updateDynamic rules is blocking ads on my device with iOS 17.4, but on my iOS 18 device the same code is not blocking ads. Is this a known issue?

Hello from Leipzig, Germany! I noticed that when vertically scrolling in Safari 26 on my Mac, the content of the website I am currently working on is visible in the tab and URL bar with a liquid glass effect. I then looked at various other websites. Some websites have an opaque top bar. Some websites have a transparent top bar where content is visible when scrolling. On the Apple website, the top bar is opaque in light mode but transparent in dark mode. Unfortunately, I can't find a way to control this behavior. Has anyone found out more about this?

It‘s called Track Configuration API found in the iOS 26.0 Public Beta 5. No explanation anywhere on the web Or release notes, it’s not mentioned anywhere. I‘m very interested in new tracking innovations. And another small thing I‘ve never found out, what is „fingerprint related quirk“ is that an insider joke Or something? I don‘t know it‘s actions. Thank you for answering

Hello, why is Safari blocking my domains? https://fitgel.ru https://fittoma.ru https://ohota.pro There are no errors in them, other browsers respond normally.

window.location.href = 'tel:0216700310'; I ran the code in an IOS environment. The number was displayed when the call button on the device appeared. However, other IOS devices besides some devices came out as a number starting with +82, and I received feedback that the call was not connected properly. I wonder what could be caused by only some devices. And I would also like to ask what can be done to allow the numbers on the code to be displayed and called as they are.

Subject: Unexpected system confirmation dialog when opening a Universal Link Description of the issue: We’re implementing a login flow using Native iOS apps, Universal Links, and OpenID Connect authentication. Our domain is correctly configured with the apple-app-site-association file, and Universal Links work as expected. However, under certain circumstances, the behavior differs on the same login page: The user connects to the OIDC provider in their mobile browser. Instead of automatically switching to the Native application, a popup asks the user to open the app. The behavior depends on how the login page is opened: When opened in a new browser tab, the Universal Link opens the app immediately without showing any system confirmation dialog. When the same tab is reused without a page refresh, iOS displays a system confirmation dialog asking the user to open the link in the app. This confirmation dialog doesn’t appear in the first scenario. This additional system dialog impacts the user experience, as we aim for a frictionless and seamless login flow with minimal confirmation steps. Question: Why does the app switch work automatically only the first time? Is this intentional iOS behavior? If so, what security requirement or system rule causes a confirmation dialog when reusing the same tab, but not when redirecting in a new tab or pressing a button on the reused tab? Is this expected design, or should we adjust our side to avoid this dialog? Environment details: Verified on two devices iOS versions: 18.7.2, 26.1 Thanks for your help.

iOS 26 (from beta 1 to beta 2) We have a VPN app that installs a per-app VPN profile with SafariDomains to filter Safari network traffic. This setup works as expected on iOS versions lower than 26.0. See here more details on SafariDomains: https://developer.apple.com/business/documentation/Configuration-Profile-Reference.pdf On iOS 26, all SafariDomains configured to go through the per-app VPN result in the following error: "Safari can’t open the page. The error was: Unknown Error" Additional Details: Only SafariDomains encounter this error. Other managed apps traffic through the per-app VPN works correctly. Steps to Reproduce: Install the VPN app with a per-app VPN profile. Configure SafariDomains with any URL (e.g., example.com). Open Safari and navigate to the configured URL. Example Configuration: We tested with a simple example by adding only one URL to SafariDomains (example.com). Logs from the console were captured at the moment Safari opened and encountered the error. safari_google2.txt Has anyone else encountered this issue on iOS 26? Any insights or solutions would be greatly appreciated. Thank you!

I have a simple website, that I would like to make available as a progressive webapp, so I can somewhat customize what happens when people add the website to their homescreen (using the Share button) and maybe, in the future, use PWABuilder or something similar to publish it in some stores. My website needs authentication using OIDC, which after some redirects within the PWA opens an authenticator app on the phone. When the app returns from authenticating however, it opens a new browser tab instead of my PWA, so there is no context and the login fails. I am under the impression that this used to work, but I'm not sure. I'm also not sure what the problem is, I have no idea how, when the Authenticator app opens a URL (which is what I assume is happening under the hood), iOS or Safari or whatever would know which app to open (as the redirect URL is to the OIDC Idp, not the URL of my Web app). Any hints where I could look for a solution? Thanks!

Hello everyone, We've had our app rejected twice under Guideline 3.2.2 regarding charitable donations, and we're seeking clarification on the correct implementation. We've read the guidelines but want to confirm the technical approach with the community's experience. The Rejection Reason: Apple states: "We still noticed that your app includes the ability to collect charitable donations within the app..." They specify that since we are not an approved nonprofit, we must use one of the alternatives, primarily: "provide a link to your website that launches the default browser or SFSafariViewController for users to make a donation." Our Current (Rejected) Implementation: User taps a "Help" button in our native app. A native modal appears inside our app where the user enters their donation amount and email address for the receipt. The user clicks "Donate," which then opens an SFSafariViewController to our website's payment page (e.g., Stripe, PayPal). The amount and email are passed as URL parameters to pre-fill the form. Our Questions for the Community: Is the issue solely the fact that we have a native modal for data entry? We understand we cannot process the payment in-app, but we thought collecting the intent (amount, email) was acceptable before handing off to Safari. What is the definitive, compliant flow? Option A: Should the "Help" button do nothing more than open an SFSafariViewController to a generic donations landing page on our website (https://ourwebsite.com/donate), with no data pre-filled? The user must then navigate and enter all information on the website itself. Option C: The rejection also mentions SMS. Has anyone had success implementing a "Text-to-Donate" link instead of a web flow? Wording: The button in our app currently says "Donate". Should this be changed to a more passive call to action like "Visit Website to Donate" to make it absolutely clear the transaction is external? We want to ensure our next submission is successful. Any insight, especially from developers who have successfully navigated this exact rejection, would be immensely helpful. Thank you.

Hi! I'm working on a web extension for Safari and I need to send messages from the containing application to JavaScript. For this I use the method class func dispatchMessage( withName messageName: String, toExtensionWithIdentifier identifier: String, userInfo: [String : Any]? = nil ) async throws of the SFSafariApplication class. If the site is opened in Safari in normal mode, everything works as expected. However, if the site is "docked", the messages are not transmitted to this "Web App". Is it possible to somehow link the container application to the docked website so that messages from the application are received by this "Web App"? That you.

I'm trying to use DNR to force safe search with Qwant search engine. Under certain circumstances (scenario described below) the search is performed with an API which contains the safe search level in a URL parameter. A typical query URL is https://api.qwant.com/v3/search/web?q=test&count=10&locale=fr_FR&offset=0&device=desktop&tgp=1&safesearch=0&displayed=true&llm=true. I want a DNR rule to force safesearch to be 2 (= strict) (from some javascript code) : { id: 1, priority: 1, action: { type: 'redirect', "redirect": { "transform": { "queryTransform": { "addOrReplaceParams": [{ "key": "safesearch", "value": "2" }] } } } }, condition: { "urlFilter": "api.qwant.com/v3/search", "resourceTypes": ["xmlhttprequest"] }, } When this rule is activated, I end up with a URL with the original safesearch parameter AND the forced one : https://api.qwant.com/v3/search/web?q=test&count=10&locale=fr_FR&offset=0&device=desktop&tgp=1&safesearch=0&displayed=true&llm=true&safesearch=2. To reproduce this request (with the previous DNR rule in place) : navigate to https://www.qwant.com search for some string (test in my case). This displays the list of results ; click the engine button at the top right to display the settings pane ; inspect network request performed by this page ; change the Adult filter in the list -> the results are automatically updated with the new settings. The web request shows URL with the 2 safesearch parameters. I already used addOrReplaceParams in 'standard' contexts (main_frame) and it works just fine. Any hint on what goes on ? Thank you.

Scenario Overview: In our app, we open an in-app browser to complete a third-party consent flow. The sequence is: App → Website A (set cookie and redirect) → Google → Website A (check cookie) → App After upgrading the app, the first consent attempt fails because the cookie cannot be written, causing the check cookie step to fail. However, if we use the native Safari browser, this issue does not occur. Observed Behavior: Scenario Result Upgrade app → Consent ❌ Fail Upgrade app → Consent fail → Consent again immediately ✅ Pass Upgrade app → Consent fail → Upgrade again after 1–2h → Consent ✅ Pass Upgrade app → Consent fail → Upgrade again after 1d → Consent ❌ Fail Install a new app → Consent ✅ Pass Upgrade app → Consent, cancel flow → Consent again ✅ Pass Install new app → Wait for upgrade → Upgrade app → Consent ✅ Pass Install new app → Wait 1–2h → Upgrade app → Consent ✅ Pass Investigation: From Safari documentation, this seems related to Intelligent Tracking Prevention (ITP), which restricts cross-site cookie behavior during first-party interactions. However, I haven’t found a clear mitigation strategy yet. Question: Has anyone encountered similar issues with Safari ITP after app upgrades? Are there recommended approaches to ensure cookies persist across this redirect flow?

aID is an ID service for 150+ newspaper sites in Norway. Since the middle of January the average login time with passkeys on our site https://www.aid.no/ has increased for Safari users, the number of logins using passkey in Safari has decreased dramatically. Previously Safari was the browser that provided the best user experience during login, since it triggered fingerprint reader straight away, but this behavior has vanished. Has something changed that we should be aware of, and is there something we can do to make conditional get great again? Without mediation conditional, the passkeys work as expected. In Chrome and Firefox, we get passkey suggestions in the username field, in Safari it's only password suggestions. To make things even stranger, the same code works as it used to in our test environment. It triggers a small popup by the username field and activates the fingerprint reader. If I cancel this, I can click on the Passwords icon and get passkey suggestion there.

I have an iOS app that generates and renders a custom HTML document inside a UIWebView. After updating a device to iOS 26, the same HTML is rendered with noticeably smaller fonts compared to previous iOS versions. No code or HTML changes were made. Context HTML is generated dynamically and rendered in a UIWebView The HTML is embedded inside a custom XML wrapper The issue happens only on iOS 26 Earlier iOS versions render the font size correctly

I want to migrate from a Safari App Extension to a Safari Web Extension, but don't know how to get rid of the message, telling users that my extension can access their passwords. Here is a message which I see: I was thinking that this might be because all Safari Web Extension get this type of access, but I have a Safari Web Extension which does not require such level of access: Here is the manifest: { "manifest_version": 2, "default_locale": "en", "name": "__MSG_extension_name__", "description": "__MSG_extension_description__", "version": "1.1", "icons": { "48": "images/icon-48.png" }, "background": { "scripts": [ "background.js" ], "persistent": true }, "browser_action": { "default_popup": "popup.html", "default_icon": { "16": "images/toolbar-icon-16.png" } }, "permissions": [ "nativeMessaging", "tabs" ] } and here is the Info.plist file: Here is the entire code of the extension: https://github.com/kopyl/web-extension-simplified

Bit of an odd one here, just keen to understand if it’s just me or a more generic issue. For all other apps, I can drag the icon from the dock to place into stage manager left, centre or right. However when I try to do the same with Safari (and only Safari), it just doesn’t work at all. I can repeat this 100%, has been an issue with 26.0, 26.1 and now 26.2. Can confirm this isn’t a problem on my 11” M4 iPad pro running same O/S. Here is a video showing the issue (YouTube) https://youtu.be/0WBGBZVHsfs

i have programmed a website and struggle to get it to work on safari ios26. 100vh fixed positioned images do not fill the screen anymore. i could live with that, having two background coloured spaces at the top and at the bottom. but elements that scroll out of this new viewport are fully visible, as you can see on the enclosed screenshots. i have no idea how i could fix this and dont find any answer anywhere on the net?

Description When creating an Apple ID via the web form, if the user’s chosen password contains their own name, the server correctly returns an error (e.g., "Password cannot contain your name") in the PUT request's JSON response. However, this error is not shown on the frontend, leaving users unaware of why the form silently fails or stalls. Steps to Reproduce Go to the Apple ID account creation page (https://appleid.apple.com/account). Enter valid account details where the password includes the user's first or last name (e.g., Johnacb2331!l for a user named John Doe). Complete all fields, including phone number verification and captcha. Submit the form and monitor the Network tab in your browser’s DevTools. Observe that the form appears to hang, loop, or silently fail. Open the PUT request to /account — the response JSON will contain the relevant validation error (e.g., “Password cannot contain your name”), but the user is not shown this. Expected Behavior The password validation error (e.g., containing the user’s name) should be immediately displayed in the UI next to the password field to inform the user and allow for correction. Actual Behavior No error is shown in the UI. The form appears to fail silently, leaving the user confused. The actual reason for failure is only visible through browser developer tools in the PUT response payload. Impact This can lead to: User frustration and confusion Increased support overhead Poor UX in a critical flow (account creation) Environment Browser: chrome 136.0.7103.114 Platform: Web (https://appleid.apple.com) Date observed: 31/5/25 Suggested Fix Ensure that password validation messages from backend responses surface in the frontend, especially for common user input issues like including names in passwords. No screenshots as I can not create a new account

Crash Stack: thread #1, queue = 'com.apple.main-thread', stop reason = EXC_BREAKPOINT (code=1, subcode=0x19ba3bb04) frame #0: 0x000000019ba3bb04 CoreFoundation`forwarding.cold.2 + 92 frame #1: 0x000000019b8ab718 CoreFoundation`forwarding + 1288 frame #2: 0x000000019b8ab150 CoreFoundation`_CF_forwarding_prep_0 + 96 frame #3: 0x000000019df230b0 CoreText`TCFRef<CTRun*>::Retain(void const*) + 40 frame #4: 0x000000019e052050 CoreText`CreateFontWithFontURL(__CFURL const*, __CFString const*, __CFString const*) + 476 frame #5: 0x000000019e052874 CoreText`TCGFontCache::CopyFont(__CFURL const*, __CFString const*, __CFString const*) + 144 frame #6: 0x000000019df27dcc CoreText`TBaseFont::CopyNativeFont() const + 232 frame #7: 0x000000019df8ee64 CoreText`TBaseFont::GetInitializedGraphicsFont() const + 152 frame #8: 0x000000019df26d70 CoreText`TBaseFont::CopyVariationAxes() const + 296 frame #9: 0x000000019df2d148 CoreText`TDescriptor::InitBaseFont(unsigned long, double) + 768 frame #10: 0x000000019df21358 CoreText`TDescriptor::CreateMatchingDescriptor(__CFSet const*, double, unsigned long) const + 604 frame #11: 0x000000019df251f8 CoreText`CTFontCreateWithFontDescriptor + 68 frame #12: 0x00000001bff8dfb8 WebCore`WebCore::createCTFont(__CFDictionary const*, float, unsigned int, __CFString const*, __CFString const*) + 124 frame #13: 0x00000001bff8e8bc WebCore`WebCore::FontPlatformData::fromIPCData(float, WebCore::FontOrientation&&, WebCore::FontWidthVariant&&, WebCore::TextRenderingMode&&, bool, bool, std::__1::variant<WebCore::FontPlatformSerializedData, WebCore::FontPlatformSerializedCreationData>&&) + 228 frame #14: 0x00000001c128eef4 WebKit`IPC::ArgumentCoder<WebCore::Font, void>::decode(IPC::Decoder&) + 1352 frame #15: 0x00000001c1333ca4 WebKit`std::__1::optional<WTF::HashMap<WTF::String, WebCore::AttributedString::AttributeValue, WTF::DefaultHashWTF::String, WTF::HashTraitsWTF::String, WTF::HashTraitsWebCore::AttributedString::AttributeValue, WTF::HashTableTraits>> IPC::ArgumentCoder<WTF::HashMap<WTF::String, WebCore::AttributedString::AttributeValue, WTF::DefaultHashWTF::String, WTF::HashTraitsWTF::String, WTF::HashTraitsWebCore::AttributedString::AttributeValue, WTF::HashTableTraits>, void>::decodeIPC::Decoder(IPC::Decoder&) + 480 frame #16: 0x00000001c1333a5c WebKit`std::__1::optional<WTF::HashMap<WTF::String, WebCore::AttributedString::AttributeValue, WTF::DefaultHashWTF::String, WTF::HashTraitsWTF::String, WTF::HashTraitsWebCore::AttributedString::AttributeValue, WTF::HashTableTraits>> IPC::Decoder::decode<WTF::HashMap<WTF::String, WebCore::AttributedString::AttributeValue, WTF::DefaultHashWTF::String, WTF::HashTraitsWTF::String, WTF::HashTraitsWebCore::AttributedString::AttributeValue, WTF::HashTableTraits>>() + 28 frame #17: 0x00000001c1333804 WebKit`std::__1::optional<std::__1::pair<WebCore::AttributedString::Range, WTF::HashMap<WTF::String, WebCore::AttributedString::AttributeValue, WTF::DefaultHashWTF::String, WTF::HashTraitsWTF::String, WTF::HashTraitsWebCore::AttributedString::AttributeValue, WTF::HashTableTraits>>> IPC::Decoder::decode<std::__1::pair<WebCore::AttributedString::Range, WTF::HashMap<WTF::String, WebCore::AttributedString::AttributeValue, WTF::DefaultHashWTF::String, WTF::HashTraitsWTF::String, WTF::HashTraitsWebCore::AttributedString::AttributeValue, WTF::HashTableTraits>>>() + 156 frame #18: 0x00000001c121f368 WebKit`IPC::ArgumentCoder<WebCore::AttributedString, void>::decode(IPC::Decoder&) + 172 frame #19: 0x00000001c121f124 WebKit`std::__1::optionalWebCore::AttributedString IPC::Decoder::decodeWebCore::AttributedString() + 28 frame #20: 0x00000001c12594ec WebKit`IPC::ArgumentCoder<WebCore::DictionaryPopupInfo, void>::decode(IPC::Decoder&) + 76 frame #21: 0x00000001c12d0660 WebKit`std::__1::optionalWebCore::DictionaryPopupInfo IPC::Decoder::decodeWebCore::DictionaryPopupInfo() + 28 frame #22: 0x00000001c12ceef0 WebKit`IPC::ArgumentCoder<WebKit::WebHitTestResultData, void>::decode(IPC::Decoder&) + 1292 frame #23: 0x00000001c1338950 WebKit`std::__1::optionalWebKit::WebHitTestResultData IPC::Decoder::decodeWebKit::WebHitTestResultData() + 28 frame #24: 0x00000001c1ec7edc WebKit`WebKit::WebPageProxy::didReceiveMessage(IPC::Connection&, IPC::Decoder&) + 31392 frame #25: 0x00000001c1fb8f28 WebKit`IPC::MessageReceiverMap::dispatchMessage(IPC::Connection&, IPC::Decoder&) + 272 frame #26: 0x00000001c19ab2c0 WebKit`WebKit::WebProcessProxy::didReceiveMessage(IPC::Connection&, IPC::Decoder&) + 44 frame #27: 0x00000001c1fb3254 WebKit`IPC::Connection::dispatchMessage(WTF::UniqueRefIPC::Decoder) + 252 frame #28: 0x00000001c1fb3768 WebKit`IPC::Connection::dispatchIncomingMessages() + 576 frame #29: 0x00000001b9ab90c4 JavaScriptCore`WTF::RunLoop::performWork() + 204 frame #30: 0x00000001b9ab9fec JavaScriptCore`WTF::RunLoop::performWork(void*) + 36 frame #31: 0x000000019b8cc8a4 CoreFoundation`CFRUNLOOP_IS_CALLING_OUT_TO_A_SOURCE0_PERFORM_FUNCTION + 28 frame #32: 0x000000019b8cc838 CoreFoundation`__CFRunLoopDoSource0 + 176 frame #33: 0x000000019b8cc59c CoreFoundation`__CFRunLoopDoSources0 + 244 frame #34: 0x000000019b8cb138 CoreFoundation`__CFRunLoopRun + 840 frame #35: 0x000000019b8ca734 CoreFoundation`CFRunLoopRunSpecific + 588 frame #36: 0x00000001a6e39530 HIToolbox`RunCurrentEventLoopInMode + 292 frame #37: 0x00000001a6e3f348 HIToolbox`ReceiveNextEventCommon + 676 frame #38: 0x00000001a6e3f508 HIToolbox`_BlockUntilNextEventMatchingListInModeWithFilter + 76 frame #39: 0x000000019f442848 AppKit`_DPSNextEvent + 660 frame #40: 0x000000019fda8c24 AppKit`-[NSApplication(NSEventRouting) _nextEventMatchingEventMask:untilDate:inMode:dequeue:] + 688 frame #41: 0x000000019f435874 AppKit`-[NSApplication run] + 480 frame #42: 0x000000019f40c068 AppKit`NSApplicationMain + 888 frame #43: 0x00000001ca56a70c SwiftUI`merged generic specialization <SwiftUI.TestingAppDelegate> of function signature specialization <Arg[0] = Existential To Protocol Constrained Generic> of SwiftUI.runApp(__C.NSResponder & __C.NSApplicationDelegate) -> Swift.Never + 160 frame #44: 0x00000001ca9e09a0 SwiftUI`SwiftUI.runApp<τ_0_0 where τ_0_0: SwiftUI.App>(τ_0_0) -> Swift.Never + 140 frame #45: 0x00000001cad5ce68 SwiftUI`static SwiftUI.App.main() -> () + 224 frame #46: 0x0000000105943104 MyApp Dev.debug.dylib`static MyMacApp.$main() at :0 frame #47: 0x0000000105943c9c MyApp Dev.debug.dylib`main at MyMacApp.swift:24:8 frame #48: 0x000000019b464274 dyld`start + 2840

(Error) When using Safari to access an internal website during development (using a self-signed certificate), may encounter issues where backend data fails to be retrieved.