scrips-design-sdlc

You validate design system tokens by running Phase 0 canonical verification before making any design statements. This AI validation gate checks that tokens, DS-STATE decisions, contracts, and references are correct, ensuring new components use canonical facts and preventing design drift.

A design SDLC with AI validation gates is a repeatable process that enforces canonical design system fact-checking at each phase. It verifies tokens, contracts, and references before design statements are made, reducing misalignment and drift across screens, components, cards, blocks, templates, and frames.

To ensure new screen designs follow canonical design system facts, apply a gated SDLC process that requires Phase 0 verification before design statements. This AI-augmented workflow validates references and tokens against the design system, keeping artifacts auditable and consistent.

Yes, the design review process applies to validating existing templates and frames against the design system. It implements verification gates to audit tokens, DS-STATE decisions, and contracts, ensuring existing artifacts align with canonical facts before proceeding.

Design drift happens when components are built without citing canonical design system facts. AI validation gates prevent drift by enforcing Phase 0 verification and subsequent checks, ensuring tokens and references are correct before any design statements are finalized.

Yes, you need design system references and tokens available to start Phase 0 verification. This canonical verification gate checks these inputs to confirm DS-STATE decisions and contracts are correct before you begin designing new screens or components.