Conceptualizing 6 interactive 3D scenes for high-tech domains (NLP, Image Processing, Infrastructure etc), designed to engage users and encourage exploration while they navigate through technical service descriptions. Developed the visual language, interaction logic, and detailed storyboards, supervising the final production in Spline.
Visual Strategy & Storyboarding: Bureneva A. (알연아)
3D Implementation: Hirakawa M.
3D Implementation: Hirakawa M.
1. Image Processing
Concept: Real-time object identification and classification.
Logic: Floating 3D assets with an active "scanning" camera (Cursor Tracking). Hovering over an object triggers a metadata overlay (UI) to display identification data.
Concept: Real-time object identification and classification.
Logic: Floating 3D assets with an active "scanning" camera (Cursor Tracking). Hovering over an object triggers a metadata overlay (UI) to display identification data.
2. Infrastructure
Concept: Seamless data flow across a distributed network.
Logic: User-Triggered Event. Manual "Press" activation starts a chain reaction: gear rotation, dynamic graph updates, and data packet (0/1) levitation.
Concept: Seamless data flow across a distributed network.
Logic: User-Triggered Event. Manual "Press" activation starts a chain reaction: gear rotation, dynamic graph updates, and data packet (0/1) levitation.
3. Datasets
Concept: Information hierarchy and modular access.
Logic: Interactive grid structure. Hover states trigger "unfolding" animations to reveal internal file categorization.
Concept: Information hierarchy and modular access.
Logic: Interactive grid structure. Hover states trigger "unfolding" animations to reveal internal file categorization.
4. Natural Language Processing (NLP)
Concept: Human-to-Machine communication patterns.
Logic: Cursor Tracking. AI unit tracks the user's cursor while avatars rotate in a background loop. Dynamic UI callouts (speech bubbles) visualize linguistic processing.
Concept: Human-to-Machine communication patterns.
Logic: Cursor Tracking. AI unit tracks the user's cursor while avatars rotate in a background loop. Dynamic UI callouts (speech bubbles) visualize linguistic processing.