Hello Apple Devs, We’re currently trying to integrate Apple Pay on the web using Apple Pay JS. We've followed the official documentation closely, but we're running into a blocker during the merchantSession validation phase. We successfully retrieved a merchantSession, which looks like this: json { "displayName": "Our Name", "domainName": "https://pay.ourdomain.co", "epochTimestamp": , "expiresAt": ****************, "merchantIdentifier": "", "merchantSessionIdentifier": ", "nonce": "", "operationalAnalyticsIdentifier": our name "t:", "pspId": "", "retries": 0, "signature": "*****************..." } Issue: Shortly after initiating the session, we receive a cancel event with the following info: ApplePayCancelEvent { type: "cancel", sessionError: { code: "unknown", info: {} } } We're unsure what causes the cancellation. There are no clear error messages or hints in the logs to identify what went wrong. What We’ve Checked: The merchantSession is returned successfully from our backend. The domainName matches our frontend domain (https://pay.durdomain.co). The session hasn’t expired when tested. We're using Apple Pay JS APIs as described in the documentation. Help Needed: What can trigger an ApplePayCancelEvent with an "unknown" error code? Any insight or guidance would be deeply appreciated. Thanks in advance!

We are trying to develop a coupon/offer code module where our app users can avail a free trail offer for 2 months period after applying the code. We already had a subscription module with monthly & yearly subscriptions with 7 day free trial period. Now, we want to implement a offer/coupon module, where, a user can either select monthly or yearly subscription, and upon entering the offer/coupon code, they will get 2 months free trial (or) a discount on the chosen subscription. (this will overwrite the existing 7 day free trial). We are confused on choosing the type of “offer/coupon” from AppStore connect. In App Store connect, we have introductory offers, promotional offer & Offer codes. Based on our requirements, we have done research and found that we cannot implement the offer code & promotional codes in the develop environment as there is no possibility to test in Sandbox environment. We observed that we need to push the app to App store and upon approval, we need to implement “offer/coupon” module. Can some one please suggest or guide us on choosing the best solution for our requirement? Thanks in advance.

Hi support, I'm getting the following error when I tried to re-verify my domain: Domain verification failed. Review your TLS Certificate configuration to confirm that the certificate is accessible and a supported TLS Cipher Suite is used. I have uploaded the required apple-developer-merchantid-domain-association.txt file and it is reachable from the Internet in the proper location https://www..com/.well-known/apple-developer-merchantid-domain-association.txt. The SSL certificate has been renewed and it offers at least one of required cipher suites based on the Apple document https://developer.apple.com/documentation/applepayontheweb/setting-up-your-server. The current verification will expire soon. Need your help urgently. Thanks, YaoF

What am I missing in my checking for whether or not to offer Apple Pay on my website? <script async crossorigin src="https://applepay.cdn-apple.com/jsapi/v1.1.0/apple-pay-sdk.js" ></script> ... <style> apple-pay-button { display: none; } </style> ... <apple-pay-button buttonstyle="black" type="plain" locale="en-US" onclick="startApplePay('${APPLE_PAY_MERCHANT_ID}','${paymentForm.amount}');"></apple-pay-button> So, the button is not displayed by default. I only change the style to displayed if: window.onload = function() { if (isApplePaySupported()) { document.querySelector("apple-pay-button").style.display = "inline-block"; }; } function isApplePaySupported() { return (window.PaymentRequest && window.ApplePaySession && ApplePaySession.canMakePayments() && ApplePaySession.supportsVersion(applePayVersion)); } Yet, once in a while a click comes through that tries to create a PaymentRequest with const applePayMethod = { "supportedMethods": "https://apple.com/apple-pay", "data": { "version": applePayVersion, "merchantIdentifier": merchantIdentifier, "merchantCapabilities": [ "supports3DS" ], "supportedNetworks": [ "amex", "discover", "masterCard", "visa" ], "countryCode": "US" } }; and results in: NotSupportedError, The payment method is not supported What else might be "not supported" in the request for this particular user/device/wallet? In particular, that could be known immediately when the PaymentRequest is created, but before any payment instrument from the wallet is selected? And, is there anything I could detect before showing the button? Or, is it even possible for the button to be clicked by some kind of automation, even if it's not displayed?

We have a checkout page on which clients can configure the providers we've integrated with for each currency. One such provider is Stripe, with which we have already integrated ApplePay and host a merchant domain association file. Now, we're getting requests to support ApplePay with other providers. The issue is that we can't tell Apple to use a different path to domain association file for domain verification. And, replacing the existing domain association file seems like a hack, since I believe it's needed for domain re-verification. We're thinking of using subdomains for serving the domain association files for different providers. But, we have some questions on how ApplePay domain verification works to understand how we can solve our problem. Firstly, can we use subdomains for individual domain verification? If we already have example.com verified with Stripe, can we serve the domain association file for the other provider with provider.example.com and have the verification work? Secondly, let's say our domain is example.com, and we can use provider.example.com to serve the domain association file and verify the domain. Then on example.com/checkout, will using an iframe with provider.example.com/applepay to host the ApplePay button work? This thread suggests otherwise, but we want to confirm. Lastly, is the only way to make an ApplePay payment for provider.example.com to use that subdomain? So redirecting to provider.example.com/applepay would work? Thanks for your help!

We are attempting to integrate the Apple Pay service into our website and have successfully verified our domain with Apple manually. However, we consistently receive an 'ApplePay reverify failed' email a month before the expiration time. Upon checking, we updated the SSL certificate for the domain before receiving the email, and the link still works fine in the browser. We would greatly appreciate any feedback from someone who can help us with this issue.

Dear Apple team and developers, We integrated Apple Pay E-Commerce on our system and made successful transaction at January using following certificates. Merchant Identity Certificate (generated from our Apple developer account) Payment Processing Certificate (generated from our Apple developer account) Payment Session Server Certificate (used following command and generated from apple-pay-gateway-cert.apple.com:443 test URL) Command: openssl s_client -connect apple-pay-gateway-cert.apple.com:443 -key MIC_priv.key -cert MIC_merchant_id.pem -showcerts | openssl x509 -outform DER &gt; apay_ident_trusted_cert_test.der Root CA G3 (Downloaded “Apple Root CA – G3 Root” from https://www.apple.com/certificateauthority/ ) But at this month, we got new certificate problem (please check following) when we try to execute Apple Pay E-Commerce transaction. Certificate 'C=US,O=Apple Inc.,OU=Apple Certification Authority,CN=Apple Application Integration CA - G3' is not valid Certificate. What is this certificate? And Where can I download or generate this certificate from? Could you please advise/give us good information for this certificate problem? Best Regards, Bilguun Enkhbaatar

Hi! I am working on automating the Apple Pay integration process in our CI/CD pipeline and would like to confirm whether a fully automated setup is currently possible for our preproduction environment. Right now, our process is as follows: A certificate is generated for the root domain and for each individual merchant subdomain. Both certificates are manually uploaded to our preproduction servers to test and verified via HTTP. We’d like to automate this flow in GitLab CI, mainly the generation of the necessary certificates programmatically or via API. However, from my research, it seems that Apple does not currently provide an API or any support to automate this task, but I’d like to confirm this directly with you. Is there any official support or workaround for this kind of automation? If not, do you have any plans to provide it in the future? Thanks in advance for your help.

I'm successfully using Apple subscriptions in my app, but I'm encountering SKErrorCodeDomain error 18 when trying to apply a subscription offer. I want apply offer code first time only for subscription. Below are details of what i set in appstore and what i have tested. Subscription Offer Details Offer Type: For the first month Customer Eligibility: New, Existing, and Expired Subscribers Code Status: Active Offer Code Creation Steps: App Store Connect → App → Subscription → Select Subscription Product → Offer Codes → Add → Add Custom Codes Signature Generation for Promotional Offers I'm following Apple's documentation to generate a signature: https://developer.apple.com/documentation/storekit/generating-a-signature-for-promotional-offers I’ve constructed the payload as instructed: appBundleId + '\u2063' + keyIdentifier + '\u2063' + productIdentifier + '\u2063' + offerIdentifier + '\u2063' + appAccountToken + '\u2063' + nonce + '\u2063' + timestamp Keys and Identifiers keyIdentifier, issuerId, and .p8 file are obtained from: App Store Connect → Users and Access → Integrations → In-App Purchase Test user created under: App Store Connect → Users and Access → Sandbox → Test Accounts Logged in with this account on the iPhone What I’ve Tried Verified all values used in the payload are correct Tried both seconds and milliseconds for the timestamp (as per documentation, it should be in milliseconds) Tried setting appAccountToken to: a valid UUID an empty string not setting it at all Used Apple’s sample code to generate a signature: https://developer.apple.com/documentation/storekit/generating-a-promotional-offer-signature-on-the-server Verified the generated signature locally, and it validated successfully: https://developer.apple.com/documentation/storekit/generating-a-signature-for-promotional-offers#Validate-locally-and-encode-the-signature Apple’s sample code to generate a signature Downloaded from const express = require('express'); const router = express.Router(); const crypto = require('crypto'); const ECKey = require('ec-key'); const secp256k1 = require('secp256k1'); const uuidv4 = require('uuid/v4'); const KeyEncoder = require('key-encoder'); const keyEncoder = new KeyEncoder('secp256k1'); const fs = require('fs'); function getKeyID() { return "KEYIDXXXXX"; } router.post('/offer', function(req, res) { const appBundleID = req.body.appBundleID; const productIdentifier = req.body.productIdentifier; const subscriptionOfferID = req.body.offerID; const applicationUsername = req.body.applicationUsername; const nonce = uuidv4(); const currentDate = new Date(); const timestamp = currentDate.getTime(); const keyID = getKeyID(); const payload = appBundleID + '\u2063' + keyID + '\u2063' + productIdentifier + '\u2063' + subscriptionOfferID + '\u2063' + applicationUsername + '\u2063'+ nonce + '\u2063' + timestamp; // Get the PEM-formatted private key string associated with the Key ID. // const keyString = getKeyStringForID(keyID); // Read the .p8 file const keyString = fs.readFileSync('./SubscriptionKey_47J5826J8W.p8', 'utf8'); // Create an Elliptic Curve Digital Signature Algorithm (ECDSA) object using the private key. const key = new ECKey(keyString, 'pem'); // Set up the cryptographic format used to sign the key with the SHA-256 hashing algorithm. const cryptoSign = key.createSign('SHA256'); // Add the payload string to sign. cryptoSign.update(payload); /* The Node.js crypto library creates a DER-formatted binary value signature, and then base-64 encodes it to create the string that you will use in StoreKit. */ const signature = cryptoSign.sign('base64'); /* Check that the signature passes verification by using the ec-key library. The verification process is similar to creating the signature, except it uses 'createVerify' instead of 'createSign', and after updating it with the payload, it uses `verify` to pass in the signature and encoding, instead of `sign` to get the signature. This step is not required, but it's useful to check when implementing your signature code. This helps debug issues with signing before sending transactions to Apple. If verification succeeds, the next recommended testing step is attempting a purchase in the Sandbox environment. */ const verificationResult = key.createVerify('SHA256').update(payload).verify(signature, 'base64'); console.log("Verification result: " + verificationResult) // Send the response. res.setHeader('Content-Type', 'application/json'); res.json({ 'keyID': keyID, 'nonce': nonce, 'timestamp': timestamp, 'signature': signature }); }); module.exports = router; Postman request and response Request URL: http://192.168.1.141:3004/offer Request JSON: { "appBundleID":"com.app.bundleid", "productIdentifier":"subscription.product.id", "offerID":"OFFERCODE1", "applicationUsername":"01234b43791ea309a1c3003412bcdaaa09d39a615c379cc246f5f479760629a1" } Response JSON: { "keyID": "KEYIDXXXXX", "nonce": "f98f2cda-c7a6-492f-9f92-e24a6122c0c9", "timestamp": 1753510571664, "signature": "MEYCIQCnA8UGWhTiCF+F6S55Zl6hpjnm7SC3aAgvmTBmQDnsAgIhAP6xIeRuREyxxx69Ve/qjnONq7pF1cK8TDn82fyePcqz" } Xcode Code func buy(_ product: SKProduct) { let discountOffer = SKPaymentDiscount( identifier: "OFFERCODE1", keyIdentifier: "KEYIDXXXXX", nonce: UUID(uuidString: "f98f2cda-c7a6-492f-9f92-e24a6122c0c9")!, signature: "MEYCIQCnA8UGWhTiCF+F6S55Zl6hpjnm7SC3aAgvmTBmQDnsAgIhAP6xIeRuREyxxx69Ve/qjnONq7pF1cK8TDn82fyePcqz", timestamp: 1753510571664) let payment = SKMutablePayment(product: product) payment.applicationUsername = "01234b43791ea309a1c3003412bcdaaa09d39a615c379cc246f5f479760629a1" payment.paymentDiscount = discountOffer SKPaymentQueue.default().add(payment) } Issue Even following instructions to the documentation and attempting various combinations, the offer keeps failing with SKErrorCodeDomain error 18. Has anyone else experienced this? Any suggestions as to what may be amiss or how it can be corrected?

Hello, I am following up on my previous feedback (Feedback ID: FB17175593) regarding the in-app provisioning failure for Apple Pay. In that report, I detailed errors encountered during the card addition process (notably issues related to a missing teamID and cryptographic material errors). Could you please provide an update on the investigation progress? I appreciate your assistance and look forward to your response.

Hi, We’re a franchise business with over 100 franchisees, and each franchisee has their own unique Merchant ID. We're building a single app that allows customers to place orders, and based on the selected franchisee, the payment needs to be processed through that specific franchisee’s merchant account. However, when we integrate Apple Pay and publish the app, it asks us to provide a payment gateways' Merchant ID, but we don’t use just one – we have many. How can we handle this situation? Is there a way to dynamically use multiple Merchant IDs in one app, depending on which franchisee the customer is ordering from?

We have developed Apple Wallet Extension for our App. The in-app provisioning for the card is working. However when we try to add the card from Wallet extension it gives error saying "Your issuer does not yet offer support for this card". From the apple documentation we can see the issues is same as mentioned in Scenario 2 at following link https://applepaydemo.apple.com/in-app-provisioning#8.4 We are getting eligibilityStatus as 0 Below is the response from Wallet captured using SysDiagnosis https://crt-pod1-smp-device.apple.com:443/broker/v4/devices/0434320BCB1A90022306073796318273728D0A367FA927F4/cards 200 Time profile: 1.77856 seconds { x-conversation-id = ...... Content-Type = "application/json" x-pod = "crt-pod1" x-xss-protection = "1; mode=block" Server = "Apple" x-pod-region = "paymentpass.com.apple" regionbrokerurl = "https://crt-pod1-smp-device.apple.com:443/broker" Date = "Wed, 06 Aug 2025 11:39:30 GMT" Content-Length = "488" x-envoy-upstream-service-time = "1400" Strict-Transport-Security = "max-age=31536000; includeSubdomains" cross-origin-opener-policy = "same-origin" x-keystone-correlationid = ...... x-content-type-options = "nosniff" Vary = "accept-language" x-frame-options = "SAMEORIGIN" } { applicationIdentifier = ......; auxiliaryCapabilities = { }; cardType = 4; deviceProvisioningDataExpected = 1; eligibilityStatus = 0; identifier = ......; learnMoreURL = "https://www.apple.com/ae/apple-pay/banks/ae/en-ae.html"; nonce = ......; paymentApplications = ( { appletTypeIdentifier = Argon; paymentType = Credit; } ); region = "paymentpass.com.apple"; sanitizedPrimaryAccountNumber = 7008; sanitizedPrimaryAccountPrefix = ""; }

I am encountering an issue with the in-app provisioning flow using PKAddPaymentPassViewController. Specifically, when presenting the controller to allow users to add a pass to Apple Wallet, the device selection screen is showing all the devices, even after setting the primaryAccountIdentifier on the PKAddPaymentPassRequestConfiguration. Here's the context: I'm using PKAddPaymentPassViewController for in-app provisioning. I provide a valid primaryAccountIdentifier in the configuration. But after adding the pass, if i print back the primaryAccountIdentifier it displays some other value different than the identifier i had set(Example masked identifier: FAPLMC1GB000000066aa4xxxxxxxxxxxa744f16axxxxxxxx). The provisioning flow works, but the device list shown to the user includes all the devices (e.g., Apple Watches and iPhone even though it is already added to Apple Watch or iPhone).

We have an Apple Pay account and have successfully created and verified the payment processing certificate in our Apple Developer account. When initiating an Apple Pay payment, the Apple session is created successfully with the correct data return from api , but it is not accepted with the error: “Payment not completed.” The issue occurs even though the merchant validation step works without errors. Our websites where this is happening are: https://magicdeliver.com/ https://www.pulsarmodular.com/ Could you please help us identify the cause of the issue and guide us on resolving it?

Hello Apple Developer Team/Community, I am working on developing an Apple Wallet pass with NFC functionality for our electric vehicle (EV) charging stations. The goal is to enable a "tap-to-start charging" feature, providing a seamless and efficient experience for users. However, my request for an NFC certificate to enable this functionality has been rejected. Here is a summary of my use case and actions taken so far: 1. Use Case: The Wallet pass will allow users to initiate charging sessions by tapping their iPhones or Apple Watches on the EV charger. This feature aims to simplify the process by eliminating the need for additional apps, physical cards, or manual inputs. It enhances accessibility and aligns with Apple’s goals of providing users with secure and convenient solutions. 2. Steps Taken: Submitted the NFC certificate request with a detailed explanation of the functionality. Included diagrams and supporting documents demonstrating the workflow and system readiness. Received a rejection without clear guidance on how to address the issue. 3. Technical Readiness: Our backend is fully prepared to support NFC passes, including secure processing of tap events and payload encryption. The Wallet pass has been configured to include the nfc field with the required encryptionPublicKey. Request for Assistance: Could you provide guidance on improving my application to meet Apple’s criteria for NFC certificates? Are there specific requirements or examples of successful NFC-enabled Wallet pass applications that I can use as a reference? If anyone has faced a similar rejection, what steps did you take to get approval? Additional Information: Use case: EV charging stations NFC functionality: Tap-to-start charging session Current implementation: Pass is functional without NFC but requires NFC for seamless operation. Any advice or resources to help resolve this issue would be greatly appreciated. Thank you for your time and support. Best regards, DeveloperSquillion

When apple pay on the web does a onshippingcontactselected it appears to truncate the zip code. If I enter: 11111 or 11111-1111 I always get 11111. Is there any way to get the plus 4?

Hello All - I'm attempting to enable my companies app to add credit card to Apple Wallet. Part of our app enables customers to generate new virtual cards on demand and I'm attempting to enable the ability to add these cards to the Apple Wallet. Everything seems to be working all the way to the final stage of the process where I get a PKPassKitErrorDomain systemCancelled and I can't seem to find any clues as to why the system is canceling. For context - I have the com.apple.developer.payment-pass-provisioning entitlement. I have both the Wallet and In-App Provisioning capabilities enabled in the App. I have defined a PKAddPaymentPassViewControllerDelegate class that implements both the generateRequest and didFinishAdding methods. I'm leveraging PKAddPaymentPassViewController in SwiftUI by using a UIViewControllerRepresentable implementing class that returns the view controller properly when makeUIViewController is called. I build a PKAddPaymentPassRequest object and ensure that it is properly filled with encryptedPassData, activationData, and ephemeralPublicKey. As a user I'm able to go to the virtual card view, open the instance of PKAddPaymentPassViewController, select the destination for the card, see the Add Card information. I get to the point where the view tells me it's contacting the card issuer and then I get an error message "Could Not Add Card - Try again later or contact your card issuer for more information" with a "Set Up Later" button. I then get the system canceled error. I should mention that I'm able to add these virtual cards manually via the Apple Wallet. The process works similarly but requires me to provided an OTP to conclude the process. This flow works and I have active cards in my wallet. I'm having a very hard time figuring out how to try and debug this issue further. The only error that the system returns is the system canceled notice. Any insight into where I might be missing something or how to debug the issue further would be greatly appreciated. Any thought on how I could debug this further would also be greatly appreciated. Thanks in advance - AYAL

Hello, we have problem. Kind regards, -Martin

Hi team, I'm currently trying to add a specific subdomain (with a path) to Apple's Sandbox domain list, but it seems Apple only allows the main domain to be entered. Due to strict client security policies, we aren't allowed to use just the main domain, which is creating a roadblock in our implementation. Is there any way to add a full subdomain or URL path to the Sandbox configuration? I'm happy to join a call to explain the scenario further if that would help. Thanks in advance for your support!

Hello, we are experiencing issues with adding VISA cards via In-App Provisioning on iOS using PassKit. The same flow works correctly with Mastercard, but for VISA cards the Apple broker endpoint returns HTTP 500. Details Device: iPhone15,3 (iPhone 15 Pro), iOS 18.6.1 (22G90) Region: CZ App: [REDACTED] (version 0.4.3) Issuer ID: [REDACTED] Merchant ID and entitlements are configured and validated. SEID: [REDACTED] Request flow GET /broker/v4/devices/{SEID}/issuerProvisioningCertificates?encryptionVersion=EV_ECC_v2 Request ID: B61363A8-0BFF-4CD6-92BC-52C461DFFAAD Response: 200 OK Conversation ID: e12c64c9a0b54981adfad8d00800d836 Returned nonce: [REDACTED] Timestamp: 2025.08.21_14-01-46+0200 POST /broker/v4/devices/{SEID}/cards Request ID: F29B73CA-CDDE-4C0C-9F40-B87AE006FDDD Payload fields present (values redacted): encryptedCardData [REDACTED], ephemeralPublicKey [REDACTED], publicKeyHash [REDACTED], nonce [REDACTED], issuerIdentifier [REDACTED], encryptionVersion=EV_ECC_v2 Response: 500 Internal Server Error (latency ~0.41s) Timestamp: 2025.08.21_14-01-47+0200 Observation Provisioning succeeds with Mastercard but consistently fails with VISA. The GET issuerProvisioningCertificates succeeds; the POST …/cards returns 500. Request Could you please: Provide internal error details for Request ID F29B73CA-CDDE-4C0C-9F40-B87AE006FDDD (and/or Conversation ID e12c64c9a0b54981adfad8d00800d836), Confirm whether the 500 originates before or after the broker’s call to VTS (Visa Token Service), and Validate that our app/merchant/issuer configuration is fully enabled for VISA push provisioning in our region. Attached privately: sysdiagnose with full traces (can share via secure channel upon request). Kind regards, Martin