Connect Salesforce with Braintree to accept cards, PayPal, Apple Pay, and Google Pay, sync transactions, and keep finance reports accurate across teams.
• Braintree transaction objects are associated to Salesforce records such as Orders, Accounts, and Cases via shared identifiers (order ID, customer ID, and transaction ID).
• Payment lifecycle events (authorization, capture, void, refund, dispute opened, dispute won/lost, and settlement updates) are ingested from Braintree webhooks and normalized into Salesforce status fields.
• Idempotency keys and event de-duplication logic prevent double-processing when webhook retries occur or events arrive out of order.
• Partial captures and partial refunds are handled as child payment entries linked to the parent order payment, preserving a complete audit trail in Salesforce.
• Tokenized customer payment methods are referenced in Salesforce as non-sensitive tokens; PAN and CVV data remains in Braintree to support PCI-scoped separation.
• Error handling routes failed syncs into retry queues with timestamped logs, and reconciliation reports compare Braintree settlements to Salesforce order totals for variance detection.
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We map Braintree transaction and dispute events to Salesforce objects, then update records via API and webhooks. Status changes can trigger case creation, fulfillment holds, or finance workflows.
Yes. Braintree’s payment method data can be stored in Salesforce for reporting and support, while sensitive card data stays tokenized in Braintree.
Store only non-sensitive transaction metadata in Salesforce, and keep payment details in Braintree using tokens and references. This reduces PCI scope while keeping traceability for support and reconciliation.
We implement a transaction ledger model in Salesforce that supports multiple child records per order. Each capture, void, and refund is tracked as a separate event tied back to the same payment reference.
scandiweb has delivered 2,100+ eCommerce projects since 2003, with 600+ specialists in-house. We design integrations for idempotency, retries, and clear error handling, so payment data stays consistent.





