Visual & Brand Design Lead

AI Creative

This design experiment tested whether an AI-First Workflow could turn semiconductor concepts into an accurate and coherent visual narrative without industry creative tools.

Tested in
Feb 2026

Building a narrative film with Generative AI

An experiment using the latest generative image and video models to translate high bandwidth memory concepts into a coherent visual story. The goal was to test how far an AI only pipeline could go while we retained creative direction and technical judgment.

Overview

I built a 34 Frame storyboard, matched models to each production task, tested continuity shot by shot, and curated viable outputs. The result was approximately 90% generative, with creative industry tools required for final motion and graphic finishing.

1 minute 40 seconds Video Length
34 Storyboard Frames
Approximately 600 dollars Generation Cost

Production Mix

90% AI Generative Workflow / 10% Creative Post-Production

Models Selected By Task

ChatGPT
Claude + Connectors + MCP
Internal Product Specifications
FLUX1.1 [pro] Ultra Raw
FLUX.1 Kontext [max]
FLUX.2 [pro]
Gemini 3.1
Firefly Image Model 5
Luma Ray 3.14
Veo 3.1
Firefly Video
Kling 3.0
Runway Gen-4.5
Topaz Bloom
Adobe After Effects
Adobe Photoshop
Creative Process

How the Sequence Was Built

One sequence mapped from reference and frame development through motion generation and finish.

Build the Visual Language

Reference + Geometry → Visual Development → Motion

Reference Visual Motif
Translucent blue and cyan data cubes on a white background

Data Flow Visual

Use translucent blue and cyan cubes to represent data movement and bandwidth.

Input Frame Geometry
Top-down frame of a GPU surrounded by eight HBM packages

Product Geometry

Strengthen the eight HBM packages with a reflective titanium finish and clear, bold labels. Preserve the board layout and surrounding components.

Image Development Top-down → Isometric
Top-down GPU and HBM frame with blue data cubes Isometric GPU and HBM frame with blue data cubes Angle Refinement

Build the Data Interaction

Guide the cubes toward the HBM packages, then shift to a low 45-degree isometric view while keeping the hardware geometry and materials consistent.

Motion Pass 01 Image to Video

Data Absorption

Animate the cubes streaming into the HBM packages and resolve to a clean board. Keep the camera stable and the chip layout intact.

Design the Camera View Transition

Start + End frames → Controlled Camera Move → Finish

Start Frame Composition
Clean isometric view of a GPU and eight HBM packages

Isometric View Board

Lock the clean 45-degree isometric composition as the opening frame.

End Frame Macro Detail
Macro close-up of a reflective titanium HBM package

HBM Close Up

End on a macro view of a single titanium HBM package.

Motion Pass 02 Start + End Frames

Controlled Zoom In

Continue from the isometric frame with a controlled move toward one HBM package, matching the supplied end frame.

Final AI Upscale + Industry Creative Tools

Post Production

Assemble the sequence, correct continuity, refine timing and typography, and upscale the final output.

Topaz Bloom After Effects Photoshop

What I learned so far. AI accelerated design production, but achieving full 1:1 accuracy and maintaining visual continuity remained key challenges.

The harder design problem was keeping product geometry, material behavior, and technical details consistent across scene transitions. These limitations may narrow as AI creative platforms integrate more capable models, stronger reference controls, custom training, and grounded workflows!

For enterprise creative teams, quality alone is not enough. Creative direction, brand governance, product accuracy, rights management, and control over proprietary IP determine whether generated work is usable.

The opportunity is not simply faster generation, but a governed, AI-assisted workflow in which human judgment guides the system, evaluates outputs, and delivers a controlled and brand aligned result.

Date: Feb 2026

Conceptual visualization for professional review. Prompts, Source Files, and Workflow Documentation are not published. Copyright © 2026 Eugene See. All rights reserved.