We have an app which is hybrid using React Native and Native features. We released our app recently which showed issues related to missing packages/corrupt package but xCode didn't gave any error and we were able to Archive and submit app successfully.

To validate incoming XPC connections from other executables, we perform SecCode checks for the dynamic signature of the connection (kSecCSDynamicInformation). Reading the setCodeSigningRequirement(_:) function documentation it appears to perform only static signing checks, is that so? If we use setCodeSigningRequirement(:) function in our listener(:, shouldAcceptNewConnection:) do we still need to check the dynamic information to be properly secure?

Hello Apple Developer Support Community, I am encountering a persistent issue while trying to code sign my macOS application (PromptVault.app) using a valid Developer ID Application certificate. The signing process fails with the following warning and error for every native .so file inside the app bundle: `Warning: unable to build chain to self-signed root for signer "(null)" <file-path>: errSecInternalComponent` What I have tried so far: Verified that my Developer ID Application certificate and the associated private key exist correctly in the login keychain. Confirmed that the intermediate certificate "Apple Worldwide Developer Relations - G6" is installed and valid in the System keychain. Added Terminal to Full Disk Access in Security & Privacy to ensure signing tools have required permissions. Executed security set-key-partition-list to explicitly allow code signing tools to access the private key. Reinstalled both developer and Apple intermediate certificates. Used codesign to individually sign .so files and then sign the entire bundle. Ensured macOS and Xcode Command Line Tools are up to date. Created a clean Python virtual environment and rebuilt all dependencies. Tested code signing in multiple ways and with verbose logging. Current status: Despite all these efforts, the same warning and error persist during the signing process of every .so file. This prevents successful code signing and notarization, blocking distribution. Request for assistance: Could anyone confirm if my certificate and keychain setup sounds correct? Are there known issues or extra steps necessary to properly build the trust chain for Developer ID certificates on macOS 15.6.1 (Sequoia)? Any suggestions for resolving the errSecInternalComponent during signing native libraries? Guidance on ensuring the entire certificates chain is trusted and usable by codesign tools? I can provide debug logs, screenshots of my keychain and security settings, or any other diagnostic information if needed. Thanks in advance for your help!

Your development team has reached the maximum number of registered iPhone devices. I am use the free provisioning file. So how can I delete old device and use my new iPhone to develop my app. only way is use a paid account? or register a new Apple ID?

I am experiencing a persistent issue when trying to sign my application, PhotoKiosk.app, using codesign. The process consistently fails with the error errSecInternalComponent, and my troubleshooting indicates the problem is with how the system accesses or validates my certificate's trust chain, rather than the certificate itself. Error Details and Configuration: codesign command executed: codesign --force --verbose --options=runtime --entitlements /Users/sergiomordente/Documents/ProjetosPhotocolor/PhotoKiosk-4M/entitlements.plist --sign "Developer ID Application: Sérgio Mordente (G75SJ6S9NC)" /Users/sergiomordente/Documents/ProjetosPhotocolor/PhotoKiosk-4M/dist/PhotoKiosk.app Error message received: Warning: unable to build chain to self-signed root for signer "(null)" /Users/sergiomordente/Documents/ProjetosPhotocolor/PhotoKiosk-4M/dist/PhotoKiosk.app: errSecInternalComponent Diagnostic Tests and Verifications Performed: Code Signing Identity Validation: I ran the command security find-identity -v -p codesigning, which successfully confirmed the presence and validity of my certificate in the Keychain. The command output correctly lists my identity: D8FB11D4C14FEC9BF17E699E833B23980AF7E64F "Developer ID Application: Sérgio Mordente (G75SJ6S9NC)" This suggests that the certificate and its associated private key are present and functional for the system. Keychain Certificate Verification: The "Apple Root CA - G3 Root" certificate is present in the System Roots keychain. The "Apple Worldwide Developer Relations Certification Authority (G6)" certificate is present and shown as valid. The trust setting for my "Developer ID Application" certificate is set to "Use System Defaults". Attempted Certificate Export via security: To further diagnose the problem, I attempted to export the certificate using the security find-certificate command with the exact name of my identity. Command executed (using double quotes): security find-certificate -c -p "Developer ID Application: Sérgio Mordente (G75SJ6S9NC)" &gt; mycert.pem Error message: security: SecKeychainSearchCopyNext: The specified item could not be found in the keychain. The same error occurred when I tried with single quotes. This result is contradictory to the output of find-identity, which successfully located the certificate. This suggests an internal inconsistency in the Keychain database, where the certificate is recognized as a valid signing identity but cannot be located via a simple certificate search. Additional Troubleshooting Attempts: I have already recreated the "Developer ID Application" certificate 4 times (I am at the limit of 5), and the issue persists with all of them. The application has been rebuilt, and the codesign command was run on a clean binary. Conclusion: The problem appears to be an internal macOS failure to build the trust chain for the certificate, as indicated by the errSecInternalComponent error. Although the certificate is present and recognized as a valid signing identity by find-identity, the codesign tool cannot complete the signature. The failure to find the certificate with find-certificate further supports the suspicion of an inconsistency within the keychain system that goes beyond a simple certificate configuration issue. I would appreciate any guidance on how to resolve this, especially given that I am at my developer certificate limit and cannot simply generate a new one.

I've recently upgraded to the RC candidates of macOS 26 and Xcode 26. The app I'm building has a helper tool using SMAppService. When I run the app and helper tool in macOS 15 or macOS 26, all works as expected. When it runs on macOS 13 or 14, which previously worked. The helper now crashes on launch with the following reason: Termination Reason: CODESIGNING 4 Launch Constraint Violation I found this developer session which seems to address this, but the plist I've added doesn't seem to satisfy the constraint. https://developer.apple.com/videos/play/wwdc2023/10266/ Here are the contents of my new plist: Are there any gotchas here that I might be missing? Thanks!

I tried building a macOS app with Electron, but I ran into problems during notarization. I used notarytool to upload my DMG and got status: Invalid. xcrun notarytool log output { "logFormatVersion": 1, "jobId": "680bf475-a5f4-4675-9083-aa755d492b18", "status": "Invalid", "statusSummary": "Archive contains critical validation errors", "statusCode": 4000, "archiveFilename": "BODYPARK-v3.6.0-mac.app.zip", "uploadDate": "2025-09-25T02:50:41.523Z", "sha256": "e61074b9bba6d03696f2d8b0b13870daafc283960e61ab5002d688e4e82ef6f6", "ticketContents": null, "issues": [ { "severity": "error", "code": null, "path": "BODYPARK-v3.6.0-mac.app.zip/BODYPARK-v3.6.0-mac.app/Contents/Resources/plugin/XMagic/mac/libpag.framework/libpag", "message": "The signature of the binary is invalid.", "docUrl": "https://developer.apple.com/documentation/security/notarizing_macos_software_before_distribution/resolving_common_notarization_issues#3087735", "architecture": "x86_64" }, { "severity": "error", "code": null, "path": "BODYPARK-v3.6.0-mac.app.zip/BODYPARK-v3.6.0-mac.app/Contents/Resources/plugin/XMagic/mac/libpag.framework/libpag", "message": "The signature does not include a secure timestamp.", "docUrl": "https://developer.apple.com/documentation/security/notarizing_macos_software_before_distribution/resolving_common_notarization_issues#3087733", "architecture": "x86_64" }, { "severity": "error", "code": null, "path": "BODYPARK-v3.6.0-mac.app.zip/BODYPARK-v3.6.0-mac.app/Contents/Resources/plugin/XMagic/mac/libpag.framework/libpag", "message": "The signature of the binary is invalid.", "docUrl": "https://developer.apple.com/documentation/security/notarizing_macos_software_before_distribution/resolving_common_notarization_issues#3087735", "architecture": "arm64" }, { "severity": "error", "code": null, "path": "BODYPARK-v3.6.0-mac.app.zip/BODYPARK-v3.6.0-mac.app/Contents/Resources/plugin/XMagic/mac/libpag.framework/libpag", "message": "The signature does not include a secure timestamp.", "docUrl": "https://developer.apple.com/documentation/security/notarizing_macos_software_before_distribution/resolving_common_notarization_issues#3087733", "architecture": "arm64" } ] } I checked the signature of my .app file: codesign -v -vvv --deep --strict /Users/zhangheng/Desktop/development/coach-app/dist_electron/mac-universal/BODYPARK-v3.6.0-mac.app/Contents/MacOS/BODYPARK-v3.6.0-mac --prepared:/Users/zhangheng/Desktop/development/coach-app/dist_electron/mac-universal/BODYPARK-v3.6.0-mac.app/Contents/Frameworks/BODYPARK-v3.6.0-mac Helper (GPU).app --validated:/Users/zhangheng/Desktop/development/coach-app/dist_electron/mac-universal/BODYPARK-v3.6.0-mac.app/Contents/Frameworks/BODYPARK-v3.6.0-mac Helper (GPU).app --prepared:/Users/zhangheng/Desktop/development/coach-app/dist_electron/mac-universal/BODYPARK-v3.6.0-mac.app/Contents/Frameworks/BODYPARK-v3.6.0-mac Helper (Plugin).app --validated:/Users/zhangheng/Desktop/development/coach-app/dist_electron/mac-universal/BODYPARK-v3.6.0-mac.app/Contents/Frameworks/BODYPARK-v3.6.0-mac Helper (Plugin).app --prepared:/Users/zhangheng/Desktop/development/coach-app/dist_electron/mac-universal/BODYPARK-v3.6.0-mac.app/Contents/Frameworks/TXFFmpeg.framework/Versions/Current/. --validated:/Users/zhangheng/Desktop/development/coach-app/dist_electron/mac-universal/BODYPARK-v3.6.0-mac.app/Contents/Frameworks/TXFFmpeg.framework/Versions/Current/. --prepared:/Users/zhangheng/Desktop/development/coach-app/dist_electron/mac-universal/BODYPARK-v3.6.0-mac.app/Contents/Frameworks/Electron Framework.framework/Versions/Current/. --prepared:/Users/zhangheng/Desktop/development/coach-app/dist_electron/mac-universal/BODYPARK-v3.6.0-mac.app/Contents/Frameworks/Electron Framework.framework/Versions/Current/Helpers/chrome_crashpad_handler --validated:/Users/zhangheng/Desktop/development/coach-app/dist_electron/mac-universal/BODYPARK-v3.6.0-mac.app/Contents/Frameworks/Electron Framework.framework/Versions/Current/Helpers/chrome_crashpad_handler --validated:/Users/zhangheng/Desktop/development/coach-app/dist_electron/mac-universal/BODYPARK-v3.6.0-mac.app/Contents/Frameworks/Electron Framework.framework/Versions/Current/. --prepared:/Users/zhangheng/Desktop/development/coach-app/dist_electron/mac-universal/BODYPARK-v3.6.0-mac.app/Contents/Frameworks/TXSoundTouch.framework/Versions/Current/. --validated:/Users/zhangheng/Desktop/development/coach-app/dist_electron/mac-universal/BODYPARK-v3.6.0-mac.app/Contents/Frameworks/TXSoundTouch.framework/Versions/Current/. --prepared:/Users/zhangheng/Desktop/development/coach-app/dist_electron/mac-universal/BODYPARK-v3.6.0-mac.app/Contents/Frameworks/BODYPARK-v3.6.0-mac Helper.app --validated:/Users/zhangheng/Desktop/development/coach-app/dist_electron/mac-universal/BODYPARK-v3.6.0-mac.app/Contents/Frameworks/BODYPARK-v3.6.0-mac Helper.app --prepared:/Users/zhangheng/Desktop/development/coach-app/dist_electron/mac-universal/BODYPARK-v3.6.0-mac.app/Contents/Frameworks/BODYPARK-v3.6.0-mac Helper (Renderer).app --validated:/Users/zhangheng/Desktop/development/coach-app/dist_electron/mac-universal/BODYPARK-v3.6.0-mac.app/Contents/Frameworks/BODYPARK-v3.6.0-mac Helper (Renderer).app /Users/zhangheng/Desktop/development/coach-app/dist_electron/mac-universal/BODYPARK-v3.6.0-mac.app/Contents/MacOS/BODYPARK-v3.6.0-mac: valid on disk /Users/zhangheng/Desktop/development/coach-app/dist_electron/mac-universal/BODYPARK-v3.6.0-mac.app/Contents/MacOS/BODYPARK-v3.6.0-mac: satisfies its Designated Requirement It looks like local signing succeeded, but notarization is failing. I’m a beginner with macOS signing/notarization. Could you please help me figure out what I’m doing wrong and how to fix this? I’d really appreciate any guidance.

I want to export Mac OS application out side App Store and I need to have Developer Id installer certificate to do the same. When I go to certificate section in developer portal - I only see option of Mac App Distribution Mac Installer Distribution Developer ID Application Does anyone know where I can check the Developer ID installer part. Developer ID application doesn't work for signing the app manually.

The Developer App Certificate is not trusted.

I am using a Sonoma VM (14.6) where i have installed xcode 16.2. When i try login into apple id into xcode, i am getting this error. I know i am entering the correct credentials. Not sure why this issue is. In other Sequioa and Tahoe VM , i was able to login.

Background We are using a Developer ID application certificate to sign our application. We lost the private key and we need to revoke it before we can receive a new one. Per documentation (https://developer.apple.com/support/certificates/), I know that previously installed applications will still be able to run, but new installations will not be able to work. I want to confirm what will happen when we revoke the certificate so we know how to prepare customers for this upcoming change. Questions Will existing installations of the application receive a notice that the certificate has been revoked? Will previously installed applications be able to launch again after they are closed? What will the user see when they try to install the application with the revoked certificate?

We have an enterprise application which customers are using since long. Suddenly some customers have reported they are unable to open app in iOS 18 OS. On lower versions like 17 it is working fine. We have a deploy this enterprise application on our server from that link our customer can download and install the app in iPhone. Now they are blocked due to this error. After installing the app when they open app below error message is shown to them. "AppName" is no longer available.

I exported an app from an Xcode project using the "Archive" feature. After signing and notarizing it, the app runs normally on my local machine. However, after packaging it with create-dmg or ditto and distributing it to another Mac, I get an error saying the application cannot run. When I execute the command open xxx.app in Terminal, it shows _LSOpenURLsWithCompletionHandler() failed for the application /Applications/Maxi PC Suite.app with error -10810. Does anyone know why this is happening? codesign and notarization info： codesign -vvv Maxi\ PC\ Suite.app ...... Maxi PC Suite.app: valid on disk Maxi PC Suite.app: satisfies its Designated Requirement syspolicy_check distribution Maxi\ PC\ Suite.app App passed all pre-distribution checks and is ready for distribution.

如果你的 App 执行设备端收据验证，请确保你的 App 支持 SHA-256 算法。 我的APP接入了apple内购，我需要如何验证我的app支持 SHA-256 算法呢？

After I upgraded to macOS 15.3, all of my current Xcode project have the signing issue, I spent half day and I didn't make any progress, I tried two projects, one is Swift AppKit App calling one C++ dylib, another one is a pure Swift AppKit app, when I build, there will be error: Warning: unable to build chain to self-signed root for signer "Apple Development: Steven Tang (XXXXX)" /Volumes/TwoTSSD/steventang/Library/Developer/Xcode/DerivedData/ImageEnhancement-ddbilgyraofrdyfeljyuknusunza/Build/Products/Release/ImageEnhancement.app: errSecInternalComponent I tried remove account, add account back in Xcode, none of it worked, also tried ChatGPT's WWDR updating and it won't help.

My iOS version of the app is available on the App Store with a non-team ID prefix for its bundle ID. It has been available there for a long time and I am not sure why I chose a custom prefix for it. The Mac version of the same app is available on the Mac App Store with a different bundle ID and with a prefix that matches my team ID. I am currently looking to "merge" both apps into a single bundle ID. The plan is to stop using the current Mac app and release a new one as a universal app under the existing bundle ID for the iOS app. Unfortunately, it looks like that the Mac App Store does not actually allow any submissions that have a non-team ID for a prefix. I know that it is a very specific case but any suggestions would be welcomed.

In the LightweightCodeRequirements framework, there is a LaunchCodeRequirement object which can be used as a requirement object for a Process for example. What I don't understand (I admit my macOS low-level knowledge is limited) is that how can this be used in a secure way that doesn't fall victim of a Time-of-Check/Time-of-Use issue. e.g. I specify a LaunchCodeRequirement via Process.launchRequirement for my process, let's say /usr/local/bin/mycommandlinetool. The LaunchCodeRequirement specifies my development team and a developer ID certificate. The process must be started in some form, before a SecCode/SecTask object can be created, rather than a SecStaticCode object (which only guarantees its validity checks to be intact as long as the file is not modified). But if the process was started, then I have no tools in my set to prevent it from executing its initialization code or similar. Then, by the time I'm able to check via SecCode/SecTask functions the LaunchCodeRequirement, I might have already ran malicious code - if mycommandlinetool was maliciously replaced. Or does the operating system use a daemon to copy the executable specified for Process to a secure location, then creates the SecStaticCode object, assesses the LaunchCodeRequirement and if passed, launches the executable from that trusted location (which would make sure it is immutable for replacement by malicious actors)? I have a hard time understanding how this works under the hood - if I remember correctly these are private APIs.

In Swift I'm using unzip by launching a Process to unzip a file. I added a launchRequirement to the process in order to make sure the executable is code signed by Apple and the identifier is com.apple.unzip. After testing out my code on another machines (both physical and virtual), I found out that in some the identifier is actually com.apple.zipinfo, which broke the SigningIdentifier requirement. It's safe to assume that /usr/bin/unzip can be trusted since it's in a System Integrity Protection (SIP) location, but I'm wondering why this executable has different identifiers?

I made a macOS application using Swift Package and distributed it in dmg format through Apple Notary service. However, we received a report from a user that it can be launched from a disk image mounted from dmg, but when copied to /Applications, the app is broken and does not start. I looked into why this happened, I noticed that the codesign command returned different results when copying the application bundle and /Applications on the volume mounted dmg with Finder. Mounted dmg: OK ❯ codesign --verify --deep --verbose /Volumes/azoo-key-skkserv/azoo-key-skkserv.app /Volumes/azoo-key-skkserv/azoo-key-skkserv.app: valid on disk /Volumes/azoo-key-skkserv/azoo-key-skkserv.app: satisfies its Designated Requirement Copied by Finder: Bad codesign reports that there are 148 added/missing files. ❯ codesign --verify --deep --verbose /Applications/azoo-key-skkserv.app /Applications/azoo-key-skkserv.app: a sealed resource is missing or invalid file added: /Applications/azoo-key-skkserv.app/Contents/Resources/AzooKeyKanakanjiConverter_KanaKanjiConverterModuleWithDefaultDictionary.bundle/Contents/Resources/Dictionary/louds/グ1.loudstxt3 (skip...) file missing: /Applications/azoo-key-skkserv.app/Contents/Resources/AzooKeyKanakanjiConverter_KanaKanjiConverterModuleWithDefaultDictionary.bundle/Contents/Resources/Dictionary/louds/グ1.loudstxt3 (skip...) Copied by ditto: OK ❯ ditto /Volumes/azoo-key-skkserv/azoo-key-skkserv.app /Applications/azoo-key-skkserv.app ❯ codesign --verify --deep --verbose /Applications/azoo-key-skkserv.app /Applications/azoo-key-skkserv.app: valid on disk /Applications/azoo-key-skkserv.app: satisfies its Designated Requirement I made a simple macOS application to explain this problem in an easy-to-understand way. You can download dmg in github releases, mount dmg, copy it in the Finder, and check if there is a problem by running the codesign command. https://github.com/mtgto/example-utf8-mac-notarization As a result, I learned the following two things. Occurs only with resources with file names whose values change due to NFC/NFD normalization No problems occur with the resources of the application itself. Generated by the Swift Package resources that the application depends on I think this is a problem with Finder or Gatekeeper.

Hey, Just recently I realized something I have been overlooking in my build pipelines. I thought that by adding the the "hardened runtime", I disable 3rd-party library injection (I do not have the disable-library-validation entitlement added). However, I was using some checks on my code and I noticed that the "library validation" code signature check fails on my applications (e.g. adding the .libraryValidation requirement via the LightweightCodeRequirements framework) - with codesign -dvvvv /path/to/app I can check it doesn't have the CS_REQUIRE_LV flag: [...] CodeDirectory v=20500 size=937 flags=0x10000(runtime) hashes=18+7 location=embedded [...] then I used in Xcode the "Other Code Signing Flags" setting and added the -o library option, which added the flag: [...] CodeDirectory v=20500 size=937 flags=0x12000(library-validation,runtime) hashes=18+7 location=embedded [...] Is this flag something I should be explicitly setting? Because I was under the impression enabling hardened runtime would be enough. Popular Developer ID distributed applications (e.g. Google Chrome, Parallels Desktop, Slack) all have this flag set.