Hi everyone, I’m working on adapting our app to iOS 26’s new passkey feature, specifically Automatic Passkey Upgrades. https://developer.apple.com/videos/play/wwdc2025/279/ Our app already supports passkey registration and authentication, which have been running reliably in production. We’d like to extend passkey coverage to more users. According to the WWDC session, adding the parameter requestStyle: .conditional to createCredentialRegistrationRequest should allow the system to seamlessly upgrade an account with a passkey. However, in my testing, I consistently receive the following error: Error | Error Domain=com.apple.AuthenticationServices.AuthorizationError Code=1001 "(null)" Test environment: Xcode 26.0 beta 4 (17A5285i) iPhone 11 running iOS 26.0 (23A5297n) Questions: Is the Automatic Passkey Upgrades feature currently available in iOS 26? I understand that the system may perform internal checks and not all upgrade attempts will succeed. However, during development, is there a way to obtain more diagnostic information? At the moment, it’s unclear whether the failure is due to internal validation or an issue with my code or environment. Thanks.

Hi I'm developing an app that autofills Passkeys. The app allows the user to authenticate to their IdP to obtain an access token. Using the token the app fetches from <server>/attestation/options. The app will generate a Passkey credential using a home-grown module - the extension has no involvement, neither does ASAuthorizationSecurityKeyPublicKeyCredentialProvider. I can confirm the passkey does get created. Next the credential is posted to <server>/attestation/results with the response JSON being parsed and used to create a ASPasskeyCredentialIdentity - a sample of the response JSON is attached. Here is my save function: static func save(authenticator: AuthenticatorInfo) async throws { guard let credentialID = Data(base64URLEncoded: authenticator.attributes.credentialId) else { throw AuthenticatorError.invalidEncoding("Credential ID is not a valid Base64URL string.") } guard let userHandle = authenticator.userId.data(using: .utf8) else { throw AuthenticatorError.invalidEncoding("User handle is not a valid UTF-8 string.") } let identity = ASPasskeyCredentialIdentity( relyingPartyIdentifier: authenticator.attributes.rpId, userName: authenticator.userId, // This is what the user sees in the UI credentialID: credentialID, userHandle: userHandle, recordIdentifier: authenticator.id ) try await ASCredentialIdentityStore.shared.saveCredentialIdentities([identity]) } Although no error occurs, I don't get any identities returned when I call this method: let identities = await ASCredentialIdentityStore.shared.credentialIdentities( forService: nil, credentialIdentityTypes: [.passkey] ) Here is the Info.plist in the Extension: <plist version="1.0"> <dict> <key>NSExtension</key> <dict> <key>NSExtensionAttributes</key> <dict> <key>ASCredentialProviderExtensionCapabilities</key> <dict> <key>ProvidesPasskeys</key> <true/> </dict> <key>ASCredentialProviderExtensionShowsConfigurationUI</key> <true/> </dict> <key>NSExtensionPointIdentifier</key> <string>com.apple.authentication-services-credential-provider-ui</string> <key>NSExtensionPrincipalClass</key> <string>$(PRODUCT_MODULE_NAME).CredentialProviderViewController</string> </dict> </dict> </plist> The entitlements are valid and the app and extension both support the same group. I'm stumped as to why the identity is not getting saved. Any ideas and not getting retrieved. attestationResult.json

For security reasons, my application needs to prohibit external devices. If it is determined that the current phone is connected to any external devices, including non MFI authenticated devices, the app will exit. Please tell me how to do it? Thanks for your help.

Hello Team, We’ve recently started receiving reports from our customer base (Trellix) regarding issues with Full Disk Access (FDA) for Trellix binaries on macOS devices running Tahoe 26.1 (released on November 3, 2025). The issue occurs when users attempt to add Trellix CLI binaries under FDA to grant the required permissions; the binaries fail to appear under the FDA settings, even after selection. Upon further investigation, this appears to be a macOS 26.1–specific issue and not observed in earlier versions. Similar reports have been noted across various forums, indicating that the issue affects multiple binaries, not just Trellix: Some of the discussions on the same issue I see online. https://developer.apple.com/forums/thread/806187 https://developer.apple.com/forums/thread/806156 https://forum.logik.tv/t/macos-26-1-installation-issue-wait-before-updating/13761 https://www.reddit.com/r/MacOS/comments/1os1ph3/cant_add_anything_to_privacy_security_full_disk/ I have also logged FB21009024 for the same. We would like to understand when we can expect this to be fixed, since the issue persists even in 26.2 Beta and also whether the workaround of dragging and dropping the binaries can still be suggested?

In response to inquiries from users, we have confirmed the following phenomenon. If you select "Private email address" in the flow of new user registration with Apple ID, you will not receive the verification code email when performing two-factor authentication. ■User impact If you use your Apple ID to link an external account without making your email address public, you will not receive the authentication code during two-factor authentication and will not be able to proceed. The date and time of the impact is currently unknown. ◎Impact 1: New registration If you select "Private email address" in the flow of registering a new user with Apple ID, the verification code will not be received during two-factor authentication and registration will not be completed. ◎Impact 2: Login of existing account When two-factor authentication is required for an existing account registered with Apple ID set to "Private email address," the verification code is not received and the user cannot log in. →If you have not registered a login method other than Apple ID for the relevant account, there is no other way to log in. ■About workarounds ・I thought that I could avoid this issue by canceling the private setting of my Apple ID, but I was unable to do so. →There is currently no workaround found for existing users who are experiencing this issue. ・However, the scope of influence is limited. ■Cause investigation status Premise: For an Apple ID whose email address is not made public, the two-factor authentication authentication code email follows the following route. ①CDC/GIGYA miraiz-persol.jp (SendGrid) Apple's email server (relay server to hide the user's real email address) User mailbox →Since '1' are working, the problem seems to have occurred after the connection from ② or ③. (At this stage, we cannot determine who is at fault: the user, MIRAIZ, or Apple. We are currently investigating.) ◎Hypothesis ・Is there something wrong with Apple's mail server? ・Is it not delivered because the user's mailbox is full? ■Questions, research, and responses we would like to receive Please check the following two points and reply. 1st point As shown in the attached image, there seems to be no problem with the SPF settings. Is it possible to check to see if any errors have occurred with Apple's mail server? 2nd point Are there any cases where you still can't receive emails even if you deactivate your Apple ID? I would like to know if there are any patterns in which emails are not being delivered in terms of past inquiries or overall specifications

Hello Experts, I am in need of your help with this feedback from the App Reviewer. Issue Description: One or more purpose strings in the app do not sufficiently explain the use of protected resources. Purpose strings must clearly and completely describe the app's use of data and, in most cases, provide an example of how the data will be used. Next Steps: Update the location purpose string to explain how the app will use the requested information and provide a specific example of how the data will be used. See the attached screenshot. Resources: Purpose strings must clearly describe how an app uses the ability, data, or resource. The following are hypothetical examples of unclear purpose strings that would not pass review: "App would like to access your Contacts" "App needs microphone access" Feedback #2 "Regarding 5.1.1, we understand why your app needs access to location. However, the permission request alert does not sufficiently explain this to your users before accessing the location. To resolve this issue, it would be appropriate to revise the location permission request, specify why your app needs access, and provide an example of how your app will use the user's data. To learn more about purpose string requirements, watch a video from App Review with tips for writing clear purpose strings. We look forward to reviewing your app once the appropriate changes have been made." May I know how can I update my purpose string? I appealed on the first feedback by explaining what is the purpose of it but got the Feedback #2. TYIA!!

I'm trying to use ASWebAuthenticationSession on macOS but there is a weird crash and I have no idea what to do. It looks like there is a main thread check in a framework code that I have no control over. Any help would be appreciated. Thank you in advance. The stack of crashed thread has no symbols, even for supposedly my code in OAuthClient.authenticate. macOS 15.4.1 (24E263) Xcode Version 16.3 (16E140) Thread 11: EXC_BREAKPOINT (code=1, subcode=0x10039bb04) Thread 12 Queue : com.apple.NSXPCConnection.m-user.com.apple.SafariLaunchAgent (serial) #0 0x0000000100b17b04 in _dispatch_assert_queue_fail () #1 0x0000000100b52834 in dispatch_assert_queue$V2.cold.1 () #2 0x0000000100b17a88 in dispatch_assert_queue () #3 0x000000027db5f3e8 in swift_task_isCurrentExecutorWithFlagsImpl () #4 0x00000001022c7754 in closure #1 in closure #1 in OAuthClient.authenticate() () #5 0x00000001022d0c98 in thunk for @escaping @callee_guaranteed (@in_guaranteed URL?, @guaranteed Error?) -&gt; () () #6 0x00000001c7215a34 in __102-[ASWebAuthenticationSession initWithURL:callback:usingEphemeralSession:jitEnabled:completionHandler:]_block_invoke () #7 0x00000001c72163d0 in -[ASWebAuthenticationSession _endSessionWithCallbackURL:error:] () #8 0x00000001c7215fc0 in __43-[ASWebAuthenticationSession _startDryRun:]_block_invoke_2 () #9 0x0000000194e315f4 in __invoking___ () #10 0x0000000194e31484 in -[NSInvocation invoke] () #11 0x00000001960fd644 in __NSXPCCONNECTION_IS_CALLING_OUT_TO_REPLY_BLOCK__ () #12 0x00000001960fbe40 in -[NSXPCConnection _decodeAndInvokeReplyBlockWithEvent:sequence:replyInfo:] () #13 0x00000001960fb798 in __88-[NSXPCConnection _sendInvocation:orArguments:count:methodSignature:selector:withProxy:]_block_invoke_3 () #14 0x0000000194a6ef18 in _xpc_connection_reply_callout () #15 0x0000000194a6ee08 in _xpc_connection_call_reply_async () #16 0x0000000100b3130c in _dispatch_client_callout3_a () #17 0x0000000100b362f8 in _dispatch_mach_msg_async_reply_invoke () #18 0x0000000100b1d3a8 in _dispatch_lane_serial_drain () #19 0x0000000100b1e46c in _dispatch_lane_invoke () #20 0x0000000100b2bfbc in _dispatch_root_queue_drain_deferred_wlh () #21 0x0000000100b2b414 in _dispatch_workloop_worker_thread () #22 0x0000000100c0379c in _pthread_wqthread () My code: @MainActor func authenticate() async throws { let authURL = api.authorizationURL( scopes: scopes, state: state, redirectURI: redirectURI ) let authorizationCodeURL: URL = try await withUnsafeThrowingContinuation { c in let session = ASWebAuthenticationSession(url: authURL, callback: .customScheme(redirectScheme)) { url, error in guard let url = url else { c.resume(throwing: error ?? Error.unknownError("Failed to get authorization code")) return } c.resume(returning: url) } session.presentationContextProvider = presentationContextProvider session.start() } let authorizationCode = try codeFromAuthorizationURL(authorizationCodeURL) (storedAccessToken, storedRefreshToken) = try await getTokens(authorizationCode: authorizationCode) } Here is disassembly of the crashed function. libdispatch.dylib`_dispatch_assert_queue_fail: 0x10067fa8c &lt;+0&gt;: pacibsp 0x10067fa90 &lt;+4&gt;: sub sp, sp, #0x50 0x10067fa94 &lt;+8&gt;: stp x20, x19, [sp, #0x30] 0x10067fa98 &lt;+12&gt;: stp x29, x30, [sp, #0x40] 0x10067fa9c &lt;+16&gt;: add x29, sp, #0x40 0x10067faa0 &lt;+20&gt;: adrp x8, 71 0x10067faa4 &lt;+24&gt;: add x8, x8, #0x951 ; "not " 0x10067faa8 &lt;+28&gt;: adrp x9, 70 0x10067faac &lt;+32&gt;: add x9, x9, #0x16b ; "" 0x10067fab0 &lt;+36&gt;: stur xzr, [x29, #-0x18] 0x10067fab4 &lt;+40&gt;: cmp w1, #0x0 0x10067fab8 &lt;+44&gt;: csel x8, x9, x8, ne 0x10067fabc &lt;+48&gt;: ldr x10, [x0, #0x48] 0x10067fac0 &lt;+52&gt;: cmp x10, #0x0 0x10067fac4 &lt;+56&gt;: csel x9, x9, x10, eq 0x10067fac8 &lt;+60&gt;: stp x9, x0, [sp, #0x10] 0x10067facc &lt;+64&gt;: adrp x9, 71 0x10067fad0 &lt;+68&gt;: add x9, x9, #0x920 ; "BUG IN CLIENT OF LIBDISPATCH: Assertion failed: " 0x10067fad4 &lt;+72&gt;: stp x9, x8, [sp] 0x10067fad8 &lt;+76&gt;: adrp x1, 71 0x10067fadc &lt;+80&gt;: add x1, x1, #0x8eb ; "%sBlock was %sexpected to execute on queue [%s (%p)]" 0x10067fae0 &lt;+84&gt;: sub x0, x29, #0x18 0x10067fae4 &lt;+88&gt;: bl 0x1006c258c ; symbol stub for: asprintf 0x10067fae8 &lt;+92&gt;: ldur x19, [x29, #-0x18] 0x10067faec &lt;+96&gt;: str x19, [sp] 0x10067faf0 &lt;+100&gt;: adrp x0, 71 0x10067faf4 &lt;+104&gt;: add x0, x0, #0x956 ; "%s" 0x10067faf8 &lt;+108&gt;: bl 0x1006b7b64 ; _dispatch_log 0x10067fafc &lt;+112&gt;: adrp x8, 108 0x10067fb00 &lt;+116&gt;: str x19, [x8, #0x2a8] -&gt; 0x10067fb04 &lt;+120&gt;: brk #0x1

I modified the system.login.screensaver rule in the authorization database to use "authenticate" instead of "use-login-window-ui" to display a custom authentication plugin view when the screensaver starts or the screen locks. However, I noticed an issue when the "Require Password after Display is Turned Off" setting is set to 5 minutes in lock screen settings: If I close my Mac’s lid and reopen it within 5 minutes, my authentication plugin view is displayed as expected. However, the screen is not in a locked state—the desktop remains accessible, and the black background that typically appears behind the lock screen is missing. This behavior differs from the default lock screen behavior, where the screen remains fully locked, and the desktop is hidden. Has anyone encountered this issue before? Is there a way to ensure the screen properly locks when using authenticate in the screensaver rule?

I'm looking for confirmation on the security aspects of fdesetup authrestart when used on a FileVault-enabled Mac. As I understand it, this command temporarily stores the decryption key in memory to allow the system to restart without requiring manual entry of the FileVault password. However, I have a few security-related concerns: Storage of the Decryption Key: Where exactly is the key stored during an authenticated restart? Is it protected within the Secure Enclave (for Apple Silicon Macs) or the T2 Security Chip on Intel Macs? Key Lifetime &amp; Wiping: At what point is the decryption key erased from memory? Does it persist in any form after the system has fully rebooted? Protection Against Physical Attacks: If an attacker gains physical access to the machine before the restart completes, is there any possibility that they could extract the decryption key from memory? Cold Boot Attack Resistance: Is there any risk that advanced forensic techniques (such as freezing RAM to retain data) could be used to recover the decryption key after issuing an authenticated restart? Malware Resistance: Could a compromised system (e.g., root access by an attacker) intercept or misuse the decryption key before the restart? I understand that on Apple Silicon and T2-equipped Macs, FileVault keys are tied to hardware-based encryption, making unauthorized access difficult. However, I'd like to confirm whether Authenticated Restart introduces any new risks compared to a standard FileVault-enabled boot process.

Hello -- I am developing an Authentication Plug-in for the purpose of invoking login with no user interaction (headless). There seems to be sufficient documentation and sample code on how to implement a plug-in and mechanism, and debug the same, which is great. What I am trying to understand is exactly how to modify the login right (system.login.console) in order to accomplish my goal. Question 1: I had the idea of installing my mechanism as the first mechanism of the login right, and when invoked to set the username and password into the engine’s context, in the belief that this would negate the system from needing to display the login screen. I didn’t modify or remove any other mechanisms. This did not work, in the sense that the login screen was still shown. Should this work in theory? Question 2: I then tried modifying the login right to remove anything that interacted with the user, leaving only the following: <array> <string>builtin:prelogin</string> <string>builtin:login-begin</string> <string>builtin:forward-login,privileged</string> <string>builtin:auto-login,privileged</string> <string>MyAuthPlugin:customauth,privileged</string> <string>PKINITMechanism:auth,privileged</string> <string>builtin:login-success</string> <string>HomeDirMechanism:login,privileged</string> <string>HomeDirMechanism:status</string> <string>MCXMechanism:login</string> <string>CryptoTokenKit:login</string> </array> The mechanisms I removed were: <string>builtin:policy-banner</string> <string>loginwindow:login</string> <string>builtin:reset-password,privileged</string> <string>loginwindow:FDESupport,privileged</string> <string>builtin:authenticate,privileged</string> <string>loginwindow:success</string> <string>loginwindow:done</string> In place of builtin:authenticate I supplied my own mechanism to verify the user’s password using OD and then set the username and password in the context. This attempt appears to have failed quite badly, as authd reported an error almost immediately (I believe it was related to the AuthEngine failing to init). There’s very little information to go on as to what each of these mechanisms do, and which are required, etc. Am I on the wrong track in attempting this? What would be the correct approach?

I have a very basic binary question around passkeys. Assuming everything is on latest and greatest version with respect to iOS, when user starts creating a passkey in platform-authenticator i.e., iCloudKeyChain (Apple Password Manager) , will iCloudKeyChain create a hardware-bound passkey in secure-enclave i.e., is brand new key-pair created right inside Secure-enclave ? OR will the keypair be created in software i.e., software-bound-passkey ?? i.e., software-bound keypair and store the private-key locally in the device encrypted with a key that is of course created in secure-enclave.

I cannot find any reference to this within the Apple developer documents (or certainly searching for multiple possible keywords yields no results). The only reference I can find is to documents written in support of its announcement in 2002: https://developer.apple.com/news/?id=huqjyh7k. Is there any further documentation on implementing or has the capability been deprecated?

I am working on a SDK which helps identify the device authenticity. I am in need of something which can confirm the firmware/Hardware/OS is signed by Apple and is authentic. There will be no tempering to device?

Like many/most developers, I gave Connect the info required to comply with the DSA. Perhaps unlike most, I always give unique email addresses so that I can easily track the source of abuse. Yesterday I finally had a phish come in to my DSA address claiming "Message blocked" and doing the standard click-to-login-for-details FOMO bait. So, yep, DSA just becomes yet another public database that malicious actors can use to target you. It would be really nice if Apple provided a way to supply our contact info only for legitimate business purposes. Mail Privacy Protection (or similar) for this would be a start.

We recently transferred two applications to a different account, both of which utilize Keychain and shared app containers. Before transferring the first application, we anticipated losing access to the Keychain and took proactive measures by backing up data to the app’s private container in the final release prior to the transfer. During the app transfer process, we removed the shared container group ID from the old account and recreated it under the new account. In our testing, Keychain restoration from the local backup was successful, and users experienced no disruptions. However, after releasing the application, we observed that approximately 25% of our users not only lost their Keychain data as expected but also their shared app container data. As we have been unable to reproduce this issue internally, we are seeking your guidance on how to prevent a similar situation when transferring our second application. At this stage, we have not yet released any updates from the new account, and the Keychain data remains backed up in the app’s private container. We would appreciate any insights or recommendations you can provide to ensure a smooth transition for our users and make sure we can keep the data in shared container.

Hi. I enter a password using the security command at the command line. It appears in the keychain access app, but not in the passwords app. I don't understand why. rickhedin@Ricks-MacBook-Pro zalando % security add-generic-password -U -s "birds" -a "cats" -w "dogs" rickhedin@Ricks-MacBook-Pro zalando % rickhedin@Ricks-MacBook-Pro zalando % security find-generic-password -s "birds" -wa "cats" dogs rickhedin@Ricks-MacBook-Pro zalando % I'm told the two apps are two views of the same data, so I guess some filter must be being applied?

Recently, we have adapted the passkey function on the Mac, but we always encounter the error message "Unable to verify the web credentials association of xxx with domain aaa. Please try again in a few seconds." We can confirm that https://aaa/.well-known/apple-app-site-association has been configured and is accessible over the public network. Additionally, the entitlements in the app have also been set with webcredentials:aaa. This feature has been experiencing inconsistent performance. When I restart my computer or reinstall the pkg, this feature may work or it may still not work. I believe this is a system issue. Here is feed back ID: FB20876945 In the feedback, I provided the relevant logs. If you have any suggestions or assistance, please contact me. I would be extremely grateful!

We have a macOS app that has a Photos Extension, which shares documents with the app via an app group container. Historically we used to have an iOS-style group identifier (group.${TeamIdentifier}${groupName}), because we were lead by the web interface in the developer portal to believe this to be the right way to name groups. Later with the first macOS 15 betas last year there was a bug with the operating system warning users, our app would access data from different apps, but it was our own app group container directory. Therefore we added a macOS-style group identifier (${TeamIdentifier}${groupName}) and wrote a migration of documents to the new group container directory. So basically we need to have access to these two app group containers for the foreseeable future. Now with the introduction of iOS-style group identifiers for macOS, Xcode Cloud no longer archives our app for TestFlight or AppStore, because it complains: ITMS-90286: Invalid code signing entitlements - Your application bundle’s signature contains code signing entitlements that aren’t supported on macOS. Specifically, the “[group.${TeamIdentifier}${groupName}, ${TeamIdentifier}${groupName}]” value for the com.apple.security.application-groups key in isn’t supported. This value should be a string or an array of strings, where each string is the “group” value or your Team ID, followed by a dot (“.”), followed by the group name. If you're using the “group” prefix, verify that the provisioning profile used to sign the app contains the com.apple.security.application-groups entitlement and its associated value(s). We have included the iOS-style group identifier in the provisioning profile, generated automatically, but can't do the same for the macOS-style group identifier, because the web interface only accepts identifiers starting with "group". How can we get Xcode Cloud to archive our app again using both group identifiers? Thanks in advance

Dear Apple Developer Support, We are currently encountering a recurring issue with the DeviceCheck API across multiple devices in our production environment. The following error is frequently returned: com.apple.devicecheck.error 0 We would like to ask the following: What are the possible underlying causes that could lead to this specific error code (0) in the DeviceCheck API? Is there any known behavior or condition where Wi-Fi network configurations (e.g., DNS filtering, proxy settings, captive portals) could result in this error? Are there known timeouts, connectivity expectations, or TLS-level requirements that the DeviceCheck API enforces which could fail silently under certain network conditions? Is this error ever triggered locally (e.g., client library-level issues) or is it always from a failed communication with Apple’s servers? Any technical clarification, documentation, or internal insight into this error code would be greatly appreciated. This would help us significantly narrow down root causes and better support our users

We recently upgraded OpenSSL from version 1.1.1 to 3.4.0. After this upgrade, we observed that PKCS#12 files generated using OpenSSL 3.4.0 fail to import into the macOS Keychain with the following error: Failed to import PKCS#12 data: -25264 (MAC verification failed during PKCS12 import (wrong password?)) This issue is reproducible on macOS 14.8.2. The same PKCS#12 files import successfully on other macOS versions, including 15.x and 26.x. Additionally, PKCS#12 files that fail to import on macOS 14.8 work correctly when copied and imported on other macOS versions without any errors. PKCS#12 Creation The PKCS#12 data is created using the following OpenSSL API: const char* platformPKCS12SecureKey = _platformSecureKey.has_value() ? _platformSecureKey.value().c_str() : NULL; PKCS12* p12 = PKCS12_create( platformPKCS12SecureKey, NULL, keys, _cert, NULL, 0, 0, 0, 0, 0 ); if (!p12) { throw std::runtime_error("Failed to create PKCS#12 container"); } PKCS#12 Import The generated PKCS#12 data is imported into the macOS Keychain using the following code: NSString *certPassKey = [NSString stringWithUTF8String:getCertPassKey()]; NSDictionary *options = @{ (__bridge id)kSecImportExportPassphrase: certPassKey, (__bridge id)kSecAttrAccessible: (__bridge id)kSecAttrAccessibleAfterFirstUnlockThisDeviceOnly, (__bridge id)kSecAttrIsExtractable: @YES, (__bridge id)kSecAttrIsPermanent: @YES, (__bridge id)kSecAttrAccessGroup: APP_GROUP }; CFArrayRef items = NULL; OSStatus status = SecPKCS12Import( (__bridge CFDataRef)pkcs12Data, (__bridge CFDictionaryRef)options, &items );