尚未偵測到更新。GitHub 發布版本後會顯示在這裡。
個人 GitHub 帳號下公開儲存庫的擁有者可以登入並驗證所有權,自行管理介紹,無需管理員核准。
登入並產生驗證檔案,在 30 分鐘內將其提交至此儲存庫的預設分支。其他分支或分叉儲存庫中的檔案無效。然後在下方檢查檔案,即可無需管理員核准直接管理專案。請保留檔案以維持管理權限。
如需登入,將前往登入頁面。登入後請回到此處,再次點擊所選的驗證按鈕。
在專案資料夾中執行 /nomorevibe verify,即可驗證所有權並自行管理介紹。
一分鐘完成驗證製作者的介紹僅有上面的一句話。 更多詳情請閱讀儲存庫 README。 儲存庫 README ↗
正在載入完整 README。
檢視完整 README ↗AI-Powered Storyboard Platform with Real-time Figma Sync
🏆 2nd Place Winner at Supabase Hackathon 2025!
Write-up: rustman.org/projects/project-superstoryboard
Built for Supabase Hackathon 2025 - A full-stack platform for creating professional video storyboards using AI-powered scene generation with real-time synchronization to Figma.
See SuperStoryboard in action - AI-powered storyboard generation with real-time Figma sync!
Rustam Salavatov - CTO at SuperDuperAI
10+ years building AI systems | Multi-agent orchestration | Generative AI (video, image, voice) | Full-stack development
AI Chat Dashboard - Interactive AI chat interface powered by Google Gemini Nano and Veo 3 models
Try the live demo to see real-time storyboard generation with AI-powered scene creation!
AI Storyboard with Google Nana Banana and VEO 3.1
Get the Figma template and start creating your own AI-powered storyboards!
Transform natural language into professional video storyboards with AI-powered scene generation and real-time Figma collaboration.
Inspiration: SuperDuperAI's multi-agent video production platform.
✅ Figma Plugin with Real-time Sync (/figma-plugin)
✅ AI Generation Backend (/supabase)
🚧 Web Application
SuperStoryboard Platform
├─ Web App (coming soon) → Create & edit storyboards
├─ Figma Plugin ✅ → Real-time canvas sync
└─ Supabase Backend ✅ → Database, Realtime, AI Generation
├─ PGMQ Queues ✅ → image_generation_queue, video_generation_queue
├─ Edge Functions ✅ → process-image-generation, process-video-generation
├─ Google Gemini ✅ → Image generation (PNG, text-to-image, image-to-image)
└─ Google Veo 3.1 ✅ → Video generation (MP4, 4-8s, 720p/1080p, with audio)
Tech Stack:
Key Innovation: Hybrid architecture bypasses QuickJS limitations - UI handles network operations, plugin manages canvas.
cd figma-plugin
npm install
# Configure environment variables
cp .env.example .env
# Edit .env with your Supabase credentials
# Build plugin
npm run plugin:build && npm run ui:build
Then import figma-plugin/manifest.json in Figma Desktop App:
Menu → Plugins → Development → Import plugin from manifest...
Environment Variables Required:
VITE_SUPABASE_PROJECT_ID - Your Supabase project IDVITE_SUPABASE_ANON_KEY - Your Supabase anon (public) keyVITE_DEFAULT_STORYBOARD_ID - Default storyboard ID for testingSee figma-plugin/README.md for detailed setup instructions.
superstoryboard/
├── figma-plugin/ # Figma plugin with real-time sync ✅
│ ├── plugin/ # Plugin backend (QuickJS)
│ ├── ui/ # React UI (browser)
│ └── README.md
├── supabase/ # Backend infrastructure ✅
│ ├── functions/ # Edge Functions (image/video generation)
│ ├── migrations/ # Database migrations
│ └── README.md # Complete technical documentation
├── web-app/ # Web application (coming soon)
├── docs/ # Documentation
├── CLAUDE.md # Project guidelines
└── .mcp.json # MCP server config (Supabase)
Figma QuickJS Workaround
QuickJS lacks WebSocket API and fetch with headers → Hybrid architecture: UI handles network, plugin manages canvas via postMessage
Supabase Realtime Phoenix Channels with 30s heartbeat, object-based messages, scene diffing for change detection
MIT © Rustam Salavatov
Special thanks to:
🏆 2nd Place Winner - Supabase Hackathon 2025 🚀