Cori AI is an assistive, voice-controlled companion that helps users—especially students with limited motor abilities— explore and interact with 3D models without a mouse or keyboard.
2) What is Cori AI?
Cori combines speech recognition, natural-language understanding, and text-to-speech feedback into a conversational chatbot embedded directly in the Corinth 3D viewer.
3) Why accessibility matters
Cori AI lowers barriers to participation by enabling hands-free navigation and multimodal guidance—supporting learners who may struggle with traditional interfaces, dense text, or fine motor control.
4) Who benefits?
Cori AI is designed to support diverse learners and inclusive classrooms—especially where hands-free interaction and structured guidance can make the difference.
Design principle
Cori AI is built for clarity and calm. The interaction is structured and turn-based to avoid confusion, reduce cognitive load, and keep the focus on learning outcomes—not on UI complexity.
5) How Cori works
The MVP delivers a reliable interaction loop that mirrors mouse and keyboard control—through voice or typed commands.
Example commands
The focus is on reliability and full parity with traditional controls—so every student can explore the same learning content.
We have spent years helping students see science. Now we are building a platform that helps them truly understand it. By turning immersive 3D content into guided learning journeys, we transform curiosity into action, exploration into understanding, and learning into measurable outcomes.
Most students are still asked to understand complex ideas through static images, passive explanations, and memorization. We believe there is a better way. When learners can explore, test, and experience scientific principles for themselves, understanding becomes deeper, faster, and longer lasting. This is not just better content. It is a new learning model.
We are transforming our existing 3D content library into a structured, gamified, cross-platform STEM learning platform. Each experience combines guided exploration, scientific reasoning, assessment, motivation, and actionable insight. The result is a scalable educational infrastructure designed for real classrooms and measurable learning progress.
Each module is designed as a complete learning journey — one that keeps students active, motivated, and intellectually involved from the first question to the final insight.
Students enter a topic through context, challenge, and a clear reason to explore. Learning begins with interest, not instruction overload.
They interact with simulations, change variables, observe outcomes, and test ideas in real time. Instead of watching science, they actively engage with it.
Built-in assessment verifies what learners truly understood. The platform then reinforces progress, recommends what comes next, and keeps momentum alive through visible achievement.
Students need more than content. They need momentum. That is why progress is visible, rewarding, and personal. Learners build their own journey over time, track what they have completed, and stay engaged through meaningful progression rather than one-off activities.
Many EdTech tools empower the learner but leave the teacher behind. We do the opposite. Students are free to explore, while teachers retain visibility into progress, outcomes, and areas where support is needed. This creates a powerful classroom balance: independence for students, confidence for educators.
Education is moving toward active, experiential learning — but most digital tools still replicate old, passive models in a new format. We are building for the future learners already expect: interactive, intuitive, and outcome-driven. Instead of asking students to imagine how the world works, we let them explore it directly.
This platform is designed to grow far beyond individual lessons. It creates the foundation for adaptive pathways, personalized recommendations, deeper analytics, and future AI-assisted support. In other words, we are not building a single product feature. We are building long-term digital learning infrastructure.
Our advantage lies in the rare combination of proprietary content, immersive technology, instructional design, and learning data — all working together in one platform.
A large proprietary library of scientific 3D models built to make complex concepts tangible and visually intuitive.
Cross-platform architecture prepared for interactive and immersive learning experiences across future environments.
A structured learning framework focused on exploration, scientific reasoning, and meaningful progress.
Integrated analytics that measure outcomes, surface insight, and strengthen the role of the teacher.
What began as powerful 3D educational content is evolving into a learning platform built for the next era of STEM education — one where students are more engaged, teachers are better equipped, and outcomes are visible. This is where immersive technology becomes real educational value.