New Brave Browser Feature Bypasses 'Harmful' Google AMP Pages
Privacy-focused browser Brave has announced a new feature that bypasses pages rendered with Google's AMP framework and automatically redirects users to the original website.
![Brave Browser Welcome Page](https://images.macrumors.com/t/Z7lhfSZ_heykIiPu4ugBv_Z3DxM=/400x0/article-new/2022/04/Brave_Browser_Welcome_Page.jpg?lossy)
AMP, or Accelerated Mobile Pages, is Google's non-standard subset of HTML that renders page content to make it look like its coming from the original publisher's website, when in fact it's being served from Google's servers.
Google claims that AMP improves website performance and simplifies the browsing experience, but critics say the framework furthers the monopolization of the web and is harmful to privacy, since it gives Google even more information on which pages users visit and how they interact with them.
In a blog post announcing the AMP-bypassing feature, called De-AMP, Brave explained how it would "protect" users from AMP in several ways.
Where possible, De-AMP will rewrite links and URLs to prevent users from visiting AMP pages altogether. And in cases where that is not possible, Brave will watch as pages are being fetched and redirect users away from AMP pages before the page is even rendered, preventing AMP/Google code from being loaded and executed.
Google is currently developing a successor to AMP, based on its Signed Exchange and WebBundle proposals, both of which Brave has previously criticized on the grounds of user control, performance, and privacy.
Last year, Brave dropped Google as its default search engine and replaced it with the more privacy-oriented Brave Search, which uses an independent index and doesn't track users or their searches.
Popular Stories
Following nearly two years of rumors about a fourth-generation iPhone SE, The Information today reported that Apple suppliers are finally planning to begin ramping up mass production of the device in October of this year. If accurate, that timeframe would mean that the next iPhone SE would not be announced alongside the iPhone 16 series in September, as expected. Instead, the report...
Key details about the overall specifications of the iPhone 17 lineup have been shared by the leaker known as "Ice Universe," clarifying several important aspects of next year's devices. Reports in recent months have converged in agreement that Apple will discontinue the "Plus" iPhone model in 2025 while introducing an all-new iPhone 17 "Slim" model as an even more high-end option sitting...
Apple supply chain analyst Ming-Chi Kuo today shared alleged specifications for a new ultra-thin iPhone 17 model rumored to launch next year. Kuo expects the device to be equipped with a 6.6-inch display with a current-size Dynamic Island, a standard A19 chip rather than an A19 Pro chip, a single rear camera, and an Apple-designed 5G chip. He also expects the device to have a...
Apple typically releases its new iPhone series around mid-September, which means we are about two months out from the launch of the iPhone 16. Like the iPhone 15 series, this year's lineup is expected to stick with four models – iPhone 16, iPhone 16 Plus, iPhone 16 Pro, and iPhone 16 Pro Max – although there are plenty of design differences and new features to take into account. To bring ...
Apple’s iCloud Private Relay service is down for some users, according to Apple’s System Status page. Apple says that the iCloud Private Relay service may be slow or unavailable. The outage started at 2:34 p.m. Eastern Time, but it does not appear to be affecting all iCloud users. Some impacted users are unable to browse the web without turning iCloud Private Relay off, while others are...
Apple is planning to release at least one iPhone 17 model next year with mechanical aperture, according to a report published today by The Information. The mechanical system would allow users to adjust the size of the iPhone 17's aperture, which refers to the opening of the camera lens through which light enters. All existing iPhone camera lenses have fixed apertures, but some Android...