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And, if you're interested, read on for more detail. It works by providing a thin client over the web that you connect your regular browser to. The thin client provides an interface to a remote browser that you interact with the browser the public internet. This is significant because the internet is a cesspool of attacks. Malware, ransomware, virii, tracking, exploited PDFs, ways to deliver device zero days over the…
Question: why have the protocol based on pixels when you could use vanilla css and html? Like SSR, you could render the page with js remotely and capture the live html/css render to display. Of course, this process would be tricky as you'd also have to look for iframes and also generate bake out its render too. While much more complex, it would be far more efficient than sending back a pixel video stream.
> it would be far more efficient than sending back a pixel video stream
Yes it would also deliver back exactly all the vulnerabilities to you that this project was specifically made for protecting against... Are you sure you have read its description? The whole point is to do dumb pixels that can't be exploited.