Nextia - AI-Assisted Website Rebuild
Nextia - AI-Assisted Website Rebuild
My role
UX/UI Design, Creative Direction, AI-Assisted Workflow, Design-to-Code Transition, Frontend Implementation
Services
UX/UI Design, AI-Assisted Development Workflow, Responsive Frontend Rebuild, Design-to-Code Exploration
Tools
Figma, Framer, HTML, CSS, Claude
Year
2026
Focus
Design-to-Code Workflow, Responsive Frontend Systems, AI-Assisted Implementation
Overview
The original goal was simple: design the website visually, export the code and deploy it independently.
The initial plan was simple:
design in Framer, export the project and host it independently.
However, during development, platform limitations became a critical challenge. Framer did not allow full production-ready code export, which meant the project required a completely different technical approach.
Instead of adapting the idea to the tool limitations, the website was rebuilt from scratch using AI-assisted workflows and custom frontend implementation in HTML and CSS.
The process became an exploration of how visual design systems can transition into fully functional browser experiences while preserving the original design direction, responsiveness and interaction quality.
More importantly, the project shifted the focus from purely visual design into structure, systems and implementation thinking.
Overview
The original goal was simple: design the website visually, export the code and deploy it independently.
The initial plan was simple:
design in Framer, export the project and host it independently.
However, during development, platform limitations became a critical challenge. Framer did not allow full production-ready code export, which meant the project required a completely different technical approach.
Instead of adapting the idea to the tool limitations, the website was rebuilt from scratch using AI-assisted workflows and custom frontend implementation in HTML and CSS.
The process became an exploration of how visual design systems can transition into fully functional browser experiences while preserving the original design direction, responsiveness and interaction quality.
More importantly, the project shifted the focus from purely visual design into structure, systems and implementation thinking.
Challenge
The original website concept relied heavily on Framer’s visual ecosystem and interaction system. However, the platform restrictions prevented exporting the project as fully independent production-ready code.
The project required:
independent deployment,
hosting flexibility,
full implementation control,
and scalability outside the no-code environment.
This created a challenge of translating a visually designed experience into a custom-coded structure without compromising the original design quality.
Challenge
The original website concept relied heavily on Framer’s visual ecosystem and interaction system. However, the platform restrictions prevented exporting the project as fully independent production-ready code.
The project required:
independent deployment,
hosting flexibility,
full implementation control,
and scalability outside the no-code environment.
This created a challenge of translating a visually designed experience into a custom-coded structure without compromising the original design quality.
Design-to-Code Transition
Instead of compromising the final setup, the project was rebuilt through an AI-assisted design-to-code workflow.
The process focused on translating layouts, spacing systems, typography hierarchy and interaction logic into structured frontend implementation.
Breaking the interface into reusable visual and functional components became a key part of the workflow.
Design-to-Code Transition
Instead of compromising the final setup, the project was rebuilt through an AI-assisted design-to-code workflow.
The process focused on translating layouts, spacing systems, typography hierarchy and interaction logic into structured frontend implementation.
Breaking the interface into reusable visual and functional components became a key part of the workflow.
Frontend Rebuild
The website was recreated using custom HTML and CSS implementation while preserving the original visual direction and responsive behavior.
Special attention was given to:
layout consistency,
responsive scaling,
typography rhythm,
and browser-based interaction quality.
The rebuild process transformed the original concept into a fully functional browser experience independent from the platform ecosystem.
Frontend Rebuild
The website was recreated using custom HTML and CSS implementation while preserving the original visual direction and responsive behavior.
Special attention was given to:
layout consistency,
responsive scaling,
typography rhythm,
and browser-based interaction quality.
The rebuild process transformed the original concept into a fully functional browser experience independent from the platform ecosystem.
AI-Assisted Workflow
AI tools supported the implementation process by accelerating structure rebuilding, frontend interpretation and design translation.
Beyond development support, the workflow became an exploration of communication between design intent and implementation logic.
The project highlighted how AI can extend modern digital workflows beyond the limitations of no-code tools.
AI-Assisted Workflow
AI tools supported the implementation process by accelerating structure rebuilding, frontend interpretation and design translation.
Beyond development support, the workflow became an exploration of communication between design intent and implementation logic.
The project highlighted how AI can extend modern digital workflows beyond the limitations of no-code tools.
Outcome
The final result delivered a fully rebuilt coded website preserving the original visual identity while achieving complete deployment independence.
More importantly, the project became a study in problem-solving through design, systems thinking and adaptive workflows.
Because good design is not only about visuals - it is also about solving constraints.
The real skill is knowing what to do when the tools stop working.
Outcome
The final result delivered a fully rebuilt coded website preserving the original visual identity while achieving complete deployment independence.
More importantly, the project became a study in problem-solving through design, systems thinking and adaptive workflows.
Because good design is not only about visuals - it is also about solving constraints.
The real skill is knowing what to do when the tools stop working.
Next Projects
