Introduction
- Voice-Activated Interactions: Blue AI responds entirely to voice commands, which is essential because many children are not yet able to type. This makes the interaction intuitive and accessible for young users.
- Simple and Engaging Animations: Blue’s appearance and animations are designed to give children a sense of familiarity and friendship. The animations do not need to be highly realistic; simple mouth movements, a smile for humor, and a “thinking” expression are enough to make the experience engaging.
- Emotionally Supportive Design: Blue encourages children to pause and reflect, helping them to make decisions patiently and confidently. This is supported by simple animations that visually express emotions such as thinking, laughing, and attentive listening.
- Educational Content with Interactive Play: Blue AI answers questions in a way that stimulates curiosity and empathy. Through stories and playful learning, Blue helps children gain a better understanding of the world around them.
- Basic Speech Animation: A simple mouth movement synchronized with speech, making it look as if Blue is actually talking during an interaction.
- Emotional Expressions: Animations such as smiling at a joke, a “thinking” expression when Blue is listening, and light eye or head movements for added liveliness.
- Idle Animations: When Blue is not actively communicating with the user, we would like subtle movements such as blinking or slight swaying to give Blue a lively, attentive appearance.
- Platform: Blue AI is initially being developed as a web application, but the infrastructure is being set up with an eye on future compatibility with mobile apps and a potential stand-alone device.
- Frameworks: We use Three.js or Babylon.js to render the 3D animations in the browser. For the backend and voice recognition, we rely on Python-based AI models and API integration.
- Performance: The animations need to be lightweight to run smoothly in a browser environment without high system requirements. At the same time, the system must be scalable to meet the demands of mobile platforms and hardware solutions.