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SkyPhusion: Open-source Solution for a Full-featured Multimodal AI Playground Based on Cloudflare Worker

SkyPhusion has open-sourced a multimodal AI playground deployed on a single Cloudflare Worker, supporting voice conversations with 35 chat models, image/video/music generation, RAG retrieval, project management, and web search. It demonstrates a new paradigm for building complex AI applications on edge computing platforms.

多模态AICloudflare Worker边缘计算语音对话RAG检索图像生成视频生成开源项目
Published 2026-06-04 01:39Recent activity 2026-06-04 01:52Estimated read 6 min
SkyPhusion: Open-source Solution for a Full-featured Multimodal AI Playground Based on Cloudflare Worker
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Section 01

SkyPhusion Introduction: Open-source Solution for a Full-featured Multimodal AI Playground Based on Cloudflare Worker

SkyPhusion is an open-source project of a full-featured multimodal AI playground deployed on a single Cloudflare Worker. It supports voice conversations with 35 chat models, image/video/music generation, RAG retrieval, project management, and web search, demonstrating a new paradigm for building complex AI applications on edge computing platforms. The project is maintained by SkyPhusion, open-sourced on GitHub, and licensed under AGPL v3.

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Section 02

Project Background and Overview

The original author/maintainer is SkyPhusion. The project is open-sourced on GitHub (repository link: https://github.com/SkyPhusion/skyphusion-llm-public) and was released on 2026-06-03. SkyPhusion is a feature-rich multimodal AI playground fully deployed on a single Cloudflare Worker. It enables full-stack AI functions such as chat, voice interaction, multimodal generation, and RAG retrieval without the need for traditional server architecture. Its "all-in-one" architecture leverages Cloudflare's edge AI infrastructure to deliver low-latency and highly available services.

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Section 03

Core Features (Evidence)

  1. Multi-model chat: Supports 35 models from 5 providers (including Workers AI, Anthropic Claude, xAI Grok, etc.), all with streaming output;
  2. Voice conversation: Submit-free interaction (Deepgram Flux real-time STT + Aura-2 TTS);
  3. Multimodal generation: Images (FLUX 2 series, etc.), videos (Google Veo 3.1, etc.), music (MiniMax Music 2.6);
  4. RAG retrieval: File upload (PDF/Excel, etc.), vector embedding (BGE-base), Vectorize storage;
  5. Project management: Named projects to organize documents and conversations;
  6. Web search: Parallel queries with Tavily + Wikipedia.
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Section 04

Technical Architecture Implementation Methods

  1. Unified interface: Drives all modalities via env.AI.run() binding;
  2. Scheduling assistant: Adapts to provider APIs like Anthropic Claude and xAI Grok;
  3. Streaming transmission: Supports SSE streaming output from 5 providers;
  4. AI Gateway: Implements observability, caching, and rate limiting;
  5. Storage architecture: D1 (metadata/conversations), R2 (binary products), Vectorize (vector embeddings);
  6. Long task processing: Cloudflare Workflows;
  7. Security control: Cloudflare Access isolates user data;
  8. Client optimization: Video keyframe extraction to reduce bandwidth costs.
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Section 05

UI Design Features

Adopts a focus mode layout: single-column centered conversations + floating input box; sliding sidebar (history/projects/document search); searchable model selector; top bar with settings pop-up and account menu; supports attachment upload and voice microphone; capability-aware mode switching (only displays applicable attachment types).

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Section 06

Deployment and Usage Recommendations

Deployment steps:

  1. Clone the repository and configure environment variables;
  2. Deploy to Cloudflare using Wrangler;
  3. Configure Cloudflare Access authentication;
  4. Add API keys (OpenAI/xAI/Tavily, etc.). The project uses AGPL v3 license and encourages community contributions and secondary development.
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Section 07

Practical Significance and Conclusion

SkyPhusion demonstrates new possibilities for edge AI:

  1. Lowered threshold (running complex AI applications on a single Worker);
  2. Multi-model strategy (comparing 35 models to select the best);
  3. Cost optimization (unified billing via Cloudflare);
  4. Privacy protection (edge processing reduces third-party transmission);
  5. Rapid prototyping (complete functional reference implementation). It is an excellent learning case and starting point for multimodal AI application developers.