Design in Figma
Designers create and iterate on UI designs using Figma, working with familiar tools and workflows.
Modern Frontend Architecture
Traditional frontend development cycles create significant friction in product development. Designers create mockups in tools like Figma, developers manually translate these designs into code, and any design iteration requires code changes, testing, and deployment. This process is time-consuming, error-prone, and makes rapid experimentation difficult.
For companies wanting to iterate quickly on user experiences, run A/B tests, or customize interfaces for different user segments, traditional frontend architecture becomes a bottleneck. Every UI change requires an app update, going through app store approval processes for mobile applications, and coordinating deployments across platforms.
Vision: Enable dynamic UI rendering where the server controls UI structure, layout, and behavior—allowing design changes to propagate instantly without client updates, while maintaining design fidelity from Figma to production.
We architected an innovative Server-Driven UI (SDUI) system that fundamentally changes how frontend interfaces are built and deployed. Instead of embedding UI logic in client applications, we created a system where the server describes the interface, and clients render it dynamically based on server-provided configuration.
The breakthrough was integrating Figma directly into this workflow. Designers work in their familiar Figma environment, and our system translates those designs into server-driven UI schemas automatically. This integration maintains design fidelity while enabling the dynamic capabilities of SDUI.
Designers create and iterate on UI designs using Figma, working with familiar tools and workflows.
Our system translates Figma designs into server-driven UI schemas, preserving design intent and specifications.
The Model Context Protocol server delivers UI metadata efficiently via GraphQL, enabling flexible queries and updates.
Client applications render UI components based on server configuration, adapting instantly to changes.
Design changes propagate to all clients immediately without app updates or deployments.
Direct translation of Figma designs to server-driven UI schemas maintains design fidelity from concept to production.
Model Context Protocol implementation using GraphQL enables efficient UI metadata delivery with flexible querying.
Client applications render components based on server configuration, enabling instant UI updates across all platforms.
UI variations and A/B testing controlled server-side without client updates, enabling rapid experimentation.
We developed a translation layer that reads Figma designs and converts them into structured UI schemas. This process preserves layout specifications, styling information, component hierarchies, and interactive behaviors. Designers see their exact designs rendered in production applications, eliminating the traditional gap between design and implementation.
The Model Context Protocol server uses GraphQL to deliver UI metadata efficiently. Clients query for the UI components they need, and the server responds with complete specifications. This approach provides flexibility—different clients can request different levels of detail, and the server can tailor responses based on client capabilities or user context.
We built a rendering engine that interprets server-provided UI schemas and renders native components on each platform. The engine handles layout, styling, and behavior, ensuring consistent experiences while adapting to platform-specific conventions and capabilities.
Because the server controls UI structure, A/B testing becomes trivial—different users receive different UI configurations automatically. Personalization similarly moves server-side, enabling sophisticated customization without client-side complexity.
This proof-of-concept validated that Server-Driven UI represents a fundamental shift in frontend architecture, not just an incremental improvement. By moving UI logic server-side, we eliminate entire classes of deployment friction while enabling capabilities that traditional architectures struggle to provide.
The Figma integration proved critical for adoption. Designers continue working in familiar tools while gaining new capabilities—their designs automatically become production code. This seamless workflow eliminates the traditional handoff friction between design and development teams.
We learned that SDUI works best for content-heavy applications where layout and presentation change frequently. Applications requiring complex interactions or offline functionality may need hybrid approaches, using SDUI for appropriate screens while maintaining traditional implementation for others.
The 60% development time reduction comes from eliminating the manual translation from design to code, reducing testing cycles, and enabling parallel work—designers can iterate without waiting for developers to implement their changes. For organizations shipping frequent UI updates, these time savings compound significantly.