Hello Apple Developer Community, I am implementing the "Return to Service" feature with app preservation in our MDM solution (iOS 26+). My goal is to use the EraseDeviceCommand to securely erase user data while preserving managed apps, and then have the device automatically re-enroll without user interaction. What I am doing: The device is supervised and successfully enrolled in Automated Device Enrollment (ADE). The device has generated and escrowed a bootstrap token to our MDM server (SetBootstrapToken received). I am sending the EraseDeviceCommand to the device via MDM with the necessary parameters for Return to Service with app preservation. The command payload includes: Enabled: true The previously escrowed BootstrapToken (as Base64 data). WiFiProfileData (as Base64 data) to ensure connectivity post-erase. Example Payload Structure (Simplified): <key>ReturnToService</key> <dict> <key>Enabled</key> <true/> <key>BootstrapToken</key> <data>YOUR_BASE64_TOKEN</data> <key>WiFiProfileData</key> <data>YOUR_BASE64_WIFI_PROFILE</data> </dict> The observed behavior: The erase command is successful. The device performs the secure user data erase. Crucially, the managed applications are preserved and automatically installed again after the reboot (confirming app preservation is working). The device connects to the Wi-Fi network successfully. The issue: I am not seeing the GetBootstrapToken request from the device hit our MDM server's check-in URL during the post-erase setup assistant phase. The re-enrollment seems to complete, but this specific request is missing from our server logs. My questions: Is the GetBootstrapToken request an explicit check-in message type, or is it an implicit part of the general CheckIn process during ADE re-enrollment when the token is used? If the device successfully re-enrolls and preserves apps, is the explicit GetBootstrapToken request still expected? Or does the token included in the EraseDeviceCommand payload satisfy all authentication needs for this workflow? What specific conditions or capabilities on the MDM server side might prevent the device from sending this specific request, even if the overall process succeeds? Any insights from Apple engineers or other developers who have successfully implemented this flow would be greatly appreciated. Thank you!

I recently reviewed the device management restrictions page of the developer docs (https://developer.apple.com/documentation/devicemanagement/restrictions) and noticed that several items are now marked "In a future release, this restriction will begin requiring supervision." Some of these changes are likely to have a dramatic impact on our app and business! So my question is threefold: a) where can I find out or request more information about the planned changes (e.g. timeline would be especially helpful)? b) why are these changes being implemented at all? c) to whom / where can I protest these changes (aside from this forum and feedback assistant)?

For additional security we would like to avoid keeping generated certificates (their private keys) on our server after installing them on a device, but still be able to reference them in later installed configuration profiles via MDM. However, it seems that for a configuration profile's payload to use a certificate (e.g. VPN payload), the certificate payload must be present in the same profile. Are we missing anything, perhaps it's already possible somehow? Ideal workflow for us would be: our MDM server generates a certificate (private+public keys) for a given device our MDM server sends this certificate to the device as configuration profile and saves PayloadUUID of the certificate's payload our MDM server deletes the generated private key from its storage. At this point the private key is present only on the device. at some point in the future our MDM server sends a configuration profile that references the certificate from step 2 via the saved PayloadUUID (e.g. using key PayloadCertificateUUID in a VPN payload) Current result: device responds to MDM server with error "The profile “VPN” could not be installed. Certificates needed for the VPN service “VPN” are invalid." Desired result: device is able to find the previously installed certificate via its PayloadUUID. Alternatively, it could be certificate fingerprint or something similar. One more alternative could be to replace steps 1-3 by an app on the device that obtains a certificate (in any way), installs it to device as a configuration profile, passes the certificate's PayloadUUID to our MDM server and then doing step 4.

Hi everyone, I submitted this feature request through Apple’s Feedback Assistant and wanted to share it here, because many families run into the same issue and Apple prioritizes features based on the number of reports they receive. Current limitation: Screen Time only allows one single Downtime period per day for child accounts. For families with separate school hours and bedtime, this is very impractical. My real-world use case: • Downtime 1: 08:00–13:00 (school) • Downtime 2: 20:00–06:00 (bedtime) Both serve completely different purposes, but are not possible to combine with the current system. My suggestions to Apple: Support multiple Downtime periods per day for child accounts. Allow custom exceptions per Downtime block (e.g., allow Phone app). Provide more flexibility overall for families using Screen Time. If you would benefit from this too, it would be great if you could submit the same request via the Feedback app – the more reports Apple receives, the higher the chance for implementation. My Feedback ID: FB21265678 Thank you! 🙏 Hallo zusammen, ich habe über die Feedback-App einen Vorschlag an Apple eingereicht und wollte ihn hier teilen, weil viele Familien dasselbe Problem haben und Apple mehr Rückmeldungen braucht, um das Thema zu priorisieren. Aktuelles Problem: In Bildschirmzeit kann für Kinder aktuell nur eine einzige Auszeit pro Tag eingerichtet werden. Für Familien mit getrennten Schul- und Schlafenszeiten ist das extrem unpraktisch. Mein Anwendungsfall: • Auszeit 1: 08:00–13:00 (Schule) • Auszeit 2: 20:00–06:00 (Schlafenszeit) Beides erfüllt unterschiedliche Zwecke, ist aber nicht kombinierbar. Mein Vorschlag an Apple: Mehrere Auszeiten pro Tag für Kinderaccounts. Pro Auszeit eigene Ausnahmen festlegen (z. B. Telefon erlauben). Allgemein mehr Flexibilität im Screen-Time-System für Familien. Wenn ihr das ebenfalls hilfreich findet, wäre es super, wenn ihr es auch über die Feedback-App meldet – je mehr, desto besser. Feedback-ID meines Vorschlags: FB21265678 Danke euch! 🙏

We have an office application used internally within our enterprise. The Provisioning Profiles (PP) for the app were about to expire, so we updated the PP and released a new version. However, we've encountered an issue where some users did not update their phones in time. After the app expired, they found it unusable and downloaded the new version, but the newly downloaded app also crashes on launch. Restarting the phone does not resolve the issue, and this primarily occurs on iOS 18.3.2. What could be the cause of this problem, and how should we address it?

Hi, everyone! Is there any way to change ACL of existing Private key in system keychain using MDM? We would like to add the binary or .app to access list of the key. I tried to send script via MDM which imported/exported our certificate with private key with required ACL. But can we change it without import/export?

It seems like every time an IOS update is installed, the camera app file formats get reset to defaults. This setting is not available to manage at the MDM level. Many people need the the most compatible settings for the purpose of file sharing. So, now we have nearly 1,000 devices with a complete mix of photo and video formats. And IT has wasted MANY hours converting files for people. Feature Request: Please either stop resetting the camera app file formats or allow us to manage those settings at the MDM level. Respectfully, Robert

Apple iPad Air device failing to enroll through ABM with "failed to retrieve configuration" error. This error occurs while reaching Apple ABM for fetching MDM server enrollment details. When we checked console logs when enrolling the device we found following error: ​default 13:54:07.229022+1000 teslad Error: Error Domain=MCCloudConfigurationErrorDomain Code=34004 "The cloud configuration server is unavailable or busy." UserInfo={NSLocalizedDescription=The cloud configuration server is unavailable or busy., CloudConfigurationErrorType=CloudConfigurationFatalError} default 13:54:07.229120+1000 Setup Service completed default 13:54:07.230096+1000 Setup Could not retrieve cloud configuration. Error: <Error domain: MCCloudConfigErrorDomain, code 33001>\ Feedback raised along with screenshot and console logs as well : FB17785513. Please analyse this issue and reply back to us.

Hello, We have an internal enterprise app. After the provisioning profile (certificate) expired, some employees' iPhones still retained the old certificate when updating the app, causing the app to fail to open. We’ve tried restarting and reinstalling the app, but the issue persists. Having each employee manually reset network or device settings would be too operationally costly. Since this involves a large number of devices, we cannot use Apple Configurator to remove and reinstall certificates one by one. Therefore, we’d like to ask if there is a more efficient, batch-oriented solution to quickly resolve the certificate residue issue. We’d appreciate any suggestions for large-scale deployment methods. Thank you very much!

We are going to replace our iPhone SE to iPhone 16e. The issue is that we are unable to install an in-house app on the new iPhone 16e. The app works on the iPhone SE Both phones run on the same iOS version (18.5) Has anyone else experienced the same issue? I initially thought the iPhone 16e was the successor to the iPhone SE

This is in reference to the feedback ticket : https://feedbackassistant.apple.com/draft/57929340, we would like to know if there are any test enterprise websites that Apple can suggest to test passkeys declaration.

Microsoft are retiring the “Azure AD Graph API”. We allow the use of Apple email apps in our M365 tenant via the “Apple Internet Accounts” Entra ID Enterprise Application, however this is using the “User.Read” permission from this retiring “Azure AD Graph API”. My concern is that Apple email app’s will stop working in our tenant when Microsoft retire the “Azure AD Graph API” and this permission is removed, as this is an Apple managed Enterprise Application, we have no method of changing the permissions ourselves. I have not been able to find any information on how the “Apple Internet Accounts” Entra ID Enterprise Application can be updated to use the required, newer “Microsoft Graph API” “User.Read” permission. It is not possible for us to change the permissions on the “Apple Internet Accounts” Entra ID Enterprise Application in our tenant, my assumption is that Apple would need to deploy a newer version of Email app that uses the newer “Microsoft Graph API” “User.Read” permission, and we would then need to consent the use of this new permission in our tenant. I would have thought Apple would have deploy this by now, but we have not seen any consent requests. Does anyone have any information about how Apple are handling this Microsoft change and how we can pre-emptively update the “Apple Internet Accounts” Entra ID Enterprise Application to ensure that Apple email client continue to work in our tenant? Many thanks.

Three months ago I molded a mold program. I believe could be tweaked and tried unlined zero code. swear. anyway I would like to scale with some people if I can go to commercial area code phoned series and calls.and if I have rights. but my next moves for them. on iOS I think they should have a seri settings. where they can call seri.on settings, and it jump many codes-and navigation is hard. plus I think seri can help in settings expecially since seri settings is verbal drop. if the words fit or are similar it cues goes to but you have to hard call the switch.so there’s no hey no Sami where you setting no Sammy right I think it could skip cauldron and everything verbally either. Seri settings I think iOS should try it.

Hi team, We need to identify the domains used by macOS Software Update so they can be bypassed by our NETransparentProxy. The Apple support article below lists Software Update and several other Apple service domains. At the moment we’re unsure whether we should only bypass the Software Update and Beta Software domains, or whether we also need to bypass domains used for certificate validation, device management (Apple Business Manager / Apple School Manager / Apple Business Essentials), network provider updates, Apple Diagnostics, etc. We also need the specific IP ranges used exclusively by Software Update. The document shows Apple’s entire IP range; for IPv4 you can allow outbound connections to 17.0.0.0/8. https://support.apple.com/en-in/101555

The question: Is there any chance that Apple will integrate Intune SDK into Apple apps such as Mail or Calendar, or create Siri-compatible Intune SDK-integrated versions of Mail and Calendar? The reason for the question: My team has been asked by VIPs in our company (e.g. execs and board members) if Siri can be used with Outlook, and the only way is through Shortcuts or by adding the Outlook account to Mail. Both of these options would violate our security policies for these reasons: Since our company policy and federal regulations don't permit us to allow access to company resources on non-MAM-protected apps, we can't allow our users to login to the Mail app and make full use of Siri, due to the lack of MAM controls for Mail and Calendar. We only allow users to transfer data between policy-managed apps which have integrated the Intune SDK allowing us to enforce DLP and other security measures. The only way to enable Shortcuts would be to disable these security measures.

I have enrolled a macbook through ADE to Apple School Manager and register it to the MDM service. Upon sending the initial DeclarativeManagement payload, the device return the client capabilities as below: "supported-versions": [ "1.0.0" ], "supported-payloads": { "declarations": { "activations": [ "com.apple.activation.simple" ], "assets": [ "com.apple.asset.credential.acme", "com.apple.asset.credential.certificate", "com.apple.asset.credential.identity", "com.apple.asset.credential.scep", "com.apple.asset.credential.userpassword", "com.apple.asset.data", "com.apple.asset.useridentity" ], "configurations": [ "com.apple.configuration.account.caldav", "com.apple.configuration.account.carddav", "com.apple.configuration.account.exchange", "com.apple.configuration.account.google", "com.apple.configuration.account.ldap", "com.apple.configuration.account.mail", "com.apple.configuration.account.subscribed-calendar", "com.apple.configuration.legacy", "com.apple.configuration.legacy.interactive", "com.apple.configuration.management.status-subscriptions", "com.apple.configuration.management.test", "com.apple.configuration.math.settings", "com.apple.configuration.passcode.settings", "com.apple.configuration.safari.extensions.settings", "com.apple.configuration.screensharing.connection", "com.apple.configuration.screensharing.connection.group", "com.apple.configuration.security.certificate", "com.apple.configuration.security.identity", "com.apple.configuration.security.passkey.attestation" ], "management": [ "com.apple.management.organization-info", "com.apple.management.properties", "com.apple.management.server-capabilities" ] }, "status-items": [ "account.list.caldav", "account.list.carddav", "account.list.exchange", "account.list.google", "account.list.ldap", "account.list.mail.incoming", "account.list.mail.outgoing", "account.list.subscribed-calendar", "device.identifier.serial-number", "device.identifier.udid", "device.model.family", "device.model.identifier", "device.model.marketing-name", "device.model.number", "device.operating-system.build-version", "device.operating-system.family", "device.operating-system.marketing-name", "device.operating-system.supplemental.build-version", "device.operating-system.supplemental.extra-version", "device.operating-system.version", "management.client-capabilities", "management.declarations", "screensharing.connection.group.unresolved-connection", "security.certificate.list", "test.array-value", "test.boolean-value", "test.dictionary-value", "test.error-value", "test.integer-value", "test.real-value", "test.string-value" ] }, "supported-features": { } } }, com.apple.configuration.softwareupdate.enforcement.specific couldn't be found. The macbook current OS version is 15.5 and it's supervised so looking at this, I assume it should include the Software Update:Enforcement:Specific capability? https://github.com/apple/device-management/blob/release/declarative/declarations/configurations/softwareupdate.enforcement.specific.yaml When I tried sending the payload to the device anyway the valid status is unknown

Hello everyone, I am looking for technical clarification regarding potential rate limits when automating frequent iOS device resets. In my workflow, I need to reset test devices multiple times per day using the EraseDevice MDM command, often combined with the ReturnToService flag for automated setup. I understand that after a full reset, the device undertakes several critical steps to become operational again, including device activation, system app installation, MDM re-enrollment, and subsequent validation of developer certificates for internally distributed apps. Based on Apple’s documentation and my own observations, I am aware of the following domains being involved in these processes: Device Activation: albert.apple.com, gs.apple.com, captive.apple.com, humb.apple.com, static.ips.apple.com, sq-device.apple.com, tbsc.apple.com, time*.apple.com System App Installation: *.itunes.apple.com, *.apps.apple.com, *.mzstatic.com MDM Enrollment: Communication with Apple ADE servers followed by the MDM server. Developer Certificate Validation: ppq.apple.com, ocsp.apple.com, crl.apple.com My primary question is: Are there any rate limits imposed by Apple’s servers on these specific processes when performed frequently on the exact same device within a short timeframe (e.g., multiple times per day)? Specifically, could anyone provide information regarding potential limits for: Device activation requests? System app downloads post-activation? Automated Device Enrollment checks and subsequent MDM enrollments? Developer certificate validation requests? Additionally, is the list of domains above comprehensive for these processes, or are there other key endpoints involved that I should be aware of regarding potential rate limiting? Understanding these limitations is crucial for ensuring the reliability of automated device management workflows. Thank you for any insights!

Hello all, I’m hoping someone here has gone through the process of integrating an ERP system with the Apple GSX API and can offer some guidance. We’re currently working with an AASP who asked us to integrate our ERP with the Apple GSX API. It’s the first time for both of us, and we’re a bit stuck on how to properly get started. The AASP contacted their regional manager, who confirmed that an NDA and an Apple Developer Account would be necessary. However, he hasn’t handled this type of integration before and is still seeking internal guidance. That was a few months ago, and due to his workload, the AASP hasn’t heard back from him yet. Meanwhile, we’ve already enrolled in the Apple Developer Program and opened a support case, but we’ve been redirected to the forums since our case goes beyond standard support. So now we’re trying to understand: What steps need to be completed by the AASP? What are the steps we, as the ERP provider, need to take in order to receive API access? Are there any specific documents, applications, or technical requirements we should prepare in advance? We’d really appreciate any guidance or insight from others who have gone through this process — or even partial answers to help us move forward. Thanks in advance for your time!

Hi Team, After agreeing the Paid In-app purchase agreements, i have been asked to fill the tax forms of US Certificate of foreign status of beneficial owner and US substitute form W-8BEN-E. Being an Indian Ed-tech company, we would like to know how should we approach this. Any help or support page or video on this can make our life easier. Thanks Team ACEplus.

Hello folks, I stumbled upon a weird CNContact serialization problem. I use the Contacts framework to update the AIM field, which is one of the instantMessageAddresses within a single Contact. Here is the simplified code I used: func updateAIMFieldOn(contact: CNContact, aimValue: String) { do { guard let mutableContact = contact.mutableCopy() as? CNMutableContact else { logger.error("[CM] Couldn't update contact with aim \(aimValue)") return } var updatedAddresses = mutableContact.instantMessageAddresses updatedAddresses.append(CNLabeledValue(label: "", value: CNInstantMessageAddress(username: aimValue, service: CNInstantMessageServiceAIM))) mutableContact.instantMessageAddresses = updatedAddresses let saveRequest = CNSaveRequest() saveRequest.update(mutableContact) try CNContactStore().execute(saveRequest) logger.verbose("Contact's AIM updated successfully!") } catch { logger.error("Couldn't update contact") } } And after serializing the contact to data, and then deserializing, the contact got two AIM fields with the same value: X-AIM;type=pref:some:part:of_my_aim_value IMPP;X-SERVICE-TYPE=AIM;type=pref:some:part:of_my_aim_value Why does it work in this manner? Is it possible that ":" char causes that? Format of my aim username is {some:part:of_my_aim_value}. I didn't find any information in the docs. Thanks!