TeleportHQ

Converts plain English text prompts into fully responsive websites by parsing intent through an LLM layer, generating a component tree structure, and synthesizing layout rules with CSS Grid/Flexbox for mobile-first responsive design. The system maintains semantic HTML structure while applying viewport-aware breakpoints automatically, enabling non-technical users to describe layouts in conversational language and receive production-ready responsive code.

Imports Figma design files via the Figma API, parses the design tree (frames, components, constraints, typography, color tokens), maps visual properties to semantic HTML/CSS, and generates framework-specific code with layout fidelity preservation. The transpiler maintains Figma's component hierarchy as reusable code components, extracts design tokens (colors, spacing, fonts) into CSS variables or framework-specific theme objects, and respects Figma's auto-layout constraints to produce responsive code without manual layout adjustment.

Generates interactive component behaviors (button clicks, form submissions, modal toggles, carousel navigation) with built-in state management using framework-specific patterns (React hooks, Vue reactive, Angular services). The system infers interaction intent from design (e.g., 'button labeled Submit' → form submission handler), generates event handlers and state updates, and optionally scaffolds API integration points for backend connectivity without requiring manual event binding.

Analyzes generated code for performance bottlenecks (unused dependencies, large bundle size, render inefficiencies) and suggests optimizations (code splitting, lazy loading, tree-shaking, image optimization). The system generates performance reports with metrics (bundle size, Lighthouse score, Core Web Vitals estimates) and provides automated refactoring suggestions (e.g., 'Convert to dynamic import for code splitting', 'Optimize images to WebP format').

Integrates with GitHub/GitLab to track generated code changes, visualize diffs between versions, and manage code history with commit messages and branching. The system shows side-by-side diffs of generated code changes, highlights what changed between regenerations (e.g., after updating a Figma design), and enables rollback to previous versions. Git integration enables team collaboration with pull requests, code review, and merge conflict resolution.

Generates semantically identical websites in React, Vue, Angular, and static HTML from a single internal AST representation, using framework-specific code generators that map abstract component trees to each framework's idioms (JSX, templates, decorators). The system maintains a framework-agnostic intermediate representation (IR) of components, props, state, and styling, then applies framework-specific transpilers that handle lifecycle hooks, reactivity patterns, and module systems without duplicating generation logic.

Enables multiple developers to edit generated code simultaneously with operational transformation (OT) or CRDT-based conflict resolution, syncing changes in real-time via WebSocket connections to a central server. The system tracks edit operations (insertions, deletions, modifications) with vector clocks or sequence numbers, applies conflict resolution rules (last-write-wins, merge-friendly diffs), and maintains code consistency across all connected clients without requiring manual merge resolution for non-overlapping edits.

Renders generated websites across multiple device viewports (mobile 320px, tablet 768px, desktop 1920px, ultra-wide 2560px+) in a split-screen or carousel interface, simulating CSS media queries and responsive breakpoints in real-time. The preview engine applies device-specific user agent styles, touch interaction simulation, and viewport meta tags, allowing developers to verify responsive behavior without deploying or opening DevTools, with instant feedback as code changes.

Analyzes generated code to identify repeated patterns, similar component structures, and opportunities for abstraction, then automatically extracts reusable components with props and slots. The system uses AST analysis to detect duplicate code blocks, suggests component boundaries based on semantic similarity, and refactors the codebase to replace duplicates with parameterized component instances, reducing code size and improving maintainability.

Provides one-click deployment of generated websites to TeleportHQ's managed hosting infrastructure with automatic HTTPS, CDN distribution, and performance optimization (minification, compression, image optimization). The system integrates with GitHub/GitLab for continuous deployment, automatically rebuilding and redeploying when code is pushed, with rollback capabilities and deployment history tracking. Generated sites are served from edge locations globally with automatic cache invalidation on updates.

Extracts design tokens (colors, typography, spacing, shadows, border-radius) from Figma designs or generated code, normalizes them into a canonical token library, and generates CSS variables, SCSS maps, or JavaScript objects for framework-specific consumption. The system maintains a single source of truth for design tokens, enables token versioning and change tracking, and automatically propagates token updates across all generated components without manual refactoring.

Analyzes generated code for WCAG 2.1 compliance issues (missing alt text, insufficient color contrast, missing ARIA labels, keyboard navigation problems) and suggests automated or manual fixes. The system uses axe-core or similar accessibility testing libraries to scan the rendered output, flags violations with severity levels, and provides code suggestions for remediation (e.g., adding aria-label, increasing font size for contrast).

Automatically generates SEO metadata (title, meta description, Open Graph tags, structured data/JSON-LD) based on page content and design intent, optimizes heading hierarchy (H1-H6) for search engines, and generates sitemaps and robots.txt. The system analyzes page content to suggest keyword-rich titles and descriptions, validates structured data for rich snippets, and provides SEO score feedback with recommendations for improvement (e.g., 'Add H1 tag', 'Optimize meta description length').