We’re using the Apple Developer Enterprise Program for internal app distribution. The Apple ID is a generic one using our domain email, but the Account Holder is a real person with authority in the organization. For the payment method, we plan to use a corporate credit card — but it is issued under a different staff name (e.g. card under Chief, but Account Holder is IT Head). Just want to check: • Is this setup acceptable? • Will Apple reject the enrollment/renewal if the card name doesn’t match the Account Holder? • What’s the best practice in this case to avoid delays or verification issues? Appreciate any guidance or experience from the community. Thanks!

The result Plist for the InstalledApplicationList MDM command is reporting duplicate Application identifiers. Sometimes with different version, other times with the same version. The device is MacOS 15.5, Enrolled via ABM (Supervised). Here are a couple samples from the returned list. Duplicate app: <key>BundleSize</key> <integer>398051</integer> <key>Identifier</key> <string>com.adobe.Acrobat.NativeMessagingHost</string> <key>Installing</key> <false/> <key>Name</key> <string>NativeMessagingHost</string> <key>ShortVersion</key> <string>5.0</string> <key>Version</key> <string>5.0</string> </dict> <dict> <key>BundleSize</key> <integer>398051</integer> <key>Identifier</key> <string>com.adobe.Acrobat.NativeMessagingHost</string> <key>Installing</key> <false/> <key>Name</key> <string>NativeMessagingHost</string> <key>ShortVersion</key> <string>5.0</string> <key>Version</key> <string>5.0</string> </dict> Different Version: <key>BundleSize</key> <integer>4197200</integer> <key>Identifier</key> <string>com.adobe.adobe_licutil</string> <key>Installing</key> <false/> <key>Name</key> <string>adobe_licutil</string> <key>ShortVersion</key> <string>11.0.0.39</string> <key>Version</key> <string>11.0.0.39</string> </dict> <dict> <key>BundleSize</key> <integer>4443177</integer> <key>Identifier</key> <string>com.adobe.AcroLicApp</string> <key>Installing</key> <false/> <key>Name</key> <string>AcroLicApp</string> <key>ShortVersion</key> <string>25.001.20432</string> <key>Version</key> <string>25.001.20432</string> </dict> <dict> <key>BundleSize</key> <integer>7380980</integer> <key>Identifier</key> <string>com.adobe.adobe_licutil</string> <key>Installing</key> <false/> <key>Name</key> <string>adobe_licutil</string> <key>ShortVersion</key> <string>10.0.0.274</string> <key>Version</key> <string>10.0.0.274</string> </dict>

Im trying to make my own iOS MDM Server with SCEP. I cant send a response to the PKIOperation without the iPad rejecting it. Can someone post the PKIOperation response structure

Finally got to the stage where the ACME certificate profile is successfully installed. However, the public key/certificate itself isn't appearing in the System Keychain. I'm not sure if this is normal or if it's an indication that something went wrong after the profile installation. Unfortunately, I didn't study the log detail at the time and I'm uncertain of how to retrieve those logs from two days ago for the ACME activities. Can anyone confirm that macOS 26 should be storing ACME-retrieved MDM profile-based certificates in the System Keychain? If they should be there, what can possibly go wrong? The most obvious issue I can see is that the ACME server has requested the certificate with two CN's, which comes from the MDM profile asking for the subject against CN and the OID (2.5.4.3). Both CN's are identical. I'm surprised the profile installed if something is wrong. At first, I assumed Apple had decided to stop installing the certificates into the System Keychain.

Attempts to programmatically update or add numerous system-installed certificates (a common practice for organizations that rotate certificates regularly) are blocked, forcing manual, insecure, and error-prone workarounds. The root cause lies in the stricter security protocols implemented in macOS 15, specifically: System Integrity Protection (SIP) and Transparency, Consent, and Control (TCC) Command we are using : sudo security authorizationdb write com.apple.trust-settings.admin

I want to install Chrome extension via configuration profile without user needing to go to System Settings and install profile manually. Can i install configuraation profile by making user only interact with my app?

We’re exploring the use of Apple’s Automatic Assessment Configuration entitlement for an iOS app currently in the proof-of-concept stage. We’re enrolled in the Apple Developer Program with an active subscription. Both the Account Holder and team members have accepted all relevant license agreements. However, when we try to access the entitlement request form at: 👉 https://developer.apple.com/contact/request/automatic-assessment-configuration/ We are immediately redirected to: 🚫 https://developer.apple.com/unauthorized/ This happens for all team members, including the Account Holder, so it doesn’t appear to be a role-specific permissions issue. The app is still in the proof-of-concept stage — there’s no App Store listing or App ID yet. We’re trying to confirm entitlement eligibility before proceeding further. Questions: Is an App Store listing or App ID required to access this request form? Are there any hidden prerequisites (account permissions, team roles, prior submissions, etc.) that need to be fulfilled? Has anyone here successfully submitted this form — and if so, what steps or conditions were required? Any guidance or shared experience would be greatly appreciated. Thanks in advance!

Hi Apple team and community, We’re currently integrating with the Apps and Books for Organizations API as part of our device management solution and would like to highlight a few critical points we've encountered — including a reliability issue, an enhancement suggestion, and a request for clarification on API rate limits. 1. Issue: Intermittent 403 Errors with stoken-authenticated-apps Endpoint We are encountering intermittent 403 Forbidden responses from the stoken-authenticated-apps endpoint. Approximately 30–35% of the requests fail with a 403 status code. These failures are inconsistent — the same request (using the same Content Token and Storefront) may succeed upon retry. All requests are properly authenticated and include the required Cookie and other headers as specified in the API documentation. This issue is impacting our ability to reliably fetch app metadata at scale, particularly in workflows. We’d like to know: Is this a known issue? Could it be due to a rate limit or token misconfiguration? Are any changes required on our end to avoid these failures? 2. Enhancement Request: Include externalVersionId in versionHistory Response The versionHistory extension currently returns: versionString releaseNotes releaseDate However, for Declarative Device Management (DDM) workflows such as App Pinning, we need the externalVersionId as well. Without it, we can't reliably correlate version metadata with the specific version ID required for pinning. Adding externalVersionId would: Enable precise version targeting during App Pinning Improve reliability and automation in managed deployments We request that Apple consider including externalVersionId in the versionHistory response to better support DDM-based app lifecycle management. 3. Rate Limit Clarification We found the following note in the Apps and Books for Organizations API documentation: "The Apps and Books for Organizations API limits the number of requests your app can make using a developer token within a specific period of time. If you exceed this limit, you’ll temporarily receive 429 Too Many Requests error responses for requests that use the token. This error resolves itself shortly after the request rate has reduced." While this confirms that a rate limit is enforced, there is no detailed information about the thresholds — such as the number of allowed requests per minute, hour, or day per developer token. To help us implement proper throttling and retry strategies, we request clarification on the following: What is the exact rate limit threshold per developer token? Are there per-endpoint limits, or is it a global cap for all requests using the token? Does the API return a Retry-After header when the limit is exceeded? What is the recommended backoff strategy for clients to follow when receiving 429 errors? This information would help us implement efficient throttling and error handling logic. Any insights from the Apple team or other developers who’ve encountered these issues would be greatly appreciated!

I'm currently testing app updates using the App:Managed declarative device management payload, and I have a question regarding app update status reporting. Presently, by subscribing to the app.managed.list status item, we can retrieve a list of managed applications along with their installation status. Additionally, we enable automatic updates for managed App Store apps using the UpdateBehavior.AutomaticAppUpdates key. However, especially when a critical application update is initiated, we frequently find ourselves needing more detailed information about the update process. For instance, having status items similar to softwareupdate.install-state and softwareupdate.failure-reason would be incredibly helpful for user troubleshooting. My question is: Is there a way to obtain a similar level of detailed, real-time status updates for app updates? Any insights you might have, or existing methods to achieve this, would be greatly appreciated. Thank you.

Hello, I am running into a bit of an issue with the Screen Timeout/Screen Lock setting and would like some clarification on. First for a bit of context, I am enrolling personal iOS devices 18.0+ into the company MDM (Intune) with Account Driven User Enrollment. We are trying to set a screen timeout of 5 minutes and immediately after it asks for the passcode on the device, though this setting is not being applied and the device timeout setting can be set as "Never" on the user's end. This is a big security risk for the company I work for and and the issue with being HIPAA compliant. According to the Microsoft Intune Support, "In iOS 18, when using Account-Driven User Enrollment for BYOD (Bring Your Own Device) scenarios, the screen lock timeout setting is indeed marked as “Not Applicable”. This is because Apple’s privacy-preserving model for personal devices restricts administrative control over system-level settings like screen lock or idle timeout." I am needing clarification on the item mentioned from Microsoft Intune Support and if this setting is no longer able to be applied from the MDM with devices enrolled with Account Driven User Enrollment?

I tried the new feature of macOS 26.0 com.apple.configuration.app.managed. A configuration and its activation are defined with the data like this. InstallBehavior: Install: Required License: Assignment: Device iOSApp: true AppStoreID: '1113153706' After distributing the configuration with DeclarativeDevicement MDM command, an error is notified via status channel app.managed.list. "managed": { "list": [ { "state": "failed", "declaration-identifier": "1424a813-113f-5de0-9a75-38bf64f22673", "identifier": "com.microsoft.skype.teams", "name": "Microsoft Teams" } ] } What am I missing in the settings? Thank you

I am a developer working on iOS apps. I would like to report an issue occurring in iOS 26 beta 2. Our company has Enterprise account, and we are developing apps. When we distribute these apps, and install them on a device running iOS 26 beta2, apps install successfully, but apps crashed immediately after being launched. MDM Install Application When I install the app via Xcode and trust it, apps will run. Launchd job spawn failed This issue does not occur on versions prior to iOS 26. I would like to know if this is a problem that will be resolved in future updates, or if it is a policy change.

I have come across this Hideable attribute for managed apps, introduced in iOS 18.1, and I've encountered some behavior that seems to contradict the official documentation. According to Apple's documentation for app.managed.yaml, setting the Hideable key to false under the Attributes section should prevent a user from hiding the app. The documentation explicitly states: If false, the system prevents the user from hiding the app. It doesn't affect the user's ability to leave it in the App Library, while removing it from the Home Screen. I have configured this in my app.managed.yaml and successfully applied the profile to my test device via our MDM server. However, I am still able to hide the application from both the Home Screen and the App Library. Here are the steps I'm taking to hide the app: Long-press the app icon on Home Screen Select "Require Touch ID" Select "Hide and Require Touch ID" Authenticate using Touch ID Select "Hide App" After these steps, the app is no longer visible on the Home Screen or in the App Library, which is contrary to the behavior described in the documentation for when Hideable is set to false. My question is: Is this a known issue or a potential bug in iOS 18.1? Or, is there an additional configuration profile or a specific device supervision requirement that I might be missing to enforce this restriction correctly? Any clarification would be greatly appreciated! Thank you!

Hello, I'm currently working on implementing app installation features, referencing the app.managed.yaml declaration on GitHub: https://github.com/apple/device-management/blob/0a4527c5ea21825fd23e08273ccdb9e2302458ce/declarative/declarations/configurations/app.managed.yaml My question pertains to the InstallBehavior.Version key. The current specification indicates its type as <integer>: key: Version title: Version supportedOS: iOS: introduced: '26.0' macOS: introduced: '26.0' visionOS: introduced: '26.0' type: <integer> Is there a way to specify the app version using a string format, such as x.y.z, instead of the integer (App Store External Version Identifier - EVID)? Allowing for a simpler version specification would make app version management through MDM more flexible and efficient. I believe this would significantly streamline the deployment and operation of Apple devices within organizations. Any guidance or consideration for this would be greatly appreciated. Thank you.

Hi everyone, I’m sharing this because I’ve been stuck with this issue for over two weeks, and I still haven’t found a solution — or received a meaningful response from Apple Support. A yellow banner has appeared on my account saying: “The Apple Developer Program License Agreement has been updated and needs to be reviewed.” But here’s the problem: I’ve already accepted the latest agreement long ago. When I log into both: App Store Connect Developer Portal …there’s no new agreement to accept, no prompt, no button — absolutely nothing new. The yellow banner simply refuses to go away, and it's preventing updates. I’ve already: Cleared cache & cookies Tried Safari, Chrome, Firefox Logged in from different devices/networks Verified that I am the Account Holder Reported the issue via Apple Developer Support (more than a week ago) Despite clearly stating the urgency of the matter, I’ve received no fix and no timeline. This is beginning to feel like developers’ time — especially for those who depend on timely releases — isn’t being taken seriously. So I’m writing here to ask: 🔹 Has anyone else encountered this same issue recently? 🔹 Is there any known workaround or fix? I’d appreciate any help or shared experience. Thank you.

As we know, we can't add restrictions payload in the mobileconfig when registing the device. We are developing MDM by ourselfs, met some trouble. Please help.

I am trying to find clarification on something. We are seeing strange cases where customer devices seem to unenroll themselves after a period of MDM inactivity. This seems to tie into roughly when their identity certificate has expired. We can't confirm this because the device has since unenrolled. Is there any case where an Apple device will automatically unenroll if it's identity certificate has expired? This doesn't always seem to happen - I had a device respond immediately after being switched off for a year - but could this be down to some devices being DEP enrolled and others manually enrolled?

I'm currently implementing a managed app using the new AppConfig specification. I referred to Apple's official documentation: Specifying and decoding a configuration. Based on the example provided in the "Publish your configuration specification" section, I structured my application configuration plist like this: <?xml version="1.0" encoding="UTF-8"?> <!DOCTYPE plist PUBLIC "-//Apple//DTD PLIST 1.0//EN" "http://www.apple.com/DTDs/PropertyList-1.0.dtd"> <plist version="1.0"> <dict> <key>configuration</key> <dict> <key>account</key> <dict> <key>username</key> <string>test user</string> <key>password</key> <string>test 123</string> </dict> <key>domain</key> <string>test example.com</string> </dict> </dict> </plist> When I deployed this configuration via my MDM server, the server reported valid for the activation, configuration and asset (which is the plist), but the configuration did not reflect or apply within my app. My app was unable to retrieve these settings. After some troubleshooting, I found that removing the top-level <key>configuration</key> wrapper resolved the issue. The following plist structure successfully pushed the configuration to my app: <?xml version="1.0" encoding="UTF-8"?> <!DOCTYPE plist PUBLIC "-//Apple//DTD PLIST 1.0//EN" "http://www.apple.com/DTDs/PropertyList-1.0.dtd"> <plist version="1.0"> <dict> <key>account</key> <dict> <key>username</key> <string>test user</string> <key>password</key> <string>test 123</string> </dict> <key>domain</key> <string>test example.com</string> </dict> </plist> My question is: Is the inclusion of the <key>configuration</key> wrapper (as shown in the Apple documentation example) incorrect for the current AppConfig implementation? Or is this structure intended for a future release (e.g., iOS 26 or beyond) and the documentation implicitly refers to it, causing confusion for current implementation? Any clarification would be greatly appreciated! Thank you!

Hi Apple Team & Community, The new Introduction of Platform SSO during ADE Enrollment is Great And we tried implementing this. As a Rule mentioned in the Documentation Initially MDM Server should send 403 response with Response Body adhering to ErrorCodePlatformSSORequired when HTTP Header for MachineInfo request contains MDM_CAN_REQUEST_PSSO_CONFIG and set to true There are contradictory claims mentioned in Document, In Process Platform SSO Required Response it is mentioned that MDM Server should send body as JSON Object for ErrorCodePlatformSSORequired Example below >>>>> Response HTTP/1.1 403 Forbidden Content-Type: application/json Content-Length: 558 { "code": "com.apple.psso.required", "description": "MDM Server requires the user to authenticate with Identity Provider - BY MEMDM", "message": "The MDM server requires you to authenticate with your Identity Provider. Please follow the instructions provided by your organization to complete the authentication process - BY MEMDM", "details": { "Package": { "ManifestURL": "https://platform-sso-node-server.vercel.app:443/manifest" }, "ProfileURL": "https://platform-sso-node-server.vercel.app:443/profile", "AuthURL": "https://platform-sso-node-server.vercel.app:443/auth" } } But in the same Document a Sample HTTP Response was Provided but seems to be XML format as below >>>>> Response HTTP/1.1 403 Forbidden Content-Type: application/xml Content-Length: 601 <?xml version="1.0" encoding="UTF-8"?> <!DOCTYPE plist PUBLIC "-//Apple//DTD PLIST 1.0//EN" "http://www.apple.com/DTDs/PropertyList-1.0.dtd"> <plist version="1.0"> <dict> <key>Code</key> <string>com.apple.psso.required</string> <key>Details</key> <dict> <key>ProfileURL</key> <string>https://mdmserver.example.com/psso.mobileconfig</string> <key>Package</key> <dict> <key>ManifestURL</key> <string>https://mdmserver.example.com/psso-app.plist</string> </dict> <key>AuthURL</key> <string>https://idp.example.com/authenticate</string> </dict> </dict> </plist> From Github I assume that both Response Types are welcomed hence I tried with Both Followed in JSON Mode, I redirected the HTTP request if MachineInfo contains MDM_CAN_REQUEST_PSSO_CONFIG and set to true to https://platform-sso-node-server.vercel.app/redirectedDEPJSON Followed in XML Mode, I redirected the HTTP request if MachineInfo contains MDM_CAN_REQUEST_PSSO_CONFIG and set to true to https://platform-sso-node-server.vercel.app/redirectedDEPXML In both Response Modes OS is not proceeding after and a error Stating Enrollment with Management Server Failed , Forbidden request (403) appears Can someone kindly guide on where I missed, or is this any OS Bug in Tahoe 26?

I am checking the response of DeviceInformation Command to collect network information from iPad. On iPad(iPad Pro 11, M4) devices that use WiFi without inserting Usim or Esim, network values ​​such as CurrentMCC and ICCID are received in response to the DeviceInformation command. cf.)Even though it may be garbage value, I blurred the unique information just in case. <key>ServiceSubscriptions</key> <array> <dict> <key>CarrierSettingsVersion</key> <string>61.0</string> <key>CurrentCarrierNetwork</key> <string></string> <key>CurrentMCC</key> <string>450</string> <key>CurrentMNC</key> <string>08</string> <key>EID</key> <string>blah blah</string> <key>ICCID</key> <string>blah balh</string> <key>IMEI</key> <string>blah blah</string> <key>IsDataPreferred</key> <true/> <key>IsRoaming</key> <true/> <key>IsVoicePreferred</key> <false/> <key>Label</key> <string>Provisioning</string> <key>LabelID</key> <string>00000000-0000-0000-0000-000000000000</string> <key>PhoneNumber</key> <string></string> <key>Slot</key> <string>CTSubscriptionSlotOne</string> <key>SubscriberCarrierNetwork</key> <string>iPad</string> </dict> </array> This is a bit weird. If I collect the same information from an iPhone(iPhone 15 Pro Max) that only uses wifi and does not use Usim or Esim, it does not respond with values ​​like ICCID, CurrentMCC, etc. <key>ServiceSubscriptions</key> <array> <dict> <key>IMEI</key> <string>blah blah</string> <key>Slot</key> <string>CTSubscriptionSlotOne</string> </dict> <dict> <key>EID</key> <string>blah blah</string> <key>IMEI</key> <string>blah blah</string> <key>Slot</key> <string>CTSubscriptionSlotTwo</string> </dict> </array> I'm confused by the network information collected. Is there a reason why the collected network information of iPad and iPhone are different?