Firefox Compiled to WebAssembly, Runs Inside a Browser
Score
71将完整浏览器编译为WASM运行在另一个浏览器中，信息增量极高，展示了AI与WebAssembly的新可能。
内容详实，有技术验证和流量分析，但缺乏性能基准数据。
目前仍处于演示阶段，代理成本高，短期内难以实用化。
文章发布日期为2026年7月16日，内容前沿且紧跟技术热点。
来源为个人技术博客，作者可靠，但非官方公告，信度可接受。
Base 78.5 × T2 Source weight ×0.9 = 71
Curation line 70Selected
Why selected
The content is highly innovative and shocking, but practical value is currently limited and depends on costly proxies, earning a composite score of 8.
AI commentary
「This project stunned me: the synergy between AI and WebAssembly can rapidly build complex tasks that previously required extensive human validation. For browser developers, WebAssembly enthusiasts, and AI-assisted programming practitioners, this post deserves thorough reading. After seeing it, I can't help but rethink the boundaries of the browser.」
Quick overview
The Puter project has successfully compiled Firefox's Gecko engine to WebAssembly, allowing it to run as a full browser within another browser. The project leveraged AI-assisted programming using Claude Opus and Fable tokens, costing approximately $25,000 via a Claude Max subscription. All network traffic is proxied over WebSocket using the Wisp protocol, with end-to-end encryption support. This breakthrough showcases the immense potential of combining AI with WebAssembly, opening new possibilities for browser nesting and remote operations.
- Compiled the Firefox/Gecko engine to WebAssembly, running a full browser instance within a browser.
- The project relied on AI-assisted programming, consuming about $25,000 worth of Claude Opus and Fable tokens.
- All network traffic is proxied via Puter's Wisp protocol WebSocket, with HTTPS encryption support.
- A similar project, WebKitWasm, exists but has no public online demo.
Full text
Showing the source text; the full translation is being generated.
Here's my blog, running in Firefox, running in WebAssembly, running in Chrome:
They chose Firefox/Gecko because it has strong single-process support. The project took an estimated $25,000 of Claude Opus and Fable tokens, taking advantage of a Claude Max subscription plan.
The demo funnels all traffic over a WebSocket protocol (using the Wisp protocol) through Puter's server - a requirement to get this kind of thing to work because code running in browsers can't open arbitrary network connections.
(That proxying sounds expensive! The team had to scale the servers up to handle the traffic during the Hacker News conversation about the project.)
Puter claim this supports end-to-end encryption and that looks to be true - I inspected the WebSocket messages and traffic to my own HTTPS site was encrypted whereas requests and responses to http://www.example.com/ were in cleartext.
Here's the repo for firefox-wasm. theogbob/WebkitWasm is a similar project that compiles WebKit to WASM, but that one doesn't currently have an accessible online demo.
Via Hacker News
Tags: browsers, firefox, ai, webassembly, generative-ai, llms, ai-assisted-programming, claude, claude-mythos-fable
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