AccessorySetupKit Q&A

Hi! I'm using AccessorySetupKit with CoreBluetooth state restoration. My understanding is that using AccessorySetupKit is a now pre-requisite to enabling the state restoration/preservation apis, so I went that route — and pairing, handoff, and restoration on search discovery or connection completion seem to be working Where I'm stuck: my accessory is poll-based. I read it by writing a request and reading the response. Then I send a new request. the BLE accessory never pushes data on its own. Since restoration only seems to wake my app on an inbound BLE event, if the app gets terminated mid-session while the connection's still healthy, nothing wakes the app and polling just quietly stops. Is there a recommended way to handle this for a request/response device? Thanks!

We noticed that in older OS versions the accessory picker would consistently display a peripheral's advertised friendly name on top of displaying information from the matching display item. While in newer OS versions we would mostly only see the name from the display item. Is there a way to configure this?

Hi there, we deploy upwards of 12-15 accessories (containing BLE) at a time, in a single system instal. Can AccessorySetupKit be used to streamline the pairing process for all of these accessories at once, so that the user isn't required to step through the process for each individual accessory?

Hi there, we deploy upwards of 12-15 hardware accessories containing BLE at a time, in a single system instal. Can AccessorySetupKit be used to streamline the pairing process for all of these accessories at once, so that the user isn't required to step through the process of pairing with each individual accessory?

I forget which extension type it is, but there is one that can discover the devices in a sandbox. Xcode 26 shows me Media Device Discovery, Xcode 27 doesn't. It could be a different one. Which ever one it is, do you know off hand if the new StateReporting framework would report performance and usage privately to MetricKit? I know that some frameworks report data to Apple's analytics reports, I'd potentially want to capture some performance metrics and app state changes that are happening in supporting extensions.

Hello, Currently we have the sample project from WWDC2024 as an example on how to do it as a live example but only as a simulated project on the Accessory end. The example is good but being implemented a rich platform like iOS or iPadOS, the rich stack of APIs are provided. Embedded devices such as the ESP32/RaspberryPI do not have this rich API stack, such as CoreBluetooth and so on, so a mirror stack of API/functions must be implemented to give the equal experience. Are there any examples or design/technical guidelines for the Accessory end to implement AccessorySetupKit on embedded devices. (Like a list of technical requirements or checklist of functions/implementations/services we can go through on a ESP32/RapberryPI) to ensure that the Accessory has all the needed code/technical implementations with AccessorySetupKit for both Bluetooth and WiFi support, especially on the Bluetooth end. Best to have an ESP32 project, implemented in Embedded Swift but at least a checklist (of items/situations/error handling) to confirm that it works.

Like in the case that two products are advertising with the same company identifier, both matching a single display item passed in when displaying the accessory picker. Would it be expected for two items to show in the accessory picker, one for each advertising product?

What would you recommend to teams that want to act as both a central and peripheral role? I want to use the ASK permission model for Central mode, but doing so I can't build connections to Apple Watch and Apple Vision Pro that don't support peripheral mode forcing the iPhone to do that.