Media
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Description
Hide links and pages you never want to see again. NeverSee — Hide it once. Stop seeing it. The web often shows you the same things again and again — products you've already rejected, properties you're not interested in, listings you've already reviewed, or links you simply don't want to see anymore. NeverSee lets you choose those items, hide them, and remember your decision. Once you mark something as “Hide,” NeverSee saves that choice in your browser and automatically hides matching items when they appear again. Spend less time repeatedly looking at — and repeatedly rejecting — the same things. Key features Hide unwanted items directly from web pages Remember items you've chosen not to see Automatically apply saved hide rules when you revisit pages Recognize products, properties, and other items across different page layouts on selected sites Generic URL-based hiding across the web Hide links using the right-click context menu Add URLs manually from the extension popup Review, restore, or delete previously hidden items How it works across websites NeverSee provides generic URL-based hiding for websites across the web. On selected shopping, real-estate, restaurant, and other listing sites, NeverSee also uses site-specific identifiers such as product or property IDs. This can help recognize the same item even when it appears in different places or page layouts. Because websites use different structures, inline Hide controls may not appear on every page. You can still register links using the right-click menu or add URLs from the extension popup. Privacy NeverSee processes hiding rules locally in your browser. Information about items you hide is stored using chrome.storage.local and is not transmitted to NeverSee developer servers. NeverSee does not collect or sell your browsing history or page content for advertising, analytics, or user profiling. Public Beta NeverSee is currently in Public Beta. Websites change frequently, so item detection may not work perfectly on every site or page. Site compatibility and detection accuracy will continue to improve.