GPU Core 3D Design
Description
Description
Description
A cinematic 3D visualization representing GPU computing power for the AI Protocol ecosystem. This concept study transforms abstract technical utility into a high-fidelity, engaging visual asset designed for user interface integration.
Technical Info
Technical Info
Technical Info
Client: Alethea AI
Role: Creative Director, 3D Designer, Motion
Scope: Concept Art, 3D Modeling, Animation, Final Renders
Year: 2025
Tools

Cinema 4D

Octane Render

Cinema 4D

Octane Render

Cinema 4D

Octane Render
Brief & Scope
of the Project
Brief & Scope
of the Project
Brief & Scope
of the Project
The Brief
Abstract 3D GPU assets to represent compute power. High-fidelity motion for AI ecosystem integration. Web-optimized, cinematic visuals with original sound design.
Abstract 3D GPU assets to represent compute power. High-fidelity motion for AI ecosystem integration. Web-optimized, cinematic visuals with original sound design.
Abstract 3D GPU assets to represent compute power. High-fidelity motion for AI ecosystem integration. Web-optimized, cinematic visuals with original sound design.
Contribution
Directed 3D concept from ideation to final render. Orchestrated visual language and original music composition. Developed motion assets for UI/UX interactivity.
Directed 3D concept from ideation to final render. Orchestrated visual language and original music composition. Developed motion assets for UI/UX interactivity.
Directed 3D concept from ideation to final render. Orchestrated visual language and original music composition. Developed motion assets for UI/UX interactivity.
Outcome
High-detail modular GPU model. Cinematic loop for real-time dashboard visualization. Sync’d audio-visual assets for AI Protocol integration.
High-detail modular GPU model. Cinematic loop for real-time dashboard visualization. Sync’d audio-visual assets for AI Protocol integration.
High-detail modular GPU model. Cinematic loop for real-time dashboard visualization. Sync’d audio-visual assets for AI Protocol integration.
Blueprint to Production
Ideating in 2D allowed for rapid iteration and technical precision before moving into production. By exporting vector paths from Illustrator to Cinema 4D, I established a clean foundation for high-fidelity modeling and seamless refinement of the GPU asset.
Ideating in 2D allowed for rapid iteration and technical precision before moving into production. By exporting vector paths from Illustrator to Cinema 4D, I established a clean foundation for high-fidelity modeling and seamless refinement of the GPU asset.
Ideating in 2D allowed for rapid iteration and technical precision before moving into production. By exporting vector paths from Illustrator to Cinema 4D, I established a clean foundation for high-fidelity modeling and seamless refinement of the GPU asset.
Final Deliverables & Sound Design
The project concluded with two distinct atmospheric variations. I composed and synchronized original music scores for both options to explore different emotional impacts—ranging from "Deep Tech" to "Kinetic Energy"—ensuring the 3D assets felt alive within the AI Protocol's digital environment.
The project concluded with two distinct atmospheric variations. I composed and synchronized original music scores for both options to explore different emotional impacts—ranging from "Deep Tech" to "Kinetic Energy"—ensuring the 3D assets felt alive within the AI Protocol's digital environment.
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