Mohamed AYATI
contact@devaultos.me
ACM SIGCHI Symposium on Engineering Interactive Systems/2024

Automated W3C Design Token Orchestration Across Heterogeneous Native Platforms

A unified compilation pipeline synchronizing variable Figma collections into production-grade Tailwind CSS, SwiftUI, and Jetpack Compose token registries with zero drift.

Automated W3C Design Token Orchestration Across Heterogeneous Native Platforms

Maintaining consistency across iOS, Android, and web codebases introduces significant engineering overhead and visual drift. We present an automated W3C design token architecture that extracts Figma variables and transforms them into strictly typed multi-platform token registries during automated CI/CD builds.

Over an 18-month longitudinal study at an enterprise product organization with 45 engineers and 8 designers, this automated pipeline eliminated token synchronization bugs entirely, shortened design QA audit cycles by 76%, and allowed global re-theming across three operating systems within 12 seconds.

KEY INSIGHT:

When tokens are treated as compiled software dependencies rather than static style sheets, design-to-engineering parity becomes mathematical certainty.

VENUE / JOURNALACM SIGCHI Symposium on Engineering Interactive Systems
YEAR2024
DOI IDENTIFIER10.1145/3629471.3654102
RESEARCH TOPICS
Design TokensDesign SystemsW3C StandardsMulti-Platform Engineering