人工智能方案目錄

Pixso AI is a next-generation collaborative design and code-generation tool that streamlines product development from prompt to production. Powered by generative AI and smart code parsing, it lets teams generate editable UI designs and immediately export production-ready front-end code.

Core AI Tools & Capabilities: • AI Design (UI/UX Generation) - Instantly transforms natural language prompts into fully layered, editable UI design drafts—complete with auto-layout structures, buttons, cards, and typography. • AI Design-to-Code (D2C) - Intelligently parses layer structures, design tokens, and flex/grid layouts to auto-generate clean, semantic front-end code (HTML/CSS, React, Vue, Flutter, ArkUI/HarmonyOS) • AI Text-to-Image & Editing - Generates static visuals, marketing banners, illustrations, or icons using text descriptions, with advanced capabilities like inpainting, background removal, and upscaling. • AI Design System Generator - Automatically analyzes brand requirements (like theme colors and styles) to generate comprehensive, professional design specification systems. • AI Smart Text (Language Master)- Offers real-time translation, copywriting, text polishing, and smart summarization directly inside your text frames and design files. • AI Checklist & Planning Tools - Generates structured design element checklists, user personas, and requirement frameworks to keep project workflows organized.

Use Case 1 Rapid App Prototyping & Layout Generation (Product Managers / UI Designers)

Scenario: A startup product manager needs to pitch a concept for a Dark-Mode Fitness & Workout Tracking App to stakeholders by the end of the day, but has no pre-existing wireframes or assets.

How Pixso AI is used:

- Generate Core Layouts: The PM opens the canvas and prompts Pixso AI: "Create a dark-mode fitness app layout with a daily calorie ring, weekly activity line charts, and metric tiles for heart rate and steps using neon green accents." - Edit as Vector Art: Unlike flat image generators (e.g., Midjourney), Pixso AI outputs fully layered, vector-based UI frames complete with Auto-Layouts, text, and icons. - Refine & Present: The designer jumps in to tweak colors across all elements using standard controls, adds screen transitions, and exports an interactive preview for the pitch—all in under 30 minutes.

Use Case 2: From AI Prompt to Production Code (Solo Founders & Front-End Devs)

Scenario: A developer wants to build a web dashboard for a crypto portfolio app, but wants to avoid writing hundreds of lines of repetitive CSS and layout boilerplate from scratch.

How Pixso AI is used:

- Generate Design: The developer prompts Pixso AI: "Generate a dark-mode Web SaaS dashboard with a sidebar menu, crypto price chart cards, and a recent transactions table." - Inspect & Generate Code: Selecting the generated dashboard, the developer opens the Design-to-Code (D2C) inspector panel and selects React + Tailwind (or HTML/CSS). - Export Code: Pixso AI parses the Auto-Layout flexbox rules, padding, colors, and responsive parameters into clean, semantic React code. The dev copies the code directly into their codebase, reducing UI layout work by up to 70%.

Use Case 3: Multi-Platform Mobile App Development (Flutter / ArkUI Teams)

Scenario: An engineering team needs to launch an iOS/Android app (using Flutter) and a HarmonyOS native app (using ArkUI) with identical UI layouts.

How Pixso AI is used:

- Generate UI Draft: The designer generates the mobile onboarding screens using Pixso AI Design Drafts. - Export Flutter Code: The mobile developer selects the screens and chooses Flutter in the code panel. Pixso AI generates structured Widget code with correct nested layouts, text styles, and colors. - Export ArkUI Code: The HarmonyOS developer selects the same screens, toggles the framework target to ArkUI (ArkTS), and exports native HarmonyOS UI component code instantly—ensuring 1:1 design fidelity across ecosystems.