Show HN: Rover – turn any web interface into an AI agent with one script tag
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Re: Show HN: Rover – turn any web interface into an AI agent with one script tag
#2Re: Show HN: Rover – turn any web interface into an AI agent with one script tag
#3Re: Show HN: Rover – turn any web interface into an AI agent with one script tag
#4How does this compare to https://github.com/alibaba/page-agent ?
You can actually try it out on our own site rtrvr.ai
Re: Show HN: Rover – turn any web interface into an AI agent with one script tag
#5How does this compare to https://github.com/alibaba/page-agent ?
What we strengthened building agents working on 2M+ web workflows in the past 4 months - is our representation of pages that seamlessly helps agents go through any page old to new iframes, shadow-DOMs and more. Best part of Rover if you as website owner enable cross-origin reqs, say Doordash has Rover and a merchant be like get my restaurant menu from my website and update in Doordash. Rover agent determines the 3P website need, launches our cloud browser to securely execute 3P site actions gets the menu and updates the merchant menu on Doordash so your users never have to leave your site to do a task - one of a kind enabling cross-site interactions
Re: Show HN: Rover – turn any web interface into an AI agent with one script tag
#6Re: Show HN: Rover – turn any web interface into an AI agent with one script tag
#7Re: Show HN: Rover – turn any web interface into an AI agent with one script tag
#8How does this compare to https://github.com/alibaba/page-agent ?
On the other hand we construct our own custom Agent Accessibility Trees to represent webpages to models. This approach leads to twice as good performance in WebBench of 300+ tasks (81% vs 40%)
Re: Show HN: Rover – turn any web interface into an AI agent with one script tag
#9How does this compare to https://github.com/alibaba/page-agent ?
Also PageAgent's DOM based understanding is pretty simple and based on top of Browser-Use's approach. On the other hand we construct our own custom Agent Accessibility Trees to represent webpages to models. This approach leads to twice as good performance in WebBench of 300+ tasks (81% vs 40%)