Hi, We're experiencing a WKWebView issue where the screen intermittently turns pure magenta (#FF00FF) in our production iOS app. After investigation, we traced this to WebKit's internal WKCompositingView.mm where [UIColor magentaColor] is used as a pending state indicator when coverView.hidden == NO. This matches rdar://163597990 / WebKit Bug 303157 ("Magenta flash when loading page"), which was fixed in commit 303720@main on 2025-12-01 via PR #54499. My question is simple: which iOS/Safari release includes this fix? We're on iOS 26.3 and still seeing the issue. We need to know: Is the fix already in iOS 26.3? (If so, there may be another unfixed code path) If not, which upcoming iOS version will include it? Our environment iOS 26.3, iPhone 15 Pro Max WKWebView with complex web content App codebase contains zero magenta color usage — this is purely from WebKit Related rdar://163597990 Bug 303157 — RESOLVED FIXED Bug 230531 — "Pages render as magenta after being in background" PR #54499 — Merged to main 2025-12-01 Any information about the release timeline would be very helpful. Thanks!

overflow-x: clip; will also apply clipping on the Y-axis. The correct implementation of this should only affect the X-axis. This is correctly implemented in all browsers except for Safari

I am reporting what appears to be a serious integrity flaw in Safari under iPadOS 26.3 (and lower) that materially undermines the reliability of Screen Time parental controls. This is not merely a UX inconsistency but a functional contradiction within a system explicitly marketed and positioned as secure parental control infrastructure. Device / Environment Device: iPad Air M3 13" (2025) OS: iPadOS 26.3 Safari (system version) Screen Time enabled with active restrictions Child account (10 years old) Background We deliberately chose an Apple device for school use based on the expectation that Apple’s system-level parental control mechanisms — especially Screen Time — are robust, tamper-resistant, and technically consistent. Screen Time is configured with: App limits Downtime Parental controls enabled with limited web content restrictions (school requirements prevent strict blocking) Safari enabled (mandatory for educational use) further parental control restrictions Because aggressive website blocking would interfere with legitimate school activities, monitoring Safari browsing history is a central supervisory mechanism. When Screen Time is active: Clearing the entire browsing history via Safari is correctly blocked. Clearing history via system settings is correctly blocked. The system explicitly communicates that deletion is not permitted due to Screen Time restrictions. This behavior establishes a clear user expectation: Browsing history is protected against manipulation. The Issue Despite the above safeguards, individual browsing history entries can be deleted easily and silently through the address bar suggestion interface. This creates a structural contradiction: Full deletion is blocked. Selective deletion — which is arguably more problematic — remains possible. Steps to Reproduce Enable Screen Time with restrictions that prevent deletion of browsing history (for example on a student device with a child account). Open Safari and visit any website. Confirm it appears in Safari history. Tap the Safari address bar. Type part of the URL or page title. Safari suggests the previously visited page below the address bar. Swipe left on that suggestion. A red “Delete from History” button appears. Tap it. Actual Result The entry disappears immediately: No Screen Time PIN required No authentication request No warning No restriction triggered No parental notification No audit trace visible Deletion occurs silently and irreversibly. Expected Result When Screen Time is configured to prevent browsing history deletion: Individual entries must not be deletable Deletion must require Screen Time authentication Anything else defeats the protective purpose of the restriction. Real-World Impact In practical use, this allows minors to selectively sanitize browsing history while preserving a seemingly intact record. In our case, this method is widely known among classmates and routinely used to conceal visits to gaming or social media platforms during school hours. The technical barrier to exploitation is negligible. This results in: A false sense of security for parents A discrepancy between advertised functionality and actual system behavior A material weakening of parental control integrity When a system explicitly blocks full history deletion but permits silent selective deletion, the protection mechanism becomes functionally inconsistent and unreliable. Given that Screen Time is publicly positioned as a dependable parental control framework, this issue raises concerns not only about implementation quality but also about user trust and reasonable reliance on advertised safeguards. Request Please classify this as a parental control integrity and trust issue. Specifically: Disable individual history deletion while Screen Time restrictions are active OR Require Screen Time passcode authentication for deleting single entries Screen Time is presented as a secure supervisory environment for minors. In its current implementation under iPadOS 26.3 and before, that expectation is technically not met. This issue warrants prioritization.

Description On macOS, system-level autocomplete suggestions appear in <textarea> elements even when all relevant HTML attributes intended to disable autocomplete and text assistance are explicitly set. Is this behavior intentional, or is there any supported way for developers to control or disable this functionality? Steps to Reproduce Send yourself an email using the native macOS Mail app containing a verification code (for example). Focus an HTML <textarea> element in any web application. Focus the textarea. Expected Result The autocomplete popup should be controllable from the code, and it should be possible to fully disable it using standard HTML attributes or browser APIs. Actual Result The system autocomplete popup appears in all cases and cannot be controlled or disabled by the code, even when all known attributes (autocomplete="off", autocorrect="off", autocapitalize="off", spellcheck="false") are set.

Before iOS 26.3, the WKWebView method open func loadFileURL(_ URL: URL, allowingReadAccessTo readAccessURL: URL) -> WKNavigation? worked fine when both parameters were passed the same path (e.g., h5path/index.html), allowing access to and loading of other files like CSS and JS within the h5path directory. However, in iOS 26.4 Beta, this results in an error, and the second parameter must point to a parent directory. Is this a bug?

I found that on iPhone 15 and later models, after upgrading to iOS 16.2, if a WKWebView's HTML page frequently receives large WebSocket data packets, it may trigger a rare bug: the already loaded WebView page can no longer establish network connections. Both HTTPS and WebSocket connections time out, and the network in the entire app becomes unusable. Even creating a new WebView instance to load a new page fails—it stays blank. Reloading a previously loaded WebView also results in a blank screen. (call [webview reload])Currently, the only solution when this happens is to restart the app. Reproduction environment: iPhone 15 and later models, iOS 26.2, cellular data (not reproducible on Wi-Fi) Log situation: When the blank screen occurs, the webViewWebContentProcessDidTerminate callback is not triggered. When creating a new webview instance and reloading a page during reproduction, only the didStartProvisionalNavigation callback is triggered, and no failure callbacks in Navigation are triggered.

Hi Team, We're trying to load an Image Ad inside WKWebView and we're wondering if we can adjust its width and height based on the loaded content. Currently, we're using evaluateJavaScript("document.body.scrollHeight") query to fetch the height of the content but often times we get incorrect value from it. We looked at the WKWebView documentation but couldn't find anything related to our use case. Could someone from the team guide us through the next step? Thanks

Steps to reproduce: Create a CSS grid with fractional column widths e.g. grid-template-columns: repeat(3, 518.7875px) Set browser zoom to 85% or 115% Observe columns misalign with background-size pattern Expected: Columns render consistently at all zoom levels Actual: Subpixel rounding causes visual misalignment macOS: 13/14/15 inch MacBook

A blank keyboard appear in safari view controller Description: While clicking a password enter field in a page inside a safari view controller, keyboard will appear. However, the keyboard is blank out. The app is enterprise program app which is iPhone app but allow to install in iPad. The issue will only appear in iPadOS 26+ and it can be temporary fixed by changing the window size. Expected result: A keyboard with characters button should be appeared. Actual: A keyboard which is blank and no characters can be input. P.S. : A feedback ticket also raise : FB21921438

Up until some point relatively recently, I have been able to use Safari's web inspector to connect to the iOS simulator in order to debug our web application in development at http://localhost:8088. Now, the web inspector still OPENS, but it opens in a broken state. The context is available to select from Safari's "Develop" menu: Develop > "iPhone 16 Pro (Simulator)" > "localhost - login". It appears under the Safari heading if I have navigated to the web app in the browser, or under the Expo heading if I am accessing it through the webview in our React Native wrapper app. When I select it, the web inspector window does appear. However, once it opens, the Elements pane is empty, the Console pane is empty, expressions entered into the console are not evaluated, there's no content in Sources, Network, Storage, etc. Important notes: This broken state happens at http://localhost:8088 as well as http://127.0.0.1:8088, and it seems that the insecure context is the issue. The web inspector DOES work for HTTPS sites. If I navigate to, e.g., https://example.com in the simulator and connect the web inspector, everything works fine. The web inspector also works fine in Safari on macOS (OUTSIDE the simulator) when accessing non-HTTPS sites. It's only a problem for non-HTTPS sites when connecting to the simulator. A coworker has the same problem, so it is not isolated to my machine. I would enable TLS locally as a workaround, but this web app is very complex, and I know from experience that it is very difficult for various reasons to set it up properly for our project in development, and it will take significant non-trivial work to do so. So... Why is this happening? Is this expected behavior? Is there a way that I can debug my site on localhost without HTTPS?

We are developing a mobile-first, browser-only web application that requires users to upload 20–200 images stored inside a single folder (for example, a merchant product directory). On iOS Safari: window.showDirectoryPicker() is not supported. is not supported. File System Access API is not available. Users must manually multi-select images from the Photos picker. This creates significant friction for bulk upload workflows. We are NOT requesting unrestricted file system access. We are asking whether a privacy-preserving, user-granted folder-scoped permission model is being considered for web applications. For example: User explicitly selects a folder. The web app receives scoped access only to that selected folder. Access is session-bound and revocable. No background or global storage access is required. Questions: Is folder-level access for web apps being considered for iOS Safari? Does installing a PWA provide any enhanced file access capability? Are there recommended best practices for handling bulk image uploads in browser-only iOS applications? Is there any roadmap alignment with the File System Access API standard? Our goal is to remain browser-only and maintain strict user privacy while improving usability for high-volume image workflows. Any clarification on intended platform direction would be appreciated.

In my chat web app I have button to upload images. On iOS in Safari I can see action sheet with "Media library", "Caption image or video", "Open files". Can I prevent opening this action sheet and directly open media library using HTML or JavaScript?

I created a form field using: On Safari and Chrome desktop, it behaves as expected. Safari shows the current date in grey by default, and Chrome displays a format hint like dd.mm.yyyy, which is perfectly fine. On iOS, however, the field appears completely blank. I understand that the placeholder attribute is not part of the iOS date input behavior, which is technically fine. Still, it would be helpful if developers had the option to define a default display value. In the past, browsers prefilled date inputs, but many developers objected because they needed the field to be empty by default. I have searched extensively and tried several AI tools, and everywhere it says that this cannot be changed. Am I missing something, or is there any way to display a placeholder, the current date, or some kind of visual hint in iOS Safari? Right now, the empty field creates poor UX because users may overlook it. Since the field is required, this can easily lead to validation errors and additional friction. As a workaround, I used a CSS hack with input[type="date"]::before and a content attribute. I also added JavaScript to toggle a pseudo-placeholder value specifically for iOS. Is there a cleaner solution that avoids this workaround? Thanks in advance for your guidance.

Hello there, Credit card autofill works in Safari when accessing the checkout on my website, but does NOT work when the same page is loaded in a WKWebView within the my iOS mobile app. is there any way I can make it work?

We are using WKWebView to load content from a local server. On specific iPhones running the latest iOS, the web view gets stuck on the loading state. We confirmed this is a system-wide networking issue because the same URL also fails to load in mobile Safari. Workaround: The only way to restore connectivity to the local host is to reboot the iPhone. this happens on last iOs releases on some iPhones with ios 26.2 and 26.3

Hello Apple Developer Community, I currently have a Safari Web Extension on iOS that blocks certain URLs for users. I would like to provide the same functionality for Chrome on iOS. I understand that Chrome on iOS uses WebKit under the hood, and Safari Web Extensions can run in Safari, but I am unsure whether there is any way to implement URL blocking in Chrome for iOS—either via an extension, API, or other supported mechanism. Specifically, I’m looking for guidance on: Whether any browser extension (Safari, Chrome, or otherwise) can intercept or block web requests in Chrome on iOS. If not, what Apple-supported alternatives exist for implementing URL-blocking functionality for users of Chrome on iOS. Any best practices for maintaining a cross-browser URL-blocking solution for iOS users. I want to make sure my approach is aligned with Apple’s policies and platform capabilities. Any guidance or official references would be greatly appreciated. Thank you!

Summary: We are facing a serious issue on iPhone where multiple passkey authentication problems occur when accessing passkey-enabled login pages via shortcuts placed on the iPhone Home Screen. These issues may also occur when opening the same pages directly in a standard browser window. However, launching the login pages from a Home Screen shortcut appears to increase the likelihood of encountering these issues. Affected Services (examples, not exhaustive): Amazon GitHub Adobe Observed Issues: Issue 1: A passkey authentication dialog/popup shows two times without any user operation: What happens due to this issue: Login does not complete after the first passkey authentication. A second passkey authentication UI automatically appears. Completing or canceling the second authentication allows the login to proceed. Issue 2: Login remains stuck until the user manually invokes passkey again What happens due to this issue: The login page does not advance after the first authentication. The user must tap the ID/username field again to manually trigger the passkey UI. Completing the second authentication enables login. Issue 3: Automatic second authentication occurs, but login still fails What happens due to this issue: A second automatic authentication UI appears. Login still does not complete. Tapping the ID field no longer opens the passkey UI; instead, the password auto-fill panel appears. Passkey login becomes impossible. Observed reproduction steps (not guaranteed but most consistently observed): On iPhone, navigate to a passkey-enabled login page (e.g., Amazon, GitHub, Adobe) using a browser. Create a shortcut from the browser's share menu and place it on the Home Screen. Launch the login page from the Home Screen shortcut. Tap the ID/username field to invoke the passkey prompt. Complete passkey authentication. → One of the issues described above occurs. Environment: Device: iPhone SE OS: iOS 18.6.2

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.

Hello, After upgrading to macOS 26.2, I’ve noticed a significant performance regression when calling evaluateJavaScript in an iOS App running on Mac (WKWebView, Swift project). Observed behavior On macOS 26.2, the callback of evaluateJavaScript takes around 3 seconds to return. This happens not only for: evaluateJavaScript("navigator.userAgent") but also for simple or even empty scripts, for example: evaluateJavaScript("") On previous macOS versions, the same calls typically returned in ~200 ms. Additional testing I created a new, empty Objective-C project with a WKWebView and tested the same evaluateJavaScript calls. In the Objective-C project, the callback still returns in ~200 ms, even on macOS 26.2. Question Is this a known issue or regression related to: iOS Apps on Mac, Swift + WKWebView, or behavioral changes in evaluateJavaScript on macOS 26.2? Any information about known issues, internal changes, or recommended workarounds would be greatly appreciated. Thank you. Test Code Swift class ViewController: UIViewController { private var tmpWebView: WKWebView? override func viewDidLoad() { super.viewDidLoad() // Do any additional setup after loading the view. setupUserAgent() } func setupUserAgent() { let t1 = CACurrentMediaTime() tmpWebView = WKWebView(frame: .zero) tmpWebView?.isInspectable = true tmpWebView?.evaluateJavaScript("navigator.userAgent") { [weak self] result, error in let t2 = CACurrentMediaTime() print("[getUserAgent] \(t2 - t1)s") self?.tmpWebView = nil } } } Test Code Objective-C - (void)scene:(UIScene *)scene willConnectToSession:(UISceneSession *)session options:(UISceneConnectionOptions *)connectionOptions { NSTimeInterval startTime = [[NSDate date] timeIntervalSince1970]; WKWebView *webView = [[WKWebView alloc] init]; dispatch_async(dispatch_get_main_queue(), ^{ [webView evaluateJavaScript:@"navigator.userAgent" completionHandler:^(id result, NSError *error) { NSTimeInterval endTime = [[NSDate date] timeIntervalSince1970]; NSLog(@"[getUserAgent]: %.2f s", (endTime - startTime)); }]; }); }

Hi, after upgrading MacOS (MB Air M1 Version 26.2 (25C56)) & Safari (Version 26.2 (21623.1.14.11.9)) to latest versions, we are experiencing a new bug occurring with our web extension (Click & Read) on local storage writing and getting this error : Invalid call to browser.storage.local.set(). Disk I/O error. This doesn't happen on other browsers (chromium, Firefox). export const setLocalStorage = async (value: object) => { try { await browser.storage.local.set(value); } catch (error) { console.error("[Click & Read] Error setting local storage", error); } };