📄️ Accessibility
Stack-agnostic accessibility model: roles, ARIA, landmarks, labels, keyboard maps, focus management, and contrast targets.
📄️ Adapters
Framework adapters that translate VibeSpec Core (brief, intent, tokens, layout, motion, a11y, interaction) into concrete stack outputs without constraining the spec.
📄️ Agent
Describes an agent’s identity, capabilities, IO, tools, and security.
📄️ API Routes
Declares backend endpoints, contracts, IO shapes, and auth.
📄️ Architecture
Outlines frontend, backend, data, auth, storage, deployment, and dependencies.
📄️ Data Model
Defines data entities, fields, indexes, and relations used by the project.
📄️ Deployment
Describes environments, CI, domains, secrets, and deployment settings.
📄️ Design Tokens
Stack-agnostic design tokens following W3C Design Tokens format with themes/modes/brands and aliasing.
📄️ Schemas
Browse canonical JSON Schemas with metadata and raw links.
📄️ Interaction
Stack-agnostic interaction model: events, guards, typed actions, keyboard and gesture mappings, and optional async state hooks.
📄️ Layout
Stack-agnostic layout primitives: stack/cluster/grid/frame with constraints, alignment, gaps, and responsive overrides.
📄️ Manifest
Defines core project metadata, configuration, and structure for a VibeSpec project.
📄️ Motion
Stack-agnostic motion model: transitions (tween/spring/keyframes), choreography (stagger/order/overlap), presets, and reduced-motion behavior.
📄️ Project
Captures project-level metadata, version, tags, env config, and extensions.
📄️ UI Brief
High-level, stack-agnostic guidance that expresses goals and freedoms so agents can design modern or cutting-edge UIs without enumerating specific widgets or stacks.
📄️ UI Components
Stack-agnostic UI spec for pages, sections, components, props, variants, states, motion, interactions, responsiveness, and accessibility.
📄️ UI Intent
Stack-agnostic UI intent taxonomy so agents pick the right kind of component (purpose) without naming concrete widgets.
📄️ Workflow
Specifies agent orchestration, graph structure, IO, and error handling.