I am developing a navigation application. My goal is for this navigation app to also work in the background and provide the user with real-time directional updates. When apps request access to location services, users see a TCC (Transparency, Consent, and Control) prompt. This prompt allows the user to choose under what conditions the app can access location services (for example: “While Using the App”, “Always”, etc.). If the user selects the “While Using the App” option, can the navigation app still access location in the background and provide directional information to the user? Is something like this technically possible? Does Apple allow this behavior for navigation apps or similar use cases?

Hello, I'm working on an application that requires the use of significant location changes and visits, in addition to region monitoring and standard continuous location delivery (foreground and background). iOS 17 and iOS 18 introduced changes to how we can monitor distinct regions of interest (with CLMonitor) as well as receive location updates (with CLLocationUpdate). But I couldn't find any information regarding how to work with Significant location changes. Do we still need to create a location manager and call startMonitoringSignificantLocationChanges()? Where are the updates received in this case, in the locationManager(_:didUpdateLocations:) or in the liveUpdates async sequence? Visits. Same question here, for visit monitoring to work, do we still have to create a location manager then call startMonitoringVisits()? Where are the visits being notified? Still in locationManager(_:didVisit:) or in the liveUpdates asynchronous sequence? I just want to be sure I understand correctly how to use the updates, and if some features of Core Location still need to use a location manager and the delegate to receive the events. Maybe additional CLCondition will be added to cover both of these technologies as it seems highly related to monitoring conditions (significant location change, and visit). Thank you, Axel

Hello everyone, We've developed a safety application for schools that runs on supervised, MDM-managed iOS devices. The app requires "Location Always" to maintain a persistent background state for its core functionality. The Challenge: Our primary issue is with the periodic background location reminder prompts that iOS automatically presents to the user (e.g., "[App Name] has used your location X times in the past 3 days..."). A screenshot of the exact prompt is attached. While we educate users on the importance of selecting "Always Allow," these recurring prompts make it very easy for a student to downgrade the permission at a later date, which disables the app's safety features. This makes the solution unreliable in a school environment. Our Question: Since these are supervised devices managed by an educational institution, we are looking for a way to manage this behavior. Is there any Info.plist key, entitlement, or API available to developers to influence or suppress these recurring location reminders for our app? From an MDM perspective, is there a known payload or declarative management configuration that can prevent these specific prompts from appearing for a designated app? We understand these prompts are a key privacy feature. Our question is whether there are any provisions for managed, special-purpose environments like a school, where the app's function is considered essential and pre-approved by the device administrator (the school). We are looking for a way to provide a "set it and forget it" configuration for the school, but these reminders currently prevent that. Any architectural advice or insights would be greatly appreciated. Thank you.

my app need tracking location all the time both foreground and background. Please suggest how to prevent the app from being terminated. or detect when app is terminated.

Hello, I'm currently implementing code to track routes and determine if users have arrived at their destination using CLServiceSession, CLBackgroundActivitySession, and CLLocationUpdate.liveUpdates. I want to obtain location data across all app states: foreground, background, and terminated. I have two questions: Background Location Indicator Issue: I'm using CLBackgroundActivitySession to get location updates in the background. Normally, the background location indicator (blue bar) doesn't appear at the top left of the screen for my app. However, when another app (e.g., LiveUpdatesSample) activates CLBackgroundActivitySession, my app's background location indicator suddenly becomes visible. Can you explain why this happens? or Can I Control showsBackgroundLocationIndicator in CLBackgroundActivitySession Session Management: Is there a way to terminate all currently active CLBackgroundActivitySessions? I understand that when CLBackgroundActivitySession is activated and the app is terminated and then relaunched, a new CLBackgroundActivitySession needs to be created. In this case, are the previously created and running CLBackgroundActivitySessions automatically released when the app is relaunched?

Hello, I use CLGeocoder to get the CLLocationCoordinate2D and CLRegion for an address. Now that this is deprecated in OS 26, I don't see a replacement for that property on MKMapItem via MKMapItemRequest and PlaceDescriptor. I've filed FB19027378 on this issue. Basically I have some addresses that have a street address, and others that just have a city. With CLGeocoder, when geocoding just the city, the CLRegion was set such that I could show my map zoomed out just right. I'm not sure how to do that now. Thanks!

The documentation for CLGeocoder states Geocoding requests are rate-limited for each app, so making too many requests in a short period of time may cause some of the requests to fail. (When the maximum rate is exceeded, the geocoder returns an error object with the CLError.Code.network error to the associated completion handler.) And it provides helpful guidance on how and when to submit geocoding requests. The documentation for MKReverseGeocodingRequest does not mention requests are rate-limited. Does this mean it is not rate-limited? If it is rate-limited, is it similar to CLGeocoder, what is its behavior? It is important to understand behavior of the API in order to understand impact on my app’s use case and how users will be affected should I change the implementation. Thanks!

My app is currently using CLGeocoder to get a CLPlacemark, then using placemark.postalAddress with CNPostalAddressFormatter to get an attributed string for the full address, I then enumerate its attributes to pull out specific elements like just the street or state or zip etc. This is deprecated in iOS 26 with MKReverseGeocodingRequest being the intended replacement. This API returns an MKMapItem which doesn’t provide a CNPostalAddress - you can get a full address as a String but not structured address data that I’m seeing. Am I missing some way to get the postal address? Or is it a non-goal to provide that anymore? Thanks!

We have an app that uses Core Location to obtain a users GPS location and then reverse geocodes the GPS coordinates (via CLGeocoder()) to obtain the Country and City. For some reason, all GPS coordinates we are getting from Gibraltar are showing blanks for the country and Gibraltar for the city when reverse geocoded. Has anyone encountered this problem before. Any solutions would be appreciated. Right now, we are going to check for blank country and city == 'Gibraltar" and show Gibraltar for country. I should add we don't see this issue in any other jurisdiction.

I created my app. One of its functionality is receive remote notification in the background (it receives it from Firebase Cloud Messaging via APNS) and replies with device location data. This is "boat tracking and alarm" type of app. It worked well both on my iPhone (where I use the same Apple ID as on developer's account) and on my son's iPad (different Apple ID). After the first review, when app was rejected with some remarks, background remote notifications completely stopped working on my iPhone. It looks like my iPhone put the app in permanent sleep. It never receives the background notifications. It receives them though in 2 case: when I open the app (it is no longer in background) when location is changed (it wakes app in the background). But the app should also respond when the device is stable at the position (I use both: precise and Significant Location Change. In the latter case changes are very rare). Btw, I scheduled a background task, not location, and it also never gets executed, so this workaround does not work. I describe it, so any Apple engineer does not get confused, verifying that these remote notifications reach the device. NO, they never get through when app is in the background (THIS IS THE PROBLEM), not that they are never delivered (the are, in the foreground). And the proof that it is not a problem with the app or remote notification construction is: they work on another drives (iPad) with no issues. Sometimes they are very delayed, sometimes almost instant. But usually they work. they worked the same way on my iPhone (with my developer's Apple ID) before the first rejection, and I haven't messed with messaging functionality since then. Now I am over with the last hope I had. I finally got my app release in App Store. I hoped official version would release some blockade my iOS put on my app. But unfortunately not. Official version works the same way as the test one. It works fine (receiving notifications in the background) on my son's iPad and it does not receive any background notification on my iPhone (100% block rate). Can anyone help me how can I reset my apps limits, the iOS created for my app? It seems that the rejection was a sparkle here - this is just a hint. I can provide any system logs for Apple engineers from both devices (iPhone and iPad) if you would like to check this case.

Hi, I am creating a Driving Behaviour Monitoring app in which I range beacons and I require location updates in foreground, background and in terminated state all the time. I am using CLServiceSession with "Always Authorisation" to get location events. I create CLServiceSession object in the foreground and start monitoring driving and then re-create it when the app is relaunched after termination. Doing this works fine. But sometimes when app is terminated and is not opened again, the app runs on its own even when the device is stationary ( I can see the app is using Location in the Control Centre) and after that Location updates are not received and I am not able to track the driving behaviour. I tried to add diagnostics to know the cause and found "Insufficiently In Use" and then "Service Session Required" in the diagnostics. It would be of great help if the proper usage of CLServiceSession is provided. Important Question: When does the CLServiceSession gets invalidated or destroyed that was created when the app was in foreground ? What happens to the CLServiceSession which was created in the foreground if the app is not opened for long duration, let's say a day or two?

We plan to use signals emitted from iBeacon to perform region detection in an app currently under development. We would like to know if region detection (didEnterRegion) can be performed when the app is in certain states. Region detection must be performed reliably. Is it possible to perform region detection in all of the following situations? • When the app is in the foreground • When the app is in the background • When the app is force-closed • When the smartphone is in sleep mode • When the smartphone is restarted Translated with DeepL.com (free version)

I tried detecting fake locations using CLLocationSourceInformation.isSimulatedBySoftware, but it doesn’t work with spoofing tools like iTool AnyTo. It never gets flagged as simulated. Is this a limitation of the API, and is there any recommended way to detect virtual location tools on real devices?

We have a that relies on accurate GPS location but we’ve noticed that every now and then the location ‘jumps’ a few hundred meters to a different location but reports horizonal accuracy less than 10m. we think the device is picking up a rough location from a local WiFi rather than internal gps sensors. can we a) disable WiFi location Updates? b) identify WiFi location Updates? thank You

Hello, I’m having trouble enabling Background Location updates on my iOS app. Xcode: 26.0 beta Team: Individual Developer Program (paid, activated recently) Device: iPhone (physical device, registered and provisioned) Problem When building to device, I get the error: Provisioning profile "iOS Team Provisioning Profile: com.mybundle.id" doesn't include the com.apple.developer.background-modes entitlement. Automatic signing failed. On the simulator the build succeeds, but on device the signing fails unless I remove the background-modes entitlement from .entitlements. What I tried Enabled Background Modes → Location updates in Signing & Capabilities (UI only). Info.plist contains UIBackgroundModes = location and the required NSLocation…UsageDescription keys. Cleaned Derived Data, removed cached provisioning profiles (~/Library/Developer/Xcode/UserData/Provisioning Profiles). Changed Bundle Identifier to force regeneration of provisioning profiles. Deleted and recreated provisioning profiles from Xcode. Tried both with and without manual .entitlements edits. Current status Provisioning profile shows only App Groups, In-App Purchase, Push Notifications. Entitlements section in the downloaded profile is missing com.apple.developer.background-modes. As a result, background location cannot be enabled on device. Question Is this a known issue with Xcode 16/26 beta or with Individual Developer accounts? How can I get com.apple.developer.background-modes included in my provisioning profile so that location tracking continues while the screen is locked? Thank you.

I'm currently testing the CLMonitor API and have a question about CLServiceSession management. When my app is relaunched from a terminated state in the background due to CLMonitor events, do I still need to create and maintain a CLServiceSession instance? I'm wondering if CLServiceSession is necessary even when I don't need to continuously receive GPS updates through liveUpdates. Since CLMonitor can trigger app launches for region monitoring events without requiring constant location updates, I'm unclear about whether the CLServiceSession is still required in this scenario. Any clarification on the proper implementation would be greatly appreciated. Thanks!

My code was running with with the version before Xcode 26 RC. I recompiled one last time. Now I'm getting the error: A server with the specified hostname could not be found let now = Calendar.current.date(byAdding: .hour, value: 1, to: Date())! let nextWeek = Calendar.current.date(byAdding: .day, value: 14, to: Date())! do { let (dailyForecast, hourlyForecast, currentWeather, alertWeather) = try await weatherService.weather(for: thisLocation, including: .daily, .hourly(startDate: now, endDate: nextWeek), .current, .alerts) Suggestions?

Hello, CLServiceSession is not on macOS. Does anyone have a drop-in CLServiceSession like replacement for macOS that wraps CLLocationManager? I would like to migrate to the latest for the other platforms. FWIW I filed FB17910626 Thanks!

Dear Apple Team,​ We are reaching out regarding several compatibility issues our app users have encountered after upgrading to iOS 26. These issues not only affect our application but also seem to impact the system's native settings, which has raised concerns about the universality of these problems.​ Problem Description​ Bluetooth Functionality: When users attempt to use the Bluetooth feature within our app after upgrading to iOS 26, the app freezes completely. What's more, when accessing the Bluetooth section in the system Settings app, it also freezes and ultimately crashes.​ Location Service: The location service on the device becomes inoperable after the iOS 26 upgrade. However, both the Bluetooth and location service issues are resolved after the user restarts the device.​ 2. Questions​ Universality: We are eager to know if these issues are exclusive to our app or are a more widespread problem among other applications on iOS 26. Are these known compatibility glitches in iOS 26? ​ Avoidance: Is there any guidance or best - practice that we, as developers, can follow to avoid these issues in our app? For example, are there specific API calls or configurations that need to be adjusted? ​ System - level Impact: If these are system - level bugs related to Bluetooth and location services, will they affect all apps that rely on these features? Or are there certain app - level mitigations that can be implemented? ​ We would greatly appreciate it if you could provide us with any insights, solutions, or information regarding these issues. Your prompt response will be crucial for us to address these problems and ensure a smooth user experience for our customers.​ Thank you in advance for your assistance.​ Best regards,

I'm experiencing app crashes when calling the CLMonitor initialization function: let monitor = await CLMonitor("my_monitor") According to WWDC 2023: Meet Core Location Monitor, when creating a CLMonitor object with the same identifier, it should access the existing monitor without any mention of app crashes or buggy behavior. However, in my actual testing, attempting to create a CLMonitor object with the same identifier immediately causes an app crash. Here's part of the crash log: Last Exception Backtrace: 0 CoreFoundation 0x19c4ab21c __exceptionPreprocess + 164 (NSException.m:249) 1 libobjc.A.dylib 0x199945abc objc_exception_throw + 88 (objc-exception.mm:356) 2 Foundation 0x19b7a9670 -[NSAssertionHandler handleFailureInMethod:object:file:lineNumber:description:] + 288 (NSException.m:252) 3 CoreLocation 0x1aa25cbb4 +[CLMonitor _requestMonitorWithConfiguration:locationManager:completion:] + 516 (CLMonitor.mm:516) 4 libswiftCoreLocation.dylib 0x22bf6085c CLMonitor.init(_:) + 488 (CLMonitor.swift:280) 5 libswiftCoreLocation.dylib 0x22bf604b9 <deduplicated_symbol> + 1 6 MiniPlengi 0x106372ec9 closure #1 in static CLMonitor.loplatMonitor.getter + 1 (CLMonitor+Extensions.swift:31) 7 MiniPlengi 0x1062ce325 0x106290000 + 254757 8 MiniPlengi 0x1062f6a29 specialized thunk for @escaping @isolated(any) @callee_guaranteed @async () -> (@out A) + 1 (/<compiler-generated>:0) 9 MiniPlengi 0x1062ce325 0x106290000 + 254757 10 libswift_Concurrency.dylib 0x1a7f75241 completeTaskWithClosure(swift::AsyncContext*, swift::SwiftError*) + 1 (Task.cpp:537) Furthermore, even though I've written code to create CLMonitor objects based on a singleton structure to handle these crash cases, the app still crashes: extension CLMonitor { static var loplatMonitor: CLMonitor { get async { struct Static { static var monitor: CLMonitor? static var initializationTask: Task<CLMonitor, Never>? } // If already initialized if let monitor = Static.monitor { return monitor } // If there's an initialization task in progress, wait for its result if let task = Static.initializationTask { return await task.value } // Create new initialization task let task = Task { let monitor = await CLMonitor("my_monitor") Static.monitor = monitor Static.initializationTask = nil // Clean up task after completion return monitor } Static.initializationTask = task return await task.value } } } Is the CLMonitor API still in a stabilization phase and not recommended for production release? I would appreciate guidance on the correct usage. If these issues are expected to persist, I'm wondering if I should continue using the existing CLCircularRegion API instead. Any insights or recommendations would be greatly appreciated.