Immersive websites
3D Website Architect
A 13-step process for award-level websites with purposeful 3D, motion and production performance.
Design and build premium sites with Three.js, React Three Fiber, GSAP and Framer Motion — starting from product understanding rather than a generic template.
- Design steps
- 13
- Reference docs
- 3
- Niche directions
- 10
- Test assertions
- 45
Live scene
3D Website Architect
npx skills add deveshpunjabi/3d-website-architectMITOverview
What 3D Website Architect actually does
The architect skill treats a website as a product narrative. It starts with the audience, value proposition and conversion goal, then builds a visual system, section hierarchy, component architecture and a 3D scene that earns its place.
Every scene has a performance budget and a responsive fallback. The process covers lazy loading, compressed assets, 60fps targets, WebGL error boundaries and a progressive degradation path for mobile.
Capabilities
What it helps your agent ship
Plan the product narrative before choosing the 3D scene.
Create typography, colour and 3D material systems together.
Build modular React Three Fiber and animation directories.
Choreograph scroll sequences with Framer Motion and GSAP.
Set 60fps budgets and lazy-load heavy 3D assets.
Degrade the scene gracefully on mobile and reduced motion.
Workflow
The process the skill follows
A repeatable sequence keeps the agent from jumping straight into edits before it understands the job.
- 01
Understand the product
Identify the audience, value proposition, conversion goal and niche-specific design conventions.
- 02
Build the design system
Define typography, palette, spacing, shadows and the matching 3D material palette.
- 03
Map the structure
Sequence hero, proof, features, demo, pricing and CTA before writing components.
- 04
Create the 3D experience
Design a scene that reinforces the product story, not a decorative carnival.
- 05
Animate with intent
Use scroll reveals, choreographed timelines and micro-interactions with rest states.
- 06
Optimise and ship
Lazy-load, compress, test frame rate and provide a responsive fallback before deployment.
Inside the pack
References and modules
These are the load-on-demand files or command groups that make the skill useful beyond a single prompt.
design-systems.md
Typography pairings, niche palettes, glassmorphism and 3D materials.
3d-integration.md
Canvas setup, lighting, shaders, post-processing and glTF loading.
animation-patterns.md
Framer Motion and GSAP cookbook with accessibility guidance.
Niche direction
Ten industry-specific visual and 3D direction sets.
Performance
Lazy loading, instancing, asset compression and frame-rate budgets.
Fallbacks
WebGL error boundaries and progressive mobile degradation.
Use cases
Where it earns its place
AI product launch
Pair a cinematic 3D hero with clear proof, product UI and a focused conversion path.
Creative studio portfolio
Use a morphing visual identity and purposeful scroll choreography to tell the studio story.
Cybersecurity landing page
Turn abstract network protection into a globe-and-data-flow scene with enterprise clarity.
Prompt starters
Try one of these first
Copy a prompt into your agent. Replace the example URL with your own project or page.
Build a premium landing page for my AI startup with a 3D hero and scroll animations. Start with product understanding.
Create a design system with 3D materials for a fintech product, then propose a hero scene.
Audit this immersive site for performance, mobile fallback and animation overload.
Keep exploring
Related skills
Want a site that uses this skill properly?
We build Next.js websites with technical SEO, structured data, 3D scenes and motion that stays inside a performance budget.