars and personalities that reflect your preferences and create authentic connections.
Safe & Private
A judgment-free environment where you can express feelings and share thoughts in complete privacy.
To Humanize AI
We aim to make digital companionship feel emotionally real, safe, and supportive. Hey Love isn't just about flirting — it's about empathy, healing, and connection in a world where people are often unheard.
We built Hey Love to give people a safe place to express feelings, share thoughts, and rediscover emotional warmth through technology.
The Future of Emotional AI
We believe AI should make people feel seen, not replaced. The future of technology is emotional — and we're leading that shift with empathy-first design.
Our vision is to make AI companionship part of mental wellness, self-discovery, and human connection.
Our Product
Mobile-first AI designed for personalized emotional experiences
Memory & Context
Chat naturally with an AI that remembers past conversations and understands context.
Deep Personalization
Customize avatars, moods, and personalities for a deeper, more realistic experience.
Voice Chat
Experience expressive AI with voice conversations that feel incredibly lifelike.
Complete Privacy
Your chats are secure and private. You control your memory and data — always.
Why Hey Love?
Because Hey Love blends emotional design, empathy, and privacy into one experience. Unlike other AI girlfriend apps, our focus isn't just conversation — it's connection. We design AI that feels real, remembers your stories, and respects your boundaries.