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Fix hole in privacy policy

I hope nobody noticed
This commit is contained in:
Rohan Kumar 2022-04-08 21:03:02 -07:00
parent 9e2d7aa615
commit dc8a635cf9
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2 changed files with 3 additions and 3 deletions

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@ -87,6 +87,6 @@ By default, user agents using HTTPS may contact a certificate authority to check
By default, user agents using HTTP or HTTPS may share a "referring" location with the destination website when following a link. I have disabled this by sending a "Referrer-Policy: no-referrer" header.
By default, Web browsers may share characteristics about the user's hardware, connection type, and personalizations using Client Hints and media queries. Browsers may request Web content according conditionally, in response to a "media" attribute in HTML or XHTML documents. Browsers may leverage stylesheets that use media queries to select varying "background-image" files. No Web content on seirdy.one will send network traffic in response to media queries: media queries will have no impact on content a standards-compliant browser will request. Media queries and client hints will have no impact on HTTP responses.
By default, Web browsers may share characteristics about the user's hardware, connection type, and personalizations using Client Hints and media queries. Browsers may request Web content according conditionally, in response to a "media" attribute in HTML or XHTML documents. Browsers may leverage stylesheets that use media queries to select varying "background-image" files. No Web content on seirdy.one will send network traffic in response to media queries except "prefers-color-scheme", assuming the use of a standards-compliant browser. Media queries and client hints will have no impact on HTTP responses except for dark image variants. This is a single binary piece of information that isn't enough to let me realistically identify anyone.
By default, many networks and Internet service providers often alter requests by redirecting them or injecting content. I have prevented this behavior by using a secure TLS cipher suite.

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@ -85,13 +85,13 @@ By default, web browsers may share arbitrary information with a server through H
By default, web browsers can share near-arbitrary identifying data with a server by executing near-arbitrary JavaScript, or store this information for future transmission. I have disabled this behavior with a `Content-Security-Policy` HTTP header that forbids script loading (`script-src: none`), script execution (`sandbox`), and making connections for any purpose other than downloading a page a user navigated to (`connect-src`).
By default, web browsers may "pre-fetch" DNS queries for links on a page, potentially leaking information to third parties without a user's consent; I have disabled this behavior with the `X-DNS-Prefetch-Control` header. This header is respected by Chromium, Firefox, and Chromium derivatives (e.g. Google Chrome, Microsoft Edge).
By default, web browsers may "pre-fetch" DNS queries for links on a page, potentially leaking information to third parties without a user's consent; I have disabled this behavior with the <code>X-DNS-Prefetch-<wbr>Control</code> header. This header is respected by Chromium, Firefox, and Chromium derivatives (e.g. Google Chrome, Microsoft Edge).
By default, user agents using HTTPS may contact a certificate authority to check the revocation status of an TLS certificate. I have disabled and replaced this behavior by including an "OCSP Must-Staple" directive in the TLS certificates used by my Web servers.
By default, user agents using HTTP or HTTPS may share a "referring" location with the destination website when following a link. I have disabled this by sending a `Referrer-Policy: no-referrer` header.
By default, Web browsers may share characteristics about the user's hardware, connection type, and personalizations using Client Hints and media queries. Browsers may request Web content according conditionally, in response to a `media` attribute in HTML or XHTML documents. Browsers may leverage stylesheets that use media queries to select varying `background-image` files. No Web content on seirdy.one will send network traffic in response to media queries: media queries will have no impact on content a standards-compliant browser will request. Media queries and client hints will have no impact on HTTP responses.
By default, Web browsers may share characteristics about the user's hardware, connection type, and personalizations using Client Hints and media queries. Browsers may request Web content according conditionally, in response to a `media` attribute in HTML or XHTML documents. Browsers may leverage stylesheets that use media queries to select varying `background-image` files. No Web content on seirdy.one will send network traffic in response to media queries except <code>prefers-color-<wbr>scheme</code>, assuming the use of a standards-compliant browser. Media queries and client hints will have no impact on HTTP responses except for dark image variants. This is a single binary piece of information that isn't enough to let me realistically identify anyone.
By default, many networks and Internet service providers often alter requests by redirecting them or injecting content. I have prevented this behavior by using a secure TLS cipher suite.