Google announced that Search Console has been upgraded to support reporting on issues around AMP and signed exchanges. Signed exchanges (SXG) can be used with AMP to show your real publisher URL and not the Google AMP cache URL when serving your AMP articles.

  • Draft spec for Signed HTTP Exchanges
  • For more information, refer to Signed Exchange subresource substitution
  • Get started with signed exchanges on Google Search
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Google Search will now crawl, cache, and prefetch SXGs when applicable. Google and other search engines sometimes prefetch content that the user is likely to visit—for example, the page corresponding to the first search result. SXGs are particularly well suited to prefetching because of their privacy benefits over non-SXG formats.


Note that the subexpression (,|$) matches headers where the q-value for SXG has been omitted; this omission implies a q-value of 1 for SXG. Although an Accept header could theoretically contain the substring q=1, in practice browsers don't explicitly list a format's q-value when it has the default value of 1.

Signed - definition of signed by The Free Dictionary

Google Search uses SXGs to provide users with a faster page load experience for pages loaded from the search results page. Sites that receive significant traffic from Google Search can potentially see significant performance improvements by serving content as SXG.


For sites that receive a significant portion of their traffic from Google Search, SXGs can be used to improve Web Vitals—namely LCP. Cached and prefetched SXGs can be delivered to users incredibly quickly and this yields a faster LCP. Although SXGs can be a powerful tool, they work best when combined with other performance optimizations such as use of CDNs and reduction of render-blocking subresources.

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Servers should serve SXGs when the Accept header indicates that the q-value for application/signed (https://kislovoadmin.ru/hack/?patch=5936)-exchange is greater than or equal to the q-value for text/html. In practice, this means that an origin server will serve SXGs to crawlers, but not browsers.

An SXG is encapsulated in a binary-encoded file that has two primary components: an HTTP exchange and a signature. The HTTP exchange consists of a request URL, content negotiation information, and an HTTP response.


There is a certain amount of user information inherent to all network requests regardless of how or why they were made: this includes information like IP address, the presence or absence of cookies, and the value of headers like Accept-Language. This information is "disclosed" to the destination server when a request is made. Because SXGs are prefetched from a cache, rather than the origin server, a user's interest in a site will only be disclosed to the origin server once the user navigates to the site, rather than at the time of prefetching. In addition, content prefetched via SXG does not set cookies or access localStorage unless the content is loaded by the user. Furthermore, this reveals no new user information to the SXG referrer. The use of SXGs for prefetching is an example of the concept of privacy-preserving prefetching.

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To generate a SXG you will need a certificate that can sign SXGs

In the long-term, truly portable content can be utilized to achieve use cases like fully offline experiences. In the immediate-term, the primary use case of SXGs is the delivery of faster user experiences by providing content in an easily cacheable format. Specifically, Google Search will cache and sometimes prefetch SXGs. For sites that receive a large portion of their traffic from Google Search, SXGs can be an important tool for delivering faster page loads to users.

Content negotiation is a mechanism for serving different representations of the same resource at the same URL depending on the capabilities and preferences of a client—for example, serving the gzip version of a resource to some clients but the Brotli version to others. Content negotiation makes it possible to serve both SXG and non-SXG representations of the same content depending on a browser's capabilities.


SXGs are a part of the broader Web Packaging spec proposal family. In addition to SXGs, the other major component of the Web Packaging spec is Web Bundles ("bundled HTTP exchanges"). Web Bundles are a collection of HTTP resources and the metadata necessary to interpret the bundle.

At a high level, implementing SXGs consists of generating the SXG corresponding to a given URL and then serving that SXG to users. To generate a SXG you will need a certificate that can sign SXGs.


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The money will be funneled to cash-strapped borrowers through state housing agencies. At least 60% of the state grants must go to homeowners with incomes at or below either the local median income or the national median income, whichever is higher.



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The relationship between SXGs and Web Bundles is a common point of confusion. SXGs and Web Bundles are two distinct technologies that don't depend on each other—Web Bundles can be used with both signed and unsigned exchanges. The common goal advanced by both SXGs and Web Bundles is the creation of a "web packaging" format that allows sites to be shared in their entirety for offline consumption.


The Accept header sent by the Google Search crawler expresses an equal preference for text/html and application/signed-exchange. As described in the previous section, sites that wish to use SXGs should serve them when the Accept header of a request expresses an equal or greater preference for SXGs over text/html. In practice, only crawlers will express a preference for SXGs over text/html.

Gen-signedexchange is a tool provided by the webpackage specification as a reference implementation of generating SXGs. Due to its limited feature set, gen-signedexchange is useful for trying out SXGs, but impractical for larger-scale and production use.