Overview

Hello, I am developing a custom player SDK based on AVPlayer. While testing LL-HLS streams, I intermittently encounter the following error: Error Domain=CoreMediaErrorDomain Code=-12880 Since I cannot find documentation for this specific code, could you please clarify its meaning? Specifically, I would like to know if this is a critical error that disrupts playback, or if it is just a warning that can be safely ignored. Any insights would be appreciated. Thank you.

We received many great questions from the community during Code-along: Experiment with coding intelligence in Xcode 26. Here are the highlights from the questions submitted by the audience during the event. What models does coding intelligence features support In Xcode? Xcode integrates directly with ChatGPT and Claude user accounts. You can also configure Xcode to integrate any model provider that supports the Chat Completions API, such as models that you access with an API key. You can also download and run a local model on a Mac with Apple silicon. Setting up coding intelligence provides all of the information you need to get started with Xcode’s direct integration with ChatGPT and Claude, as well as how to set up Xcode to access other providers. Does Coding Intelligence have access to Apple API and developer documentation? How does it stay up to date with the latest SwiftUI API? Coding agents are great because they talk to a model, generate code and fix errors, but they also have access to tools, which make a significant difference in their capabilities. Xcode provides tools for the agent to use, including the ability to search Apple’s documentation and, code snippets. As an example, you can ask for a new API that was released in iOS, and if the model doesn't have this knowledge, the agent will call the tool to search for the documentation and bring that context into the conversation. As an organization, we do not have permission to share our codebase with any AI model due to security reasons. If we enable coding intelligence and give it access to our codebase, will the code be shared with Apple? Will OpenAI or Anthropic have access to my entire project? Privacy is fundamental to our design. When you connect an AI subscription account (like an account with OpenAI or Anthropic), the connection is only between you and that service. Apple does not act as an intermediary, and never sees the code sent to these services. Because this interaction happens directly between the you and your provider, the security and privacy of your code is determined entirely by your existing agreement with your provider. What exactly does the agent have access to? Only the files in the scope of the project? By default, the agent works in the directory of your project, and can access all files in that directory. This includes code file, assets, and your Xcode project configuration file. Does coding intelligence remember previous conversations? Each time you start a new conversation window, it resets the context of the conversation, but you can always go back to a previous conversation you had and continue and iterate on a previous idea. If a result contains errors or did not go in a direction you are happy with, you can use the history to go back to any point in time. Writing code with intelligence in Xcode goes into detail on how you can use these features. For command-line tools (Claude Code, OpenAI Codex), I can create guidelines as Markdown with rules or project descriptions. Does Xcode Agentic Coding take these into account, or should I define them differently? You can add skills that you’ve created, hints about Xcode and your project to configuration files, and other files supporting your use of coding intelligence such as AGENTS.md or CLAUDE.md files, to the respective Codex and Claude Agent directories that Xcode uses exclusively: ~/Library/Developer/Xcode/CodingAssistant/codex ~/Library/Developer/Xcode/CodingAssistant/ClaudeAgentConfig For more information on configuring agentic coding tools that run inside Xcode, see Customize the Codex and Claude Agent environments. How do you add a Model Context Protocol server for the Xcode agent to be able to access? You can add additional Model Context Protocol (MCP) servers in Xcode with product-specific configuration files so the agents can use those MCP servers from within Xcode. Locate the files needed to configure those additional MCP servers in the same directory where you set other customizations for Codex or Claude Agent, listed above.

Apple's iCloud File Management documentation says to "avoid special punctuation or other special characters" in filenames, but doesn't specify which characters. I need a definitive list to implement filename sanitization in my shipping app. Confirmed issues Our iOS app (CyberTuner, App Store, 15 years shipping on App Store) manages .rcta files in the iCloud ubiquity container via NSFileManager APIs. We've confirmed two characters causing sync failures: Ampersand (&): A file named Yamaha CP70 & CP80.rcta caused repeated "couldn't be backed up" dialogs. ~12 users reported this independently. Replacing & resolved it immediately. No other files in the same directory were affected. Percent (%): A file with % in the filename was duplicated by iCloud sync (e.g., filename% 1.rcta, filename% 2.rcta), and the original was lost. Currently reproducing across multiple devices. Both characters have special meaning in URL encoding (% is the escape character, & is the query parameter separator), which suggests the issue may be in URL handling within the sync pipeline. What I'm looking for: A definitive list of characters that cause problems in the iCloud sync pipeline specifically — not APFS restrictions, but CloudDocs/FileProvider/server-side issues. Confirmation whether these characters are problematic: & % # ? + / : * " < > | Is there a system API for validating or sanitizing filenames for iCloud compatibility before writing to the ubiquity container? Our users are piano technicians who naturally name files "Steinway & Sons" — we need to know exactly what to sanitize rather than guessing. Environment: iOS 17–26, Xcode 26.1, APFS, NSFileManager ubiquity container APIs Bundle FEEDBACK ASSISTANT ID FB21900837

Hi, I’m working on a macOS app that includes a file browser component. And I’m trying to match Finder’s behavior for color tags and folder icons. For local files/folders everything works fine: Tag color key returns the expected label number via NSColor * labelColor = nil; [fileURL getResourceValue:&labelColor forKey:NSURLLabelColorKey error:nil]; NSNumber * labelKey = nil; [fileURL getResourceValue:&labelKey forKey:NSURLLabelNumberKey error:nil]; QLThumbnailGenerator obtains the expected colored folder icon (including emoji/symbol overlay if set) via QLThumbnailGenerationRequest * request = [[QLThumbnailGenerationRequest alloc] initWithFileAtURL:fileURL size:iconSize scale:scaleFactor representationTypes:QLThumbnailGenerationRequestRepresentationTypeIcon]; request.iconMode = YES; [[QLThumbnailGenerator sharedGenerator] generateBestRepresentationForRequest:request completionHandler:^(QLThumbnailRepresentation * _Nullable thumbnail, NSError * _Nullable error) { if (thumbnail != nil && error == nil) { NSImage * thumbnailImage = [thumbnail NSImage]; // ... } }]; However, for items on iCloud Drive (whether currently downloaded locally or only stored in the cloud), the same code always produces gray colors, while Finder shows everything correctly: NSURLLabelNumberKey always returns 1 (gray) for items with color tags, and 0 for non-tagged. Folder icons returned via QLThumbnailGenerator are gray, no emoji/symbol overlays. Reading tag data from xattr gives values like “Green\1” (tag name matches, but numeric value is still "Gray"). Also, if I move a correctly-tagged local item into iCloud Drive, it immediately becomes gray in my app (Finder still shows the correct colors). Question: What is the supported way to retrieve Finder tag colors and the correct folder icon appearance (color + overlays) for items in iCloud Drive, so that the result matches Finder? I am on macOS Tahoe 26.2/26.3, Xcode 26.2 (17C52). If you need any additional details, please let me know. Thanks!

Hello! We've had reports of iOS devices 'waking up' and vibrating in response to the push notifications arriving but the notification itself is not being displayed to the user, despite having been granted the correct permissions. Is this a known issue?

I’m building a teleprompter-style app that relies on Picture in Picture. PiP starts correctly on device. Everything works — until another app (e.g. TikTok / Instagram) starts active video recording. When camera capture begins in the foreground app, iOS terminates my PiP session. Some teleprompter apps appear to keep PiP active while recording in other apps, so I’m trying to understand the recommended architectural pattern for this scenario. Is there a documented approach or best practice to keep PiP stable during third-party camera capture? Looking specifically for guidance on the correct AVKit / AVAudioSession configuration for this use case.

Hello everyone, I am a participant in this year's Swift Student Challenge. My project requires the use of the front-facing camera to detect the user's body movements (supporting connection via iPhone to a Mac or other devices capable of running Xcode/Swift Playgrounds). I would like to ask if this is permitted under the competition rules? Please note that this feature functions entirely offline and does not require an internet connection.

Hello, In production, a large number of users experience outgoing call reporting fails with the following error: com.apple.CallKit.error.requesttransaction Code=2 The iOS version doesn't matter, errors are present in v15-26 Details My CXProvider held as a global singleton, so it’s unlikely to be deinited. There is no explicit call to CXProvider.invalidate() in the app. If I manually invalidate the CXProvider, I observe the expected failure when trying to create an outgoing call (com.apple.CallKit.error.requesttransaction error 2). However, If I recreate the CXProvider after the error, outgoing calls are reported correctly. Many users trigger the providerDidReset delegate method (CXProviderDelegate) before this error. According to the documentation, providerDidReset can be called by the system, and we are supposed to end all active calls, but the documentation doesn't suggest recreating the CXProvider. Question Should I recreate CXProvider after providerDidReset and forget about that, or could this error be caused by something else?

On and off I've been trying to figure out how to do hang detection in-application (at least from the user's point of view). Qualitatively what I'd like to do is have a process which runs sample(1) on the application after it's been unresponsive for more than a second or so. Basically, an in-app replacement for Spin Control. The problem I've been stuck on is: how do I tell? There used to be Core Graphics SPI (CGSRegisterNotifyProc with a value of kCGSEventNotificationAppIsUnresponsive) for doing this, but it doesn't work anymore (either due to sandboxing or system-wide security changes, I can't tell which but it doesn't matter). One thought I had was to have an XPC service which would expect to receive a checkin once per second from the host (via a timer set up by the host). If it didn't, it would start sample(1). This seems pretty heavyweight to me, since it means that once per second, I'm going to be consuming cycles to check in with the service. But I haven't been able to come up with a scheme that doesn't include some kind of check-in by the target process. Are there any APIs or strategies that I could use to accomplish this? Or is there some entitlement which would allow the application to request "application became unresponsive"/"application became responsive" notifications from the window server?

I am learning about endpoint security and other system extensions, while I was handling ES_EVENT_TYPE_AUTH_IOKIT_OPEN event I realized that I cannot auth deny any bluetooth events. I tried to deny any open or execute events related to com.apple.bluetoothd but it did not work. I searched google and found out that I can use CoreBluetooth to control bluetooth. But when I get connected to bluetooth keyboard or mouse, didConnectPeripheral dose not get called or when I call [central cancelPeripheralConnection:peripheral] disconnection never happens. Is there any recommendation for handling or controlling events related to bluetooth connection?

Hey folks, I work as a software development consultant. We develop enterprise applications for our clients, and the apps we create are usually for internal use. We've ran into a bit of a conundrum with a client who doesn't have their own Apple Enterprise account, and neither do we as we don't meet the criteria, but they're wanting to distribute an application we've built for them via their own MDM software. We are not entirely sure how to provide them with a distribution ready .ipa file that isn't AdHoc and will be recognized as a secure app. We've looked into generating a Developer ID provisioning profile and accompanying cert, however we're running into a problem where the platform of our app (iOS) doesn't match the platform required by the Developer ID profile (macOS). I've also come across the idea of resigning an .ipa, but again, the client doesn't have a Apple Developer account and expects the working .ipa to be included in the service rendered. Any suggestions or advice or documentation around the subject would be greatly appreciated. Thanks, Ale

I submitted the form for the critical alert entitlement but have not received any response for already 2 weeks. How long does it normally take to review such requests? Is there any way I can contact a certain department directly?

Hello everyone, We are in the process of migrating a high-performance storage KEXT to DriverKit. During our initial validation phase, we noticed a performance gap between the DEXT and the KEXT, which prompted us to try and optimize our I/O handling process. Background and Motivation: Our test hardware is a RAID 0 array of two HDDs. According to AJA System Test, our legacy KEXT achieves a write speed of about 645 MB/s on this hardware, whereas the new DEXT reaches about 565 MB/s. We suspect the primary reason for this performance gap might be that the DEXT, by default, uses a serial work-loop to submit I/O commands, which fails to fully leverage the parallelism of the hardware array. Therefore, to eliminate this bottleneck and improve performance, we configured a dedicated parallel dispatch queue (MyParallelIOQueue) for the UserProcessParallelTask method. However, during our implementation attempt, we encountered a critical issue that caused a system-wide crash. The Operation Causing the Panic: We configured MyParallelIOQueue using the following combination of methods: In the .iig file: We appended the QUEUENAME(MyParallelIOQueue) macro after the override keyword of the UserProcessParallelTask method declaration. In the .cpp file: We manually created a queue with the same name by calling the IODispatchQueue::Create() function within our UserInitializeController method. The Result: This results in a macOS kernel panic during the DEXT loading process, forcing the user to perform a hard reboot. After the reboot, checking with the systemextensionsctl list command reveals the DEXT's status as [activated waiting for user], which indicates that it encountered an unrecoverable, fatal error during its initialization. Key Code Snippets to Reproduce the Panic: In .iig file - this was our exact implementation: class DRV_MAIN_CLASS_NAME: public IOUserSCSIParallelInterfaceController { public: virtual kern_return_t UserProcessParallelTask(...) override QUEUENAME(MyParallelIOQueue); }; In .h file: struct DRV_MAIN_CLASS_NAME_IVars { // ... IODispatchQueue* MyParallelIOQueue; }; In UserInitializeController implementation: kern_return_t IMPL(DRV_MAIN_CLASS_NAME, UserInitializeController) { // ... // We also included code to manually create the queue. kern_return_t ret = IODispatchQueue::Create("MyParallelIOQueue", kIODispatchQueueReentrant, 0, &ivars->MyParallelIOQueue); if (ret != kIOReturnSuccess) { // ... error handling ... } // ... return kIOReturnSuccess; } Our Question: What is the officially recommended and most stable method for configuring UserProcessParallelTask_Impl() to use a parallel I/O queue? Clarifying this is crucial for all developers pursuing high-performance storage solutions with DriverKit. Any explanation or guidance would be greatly appreciated. Best Regards, Charles

Hi! I am developing a game for iOS using Objective-C and C++. I am trying to migrate an app to scene-based life cycle, but having a problem while mirroring screen from iPhone to MacBook using AirPlay. At this moment I don't want to implement multi-window (or multi-scene) support. The only thing I want is to have ability of screen mirroring. From the documentation from here and here I can't understand which UISceneConfiguration should I return. If I define a UIWindowSceneDelegate for the configuration, how should I handle scene:willConnectToSession:options: if the window has been already created for main device screen? Returning nil is not documented. Is there any examples? Also, I would expect that defining UIApplicationSupportsMultipleScenes to NO in Info.plist will automatically disable second scene creating. This is mentioned in documentation here, but this is not true, because I still see second scene creation (its pointer differs from one that was already created) in UIWindowSceneDelegate. What am I doing wrong? Any hints are highly appreciated!

I need help designing the image of a ControlWidgetToggle. do I understand correctly that I can only use an SFSymbol as image and not my custom image (unless setup via a custom SFSymbol)? is there any way I can influence the size of the image? I tried multiple SwiftUI modifiers (.imageScale, .font, .resizable, .controlSize) none of them seem to work. My image remains too tiny the image size of the on and off state is different. Seems to be enforced by the system. Is there any way to make both images use the same size? the on-state tints the image. Is there a way to set the tint color? .tint and .foregroundstyle seem to be ignored. Thank you for your help

If I delete Safari and only have another browser installed on my device, UIApplication.shared.open does not work. I think this is a bug. Why would it not work? If Safari is not the main browser, UIApplication would open the URL in my main browser. Those are valid use cases. I would expect this API to work with any browser... iOS 26.2 iPhone 14 Pro guard let url = URL(string: "https://www.apple.com") else { return } if UIApplication.shared.canOpenURL(url) { UIApplication.shared.open(url) } else { print("Could not open URL") }

MacOS(Apple Silicon) IOKit driver for FPGA DMA transmission, kernel panic. Hardware and software configuration: MAC mini M1 2020 16GB, macOS Ventura 13.0 or 13.7.8 FPGA device capability: 64-bit Complete description: We've developed a DMA driver for PCIe devices (FPGA) based on IOKit. The driver can start normally through kextload, and the bar mapping, DMA registers, etc. are all correct. I am testing DMA data transmission, but a kernel panic has occurred. The specific content of the panic is as follows: {"bug_type":"210","timestamp":"2026-01-28 14:35:30.00 +0800","os_version":"macOS 13.0 (22A380)","roots_installed":0,"incident_id":"61C9B820-8D1B-4E75-A4EB-10DC2558FA75"} { "build" : "macOS 13.0 (22A380)", "product" : "Macmini9,1", "socId" : "0x00008103", "kernel" : "Darwin Kernel Version 22.1.0: Sun Oct 9 20:14:30 PDT 2022; root:xnu-8792.41.9~2/RELEASE_ARM64_T8103", "incident" : "61C9B820-8D1B-4E75-A4EB-10DC2558FA75", "crashReporterKey" : "6435F6BD-4138-412A-5142-83DD7E5B4F61", "date" : "2026-01-28 14:35:30.16 +0800", "panicString" : "panic(cpu 0 caller 0xfffffe0026c78c2c): "apciec[pcic0-bridge]::handleInterrupt: Request address is greater than 32 bits linksts=0x99000001 pcielint=0x02220060 linkcdmsts=0x00000000 (ltssm 0x11=L0)\n" @AppleT8103PCIeCPort.cpp:1301\nDebugger message: panic\nMemory ID: 0x6\nOS release type: User\nOS version: 22A380\nKernel version: Darwin Kernel Version 22.1.0: Sun Oct 9 20:14:30 PDT 2022; root:xnu-8792.41.9~2/RELEASE_ARM64_T8103\nFileset Kernelcache UUID: C222B4132B9708E5E0E2E8B8C5896410\nKernel UUID: 0BFE6A5D-118B-3889-AE2B-D34A0117A062\nBoot session UUID: 61C9B820-8D1B-4E75-A4EB-10DC2558FA75\niBoot version: iBoot-8419.41.10\nsecure boot?: YES\nroots installed: 0\nPaniclog version: 14\nKernelCache slide: 0x000000001d1b4000\nKernelCache base: 0xfffffe00241b8000\nKernel slide: 0x000000001e3f8000\nKernel text base: 0xfffffe00253fc000\nKernel text exec slide: 0x000000001e4e0000\nKernel text exec base: 0xfffffe00254e4000\nmach_absolute_time: 0x907c3082\nEpoch Time: sec usec\n Boot : 0x6979adbb 0x00023a6a\n Sleep : 0x00000000 0x00000000\n Wake : 0x00000000 0x00000000\n Calendar: 0x6979ae1a 0x00064953\n\nZone info:\n Zone map: 0xfffffe1000834000 - 0xfffffe3000834000\n . VM : 0xfffffe1000834000 - 0xfffffe14cd500000\n . RO : 0xfffffe14cd500000 - 0xfffffe1666e98000\n . GEN0 : 0xfffffe1666e98000 - 0xfffffe1b33b64000\n . GEN1 : 0xfffffe1b33b64000 - 0xfffffe2000830000\n . GEN2 : 0xfffffe2000830000 - 0xfffffe24cd4fc000\n . GEN3 : 0xfffffe24cd4fc000 - 0xfffffe299a1c8000\n . DATA : 0xfffffe299a1c8000 - 0xfffffe3000834000\n Metadata: 0xfffffe3f4d1ac000 - 0xfffffe3f551ac000\n Bitmaps : 0xfffffe3f551ac000 - 0xfffffe3f5ac94000\n\nCORE 0 recently retired instr at 0xfffffe002569d7a0\nCORE 1 recently retired instr at 0xfffffe002569eea0\nCORE 2 recently retired instr at 0xfffffe002569eea0\nCORE 3 recently retired instr at 0xfffffe002569eea0\nCORE 4 recently retired instr at 0xfffffe002569eea0\nCORE 5 recently retired instr at 0xfffffe002569eea0\nCORE 6 recently retired instr at 0xfffffe002569eea0\nCORE 7 recently retired instr at 0xfffffe002569eea0\nTPIDRx_ELy = {1: 0xfffffe2000c23010 0: 0x0000000000000000 0ro: 0x0000000000000000 }\nCORE 0 PVH locks held: None\nCORE 1 PVH locks held: None\nCORE 2 PVH locks held: None\nCORE 3 PVH locks held: None\nCORE 4 PVH locks held: None\nCORE 5 PVH locks held: None\nCORE 6 PVH locks held: None\nCORE 7 PVH locks held: None\nCORE 0 is the one that panicked. Check the full backtrace for details.\nCORE 1: PC=0xfffffe00279db94c, LR=0xfffffe00260d5d9c, FP=0xfffffe8ffecaf850\nCORE 2: PC=0xfffffe0025be76b0, LR=0xfffffe0025be7628, FP=0xfffffe8fff08f5f0\nCORE 3: PC=0x00000001c7cacd78, LR=0x00000001c7cacd84, FP=0x000000016f485130\nCORE 4: PC=0xfffffe002557f55c, LR=0xfffffe002557f55c, FP=0xfffffe8ffe1dff00\nCORE 5: PC=0xfffffe002557f55c, LR=0xfffffe002557f55c, FP=0xfffffe8fff5eff00\nCORE 6: PC=0xfffffe002557f55c, LR=0xfffffe002557f55c, FP=0xfffffe8ffed8bf00\nCORE 7: PC=0xfffffe002557f55c, LR=0xfffffe002557f55c, FP=0xfffffe8fff11bf00\nCompressor Info: 0% of compressed pages limit (OK) and 0% of segments limit (OK) with 0 swapfiles and OK swap space\nPanicked task 0xfffffe1b33aad678: 0 pages, 470 threads: pid 0: kernel_task\nPanicked thread: 0xfffffe2000c23010, backtrace: 0xfffffe8fff6eb6a0, tid: 265\n\t\t ... Kernel Extensions in backtrace:\n com.apple.driver.AppleT8103PCIeC(1.0)[A595D104-026A-39E5-93AA-4C87CE8C14D2]@0xfffffe0026c619d0->0xfffffe0026c86c97\n dependency: com.apple.driver.AppleARMPlatform(1.0.2)[11A9713E-6739-3A4C-8571-2D8EAA062278]@0xfffffe0025f13ff0->0xfffffe0025f6255f\n dependency: com.apple.driver.AppleEmbeddedPCIE(1)[E71CBCCD-AEB8-3E7B-933D-4FED4241BF13]@0xfffffe002654e0b0->0xfffffe00265684c7\n dependency: com.apple.driver.ApplePIODMA(1)[A419BABC-A7A3-316D-A150-7C2C2D1F6D53]@0xfffffe00269a24b0->0xfffffe00269a6c3b\n dependency: com.apple.driver.IODARTFamily(1)[03997E20-8A3F-3412-A4E8-BD968A75A07D]@0xfffffe00275bcf50->0xfffffe00275d0a3f\n dependency: com.apple.iokit.IOPCIFamily(2.9)[EC78F47B-530B-3F87-854E-0A0A5FD9BBB2]@0xfffffe0027934350->0xfffffe002795f3d3\n dependency: com.apple.iokit.IOReportFamily(47)[843B39D3-146E-3992-B7C7-960148685DC8]@0xfffffe0027963010->0xfffffe0027965ffb\n dependency: com.apple.iokit.IOThunderboltFamily(9.3.3)[B22BC005-BB7B-32A3-99C0-39F3BDBD8E54]@0xfffffe0027a5e3f0->0xfffffe0027b9a1a3\n\nlast started kext at 1915345919: com.sobb.pcie-dma\t1.0.0d1 (addr 0xfffffe00240e47f0, size 9580)\nlast stopped kext at 1774866338: com.sobb.pcie-dma\t1.0.0d1 (addr 0xfffffe00240e47f0, size 9580)\nloaded It seems that the DMA request address initiated by FPGA exceeded 32 bits, which was intercepted by PCIe root port and resulted in a kernel panic.This is also the case on macOS (M2). I have tried the following code interface: IOBufferMemoryDescriptor： a. withCapacity(bufferSize, kIODirectionInOut, true)； b. inTaskWithPhysicalMask(kernel_task, kIODirectionInOut, bufferSize, 0x00000000FFFFFFFFULL)。 The physical addresses of the constructed descriptors are all >32 bits; IODMACommand： a. withSpecification(kIODMACommandOutputHost64, 64, 0, IODMACommand::kMapped, 0, 0)，gen64IOVMSegments() The allocated IOVM address must be>32 bits, which will generate a kernel panic when used later. b.withSpecification(kIODMACommandOutputHost32, 32, 0, IODMACommand::kMapped, 0, 0)，gen32IOVMSegments() The allocation of IOVM failed with error code kIOReturnenMessageTooLarge. So after the above attempts, the analysis shows that the strategy of Dart+PCIe root port on macOS (Apple Silicon) is causing the failure of 64 bit DMA address transfer. I have two questions: a. Does Dart in macOS (Apple Silicon) definitely not allocate <=32-bit IOVM addresses? b. Is there any other way to achieve DMA transfer for FGPA devices on macOS (Apple Silicon)? Thanks！

Hi, I'm trying to use AnchorEntity for horizontal surfaces. It works when the entity is being created, but I'm looking for a way to snap this entity to the nearest surface, after translating it, for example with a DragGesture. What would be the best way to achieve this? Using raycast, creating a new anchor, trackingMode to continuous etc. Do I need to use ARKitSession as I want continuous tracking?

Hi everyone, I’m currently experiencing unusually long review waiting times and wanted to ask if others see the same behavior this week. My situation: • App Store update has been in “Waiting for Review” significantly longer than usual • A newly submitted build also seems stuck • TestFlight processing is slower than I normally see • Expedited review request and contact attempts didn’t change the status so far What confuses me is that I still see other apps receiving updates, so I’m unsure whether this is a broader review delay or something submission-specific. I’m not trying to escalate anything — just looking to understand if this is currently affecting more developers. Would really appreciate hearing about your recent experiences. Thanks and good luck to everyone waiting 🙂

My app (App ID: 6757516331) has been stuck in "Waiting for Review" since February 3rd. It has been over a week, and I have not received any updates yet. Any assistance would be greatly appreciated. Thank you.