This is an object representing your Stripe balance. You can retrieve it to see the balance currently on your Stripe account.

You can also retrieve the balance history, which contains a list of transactions that contributed to the balance (charges, payouts, and so forth).

The available and pending amounts for each currency are broken down further by payment source types.

Related guide: Understanding Connect account balances

Balance transactions represent funds moving through your Stripe account. Stripe creates them for every type of transaction that enters or leaves your Stripe account balance.

Related guide: Balance transaction types

The Charge object represents a single attempt to move money into your Stripe account. PaymentIntent confirmation is the most common way to create Charges, but transferring money to a different Stripe account through Connect also creates Charges. Some legacy payment flows create Charges directly, which is not recommended for new integrations.

This object represents a customer of your business. Use it to create recurring charges, save payment and contact information, and track payments that belong to the same customer.

A Customer Session allows you to grant Stripe’s frontend SDKs (like Stripe.js) client-side access control over a Customer.

Related guides: Customer Session with the Payment Element, Customer Session with the Pricing Table, Customer Session with the Buy Button.

A dispute occurs when a customer questions your charge with their card issuer. When this happens, you have the opportunity to respond to the dispute with evidence that shows that the charge is legitimate.

Related guide: Disputes and fraud

Events are our way of letting you know when something interesting happens in your account. When an interesting event occurs, we create a new Event object. For example, when a charge succeeds, we create a charge.succeeded event, and when an invoice payment attempt fails, we create an invoice.payment_failed event. Certain API requests might create multiple events. For example, if you create a new subscription for a customer, you receive both a customer.subscription.created event and a charge.succeeded event.

Events occur when the state of another API resource changes. The event’s data field embeds the resource’s state at the time of the change. For example, a charge.succeeded event contains a charge, and an invoice.payment_failed event contains an invoice.

As with other API resources, you can use endpoints to retrieve an individual event or a list of events from the API. We also have a separate webhooks system for sending the Event objects directly to an endpoint on your server. You can manage webhooks in your account settings. Learn how to listen for events so that your integration can automatically trigger reactions.

When using Connect, you can also receive event notifications that occur in connected accounts. For these events, there’s an additional account attribute in the received Event object.

We only guarantee access to events through the Retrieve Event API for 30 days.

Events are generated to keep you informed of activity in your business account. APIs in the /v2 namespace generate thin events which have small, unversioned payloads that include a reference to the ID of the object that has changed. The Events v2 API returns these new thin events. Retrieve the event object for additional data about the event. Use the related object ID in the event payload to fetch the API resource of the object associated with the event. Comparatively, events generated by most API v1 include a versioned snapshot of an API object in their payload.

Set up an event destination to receive events from Stripe across multiple destination types, including webhook endpoints and Amazon EventBridge. Event destinations support receiving thin events and snapshot events.

This object represents files hosted on Stripe’s servers. You can upload files with the create file request (for example, when uploading dispute evidence). Stripe also creates files independently (for example, the results of a Sigma scheduled query).

Related guide: File upload guide

To share the contents of a File object with non-Stripe users, you can create a FileLink. FileLinks contain a URL that you can use to retrieve the contents of the file without authentication.

The FX Quotes API provides three key functions:

• View current exchange rates: The object shows Stripe’s current exchange rate for any given currency pair.
• Extended quotes: The API provides rate quotes valid for a 1-hour period or a 24-hour period, eliminating uncertainty from FX fluctuations.
• View FX fees: The API provides information on the FX fees Stripe will charge on your FX transaction, allowing you to anticipate specific settlement amounts before payment costs.

A Mandate is a record of the permission that your customer gives you to debit their payment method.

A PaymentIntent guides you through the process of collecting a payment from your customer. We recommend that you create exactly one PaymentIntent for each order or customer session in your system. You can reference the PaymentIntent later to see the history of payment attempts for a particular session.

A PaymentIntent transitions through multiple statuses throughout its lifetime as it interfaces with Stripe.js to perform authentication flows and ultimately creates at most one successful charge.

Related guide: Payment Intents API

A SetupIntent guides you through the process of setting up and saving a customer’s payment credentials for future payments. For example, you can use a SetupIntent to set up and save your customer’s card without immediately collecting a payment. Later, you can use PaymentIntents to drive the payment flow.

Create a SetupIntent when you’re ready to collect your customer’s payment credentials. Don’t maintain long-lived, unconfirmed SetupIntents because they might not be valid. The SetupIntent transitions through multiple statuses as it guides you through the setup process.

Successful SetupIntents result in payment credentials that are optimized for future payments. For example, cardholders in certain regions might need to be run through Strong Customer Authentication during payment method collection to streamline later off-session payments. If you use the SetupIntent with a Customer, it automatically attaches the resulting payment method to that Customer after successful setup. We recommend using SetupIntents or setup_future_usage on PaymentIntents to save payment methods to prevent saving invalid or unoptimized payment methods.

By using SetupIntents, you can reduce friction for your customers, even as regulations change over time.

Related guide: Setup Intents API

A SetupAttempt describes one attempted confirmation of a SetupIntent, whether that confirmation is successful or unsuccessful. You can use SetupAttempts to inspect details of a specific attempt at setting up a payment method using a SetupIntent.

A Payout object is created when you receive funds from Stripe, or when you initiate a payout to either a bank account or debit card of a connected Stripe account. You can retrieve individual payouts, and list all payouts. Payouts are made on varying schedules, depending on your country and industry.

Related guide: Receiving payouts

Refund objects allow you to refund a previously created charge that isn’t refunded yet. Funds are refunded to the credit or debit card that’s initially charged.

Related guide: Refunds

ConfirmationTokens help transport client side data collected by Stripe JS over to your server for confirming a PaymentIntent or SetupIntent. If the confirmation is successful, values present on the ConfirmationToken are written onto the Intent.

To learn more about how to use ConfirmationToken, visit the related guides:

• Finalize payments on the server
• Build two-step confirmation.

Tokenization is the process Stripe uses to collect sensitive card or bank account details, or personally identifiable information (PII), directly from your customers in a secure manner. A token representing this information is returned to your server to use. Use our recommended payments integrations to perform this process on the client-side. This guarantees that no sensitive card data touches your server, and allows your integration to operate in a PCI-compliant way.

If you can’t use client-side tokenization, you can also create tokens using the API with either your publishable or secret API key. If your integration uses this method, you’re responsible for any PCI compliance that it might require, and you must keep your secret API key safe. Unlike with client-side tokenization, your customer’s information isn’t sent directly to Stripe, so we can’t determine how it’s handled or stored.

You can’t store or use tokens more than once. To store card or bank account information for later use, create Customer objects or External accounts. Radar, our integrated solution for automatic fraud protection, performs best with integrations that use client-side tokenization.

PaymentMethod objects represent your customer’s payment instruments. You can use them with PaymentIntents to collect payments or save them to Customer objects to store instrument details for future payments.

Related guides: Payment Methods and More Payment Scenarios.

PaymentMethodConfigurations control which payment methods are displayed to your customers when you don’t explicitly specify payment method types. You can have multiple configurations with different sets of payment methods for different scenarios.

There are two types of PaymentMethodConfigurations. Which is used depends on the charge type:

Direct configurations apply to payments created on your account, including Connect destination charges, Connect separate charges and transfers, and payments not involving Connect.

Child configurations apply to payments created on your connected accounts using direct charges, and charges with the on_behalf_of parameter.

Child configurations have a parent that sets default values and controls which settings connected accounts may override. You can specify a parent ID at payment time, and Stripe will automatically resolve the connected account’s associated child configuration. Parent configurations are managed in the dashboard and are not available in this API.

Related guides:

• Payment Method Configurations API
• Multiple configurations on dynamic payment methods
• Multiple configurations for your Connect accounts

A payment method domain represents a web domain that you have registered with Stripe. Stripe Elements use registered payment method domains to control where certain payment methods are shown.

Related guide: Payment method domains.

These bank accounts are payment methods on Customer objects.

On the other hand External Accounts are transfer destinations on Account objects for connected accounts. They can be bank accounts or debit cards as well, and are documented in the links above.

Related guide: Bank debits and transfers

A customer’s Cash balance represents real funds. Customers can add funds to their cash balance by sending a bank transfer. These funds can be used for payment and can eventually be paid out to your bank account.

Customers with certain payments enabled have a cash balance, representing funds that were paid by the customer to a merchant, but have not yet been allocated to a payment. Cash Balance Transactions represent when funds are moved into or out of this balance. This includes funding by the customer, allocation to payments, and refunds to the customer.

You can store multiple cards on a customer in order to charge the customer later. You can also store multiple debit cards on a recipient in order to transfer to those cards later.

Related guide: Card payments with Sources

Source objects allow you to accept a variety of payment methods. They represent a customer’s payment instrument, and can be used with the Stripe API just like a Card object: once chargeable, they can be charged, or can be attached to customers.

Stripe doesn’t recommend using the deprecated Sources API. We recommend that you adopt the PaymentMethods API. This newer API provides access to our latest features and payment method types.

Related guides: Sources API and Sources & Customers.

Products describe the specific goods or services you offer to your customers. For example, you might offer a Standard and Premium version of your goods or service; each version would be a separate Product. They can be used in conjunction with Prices to configure pricing in Payment Links, Checkout, and Subscriptions.

Related guides: Set up a subscription, share a Payment Link, accept payments with Checkout, and more about Products and Prices

Prices define the unit cost, currency, and (optional) billing cycle for both recurring and one-time purchases of products. Products help you track inventory or provisioning, and prices help you track payment terms. Different physical goods or levels of service should be represented by products, and pricing options should be represented by prices. This approach lets you change prices without having to change your provisioning scheme.

For example, you might have a single “gold” product that has prices for $10/month, $100/year, and €9 once.

Related guides: Set up a subscription, create an invoice, and more about products and prices.

A coupon contains information about a percent-off or amount-off discount you might want to apply to a customer. Coupons may be applied to subscriptions, invoices, checkout sessions, quotes, and more. Coupons do not work with conventional one-off charges or payment intents.

A Promotion Code represents a customer-redeemable code for a coupon. It can be used to create multiple codes for a single coupon.

A discount represents the actual application of a coupon or promotion code. It contains information about when the discount began, when it will end, and what it is applied to.

Related guide: Applying discounts to subscriptions

Tax codes classify goods and services for tax purposes.

Tax rates can be applied to invoices, subscriptions and Checkout Sessions to collect tax.

Related guide: Tax rates

Shipping rates describe the price of shipping presented to your customers and applied to a purchase. For more information, see Charge for shipping.

A Checkout Session represents your customer’s session as they pay for one-time purchases or subscriptions through Checkout or Payment Links. We recommend creating a new Session each time your customer attempts to pay.

Once payment is successful, the Checkout Session will contain a reference to the Customer, and either the successful PaymentIntent or an active Subscription.

You can create a Checkout Session on your server and redirect to its URL to begin Checkout.

Related guide: Checkout quickstart

A payment link is a shareable URL that will take your customers to a hosted payment page. A payment link can be shared and used multiple times.

When a customer opens a payment link it will open a new checkout session to render the payment page. You can use checkout session events to track payments through payment links.

Related guide: Payment Links API

Issue a credit note to adjust an invoice’s amount after the invoice is finalized.

Related guide: Credit notes

Each customer has a Balance value, which denotes a debit or credit that’s automatically applied to their next invoice upon finalization. You may modify the value directly by using the update customer API, or by creating a Customer Balance Transaction, which increments or decrements the customer’s balance by the specified amount.

Related guide: Customer balance

The Billing customer portal is a Stripe-hosted UI for subscription and billing management.

A portal configuration describes the functionality and features that you want to provide to your customers through the portal.

A portal session describes the instantiation of the customer portal for a particular customer. By visiting the session’s URL, the customer can manage their subscriptions and billing details. For security reasons, sessions are short-lived and will expire if the customer does not visit the URL. Create sessions on-demand when customers intend to manage their subscriptions and billing details.

Related guide: Customer management

A portal configuration describes the functionality and behavior of a portal session.

Invoices are statements of amounts owed by a customer, and are either generated one-off, or generated periodically from a subscription.

They contain invoice items, and proration adjustments that may be caused by subscription upgrades/downgrades (if necessary).

If your invoice is configured to be billed through automatic charges, Stripe automatically finalizes your invoice and attempts payment. Note that finalizing the invoice, when automatic, does not happen immediately as the invoice is created. Stripe waits until one hour after the last webhook was successfully sent (or the last webhook timed out after failing). If you (and the platforms you may have connected to) have no webhooks configured, Stripe waits one hour after creation to finalize the invoice.

If your invoice is configured to be billed by sending an email, then based on your email settings, Stripe will email the invoice to your customer and await payment. These emails can contain a link to a hosted page to pay the invoice.

Stripe applies any customer credit on the account before determining the amount due for the invoice (i.e., the amount that will be actually charged). If the amount due for the invoice is less than Stripe’s minimum allowed charge per currency, the invoice is automatically marked paid, and we add the amount due to the customer’s credit balance which is applied to the next invoice.

More details on the customer’s credit balance are here.

Related guide: Send invoices to customers

Invoice Items represent the component lines of an invoice. When you create an invoice item with an invoice field, it is attached to the specified invoice and included as an invoice line item within invoice.lines.

Invoice Items can be created before you are ready to actually send the invoice. This can be particularly useful when combined with a subscription. Sometimes you want to add a charge or credit to a customer, but actually charge or credit the customer’s card only at the end of a regular billing cycle. This is useful for combining several charges (to minimize per-transaction fees), or for having Stripe tabulate your usage-based billing totals.

Related guides: Integrate with the Invoicing API, Subscription Invoices.

Invoice Line Items represent the individual lines within an invoice and only exist within the context of an invoice.

Each line item is backed by either an invoice item or a subscription item.

Invoice Payments represent payments made against invoices. Invoice Payments can be accessed in two ways:

• By expanding the payments field on the Invoice resource.
• By using the Invoice Payment retrieve and list endpoints.

Invoice Payments include the mapping between payment objects, such as Payment Intent, and Invoices. This resource and its endpoints allows you to easily track if a payment is associated with a specific invoice and monitor the allocation details of the payments.

Invoice Rendering Templates are used to configure how invoices are rendered on surfaces like the PDF. Invoice Rendering Templates can be created from within the Dashboard, and they can be used over the API when creating invoices.

A billing alert is a resource that notifies you when a certain usage threshold on a meter is crossed. For example, you might create a billing alert to notify you when a certain user made 100 API requests.

Meters specify how to aggregate meter events over a billing period. Meter events represent the actions that customers take in your system. Meters attach to prices and form the basis of the bill.

Related guide: Usage based billing

Meter events represent actions that customers take in your system. You can use meter events to bill a customer based on their usage. Meter events are associated with billing meters, which define both the contents of the event’s payload and how to aggregate those events.

Meter events are used to report customer usage of your product or service. Meter events are associated with billing meters, which define the shape of the event’s payload and how those events are aggregated. Meter events are processed asynchronously, so they may not be immediately reflected in aggregates or on upcoming invoices.

A billing meter event adjustment is a resource that allows you to cancel a meter event. For example, you might create a billing meter event adjustment to cancel a meter event that was created in error or attached to the wrong customer.

A billing meter event adjustment is a resource that allows you to cancel a meter event. For example, you might create a billing meter event adjustment to cancel a meter event that was created in error or attached to the wrong customer.

You can send a higher-throughput of meter events using meter event streams. For this flow, you must first create a meter event session, which will provide you with a session token. You can then create meter events through the meter event stream endpoint, using the session token for authentication. The session tokens are short-lived and you will need to create a new meter event session when the token expires.

A billing meter event summary represents an aggregated view of a customer’s billing meter events within a specified timeframe. It indicates how much usage was accrued by a customer for that period.

Note: Meters events are aggregated asynchronously so the meter event summaries provide an eventually consistent view of the reported usage.

A credit grant is an API resource that documents the allocation of some billing credits to a customer.

Related guide: Billing credits

Indicates the billing credit balance for billing credits granted to a customer.

A credit balance transaction is a resource representing a transaction (either a credit or a debit) against an existing credit grant.

You can now model subscriptions more flexibly using the Prices API. It replaces the Plans API and is backwards compatible to simplify your migration.

Plans define the base price, currency, and billing cycle for recurring purchases of products. Products help you track inventory or provisioning, and plans help you track pricing. Different physical goods or levels of service should be represented by products, and pricing options should be represented by plans. This approach lets you change prices without having to change your provisioning scheme.

For example, you might have a single “gold” product that has plans for $10/month, $100/year, €9/month, and €90/year.

Related guides: Set up a subscription and more about products and prices.

The Custom Pricing Unit object.

A LicensedItem represents any item that you bill customers for based on the subscribed quantity.

A ServiceAction represents a recurring, automated action that can be applied as part of a subscription.

A Quote is a way to model prices that you’d like to provide to a customer. Once accepted, it will automatically create an invoice, subscription or subscription schedule.

Subscriptions allow you to charge a customer on a recurring basis.

Related guide: Creating subscriptions

Subscription items allow you to create customer subscriptions with more than one plan, making it easy to represent complex billing relationships.

A subscription schedule allows you to create and manage the lifecycle of a subscription by predefining expected changes.

Related guide: Subscription schedules

You can add one or multiple tax IDs to a customer or account. Customer and account tax IDs get displayed on related invoices and credit notes.

Related guides: Customer tax identification numbers, Account tax IDs

A test clock enables deterministic control over objects in testmode. With a test clock, you can create objects at a frozen time in the past or future, and advance to a specific future time to observe webhooks and state changes. After the clock advances, you can either validate the current state of your scenario (and test your assumptions), change the current state of your scenario (and test more complex scenarios), or keep advancing forward in time.

This is an object representing an offer of financing from Stripe Capital to a Connect subaccount.

A financing object describes an account’s current financing state. Used by Connect platforms to read the state of Capital offered to their connected accounts.

This is an object representing a Stripe account. You can retrieve it to see properties on the account like its current requirements or if the account is enabled to make live charges or receive payouts.

For accounts where controller.requirement_collection is application, which includes Custom accounts, the properties below are always returned.

For accounts where controller.requirement_collection is stripe, which includes Standard and Express accounts, some properties are only returned until you create an Account Link or Account Session to start Connect Onboarding. Learn about the differences between accounts.

Login Links are single-use URLs that takes an Express account to the login page for their Stripe dashboard. A Login Link differs from an Account Link in that it takes the user directly to their Express dashboard for the specified account

Account Links are the means by which a Connect platform grants a connected account permission to access Stripe-hosted applications, such as Connect Onboarding.

Related guide: Connect Onboarding

An AccountSession allows a Connect platform to grant access to a connected account in Connect embedded components.

We recommend that you create an AccountSession each time you need to display an embedded component to your user. Do not save AccountSessions to your database as they expire relatively quickly, and cannot be used more than once.

Related guide: Connect embedded components

When you collect a transaction fee on top of a charge made for your user (using Connect), an Application Fee object is created in your account. You can list, retrieve, and refund application fees.

Related guide: Collecting application fees

Application Fee Refund objects allow you to refund an application fee that has previously been created but not yet refunded. Funds will be refunded to the Stripe account from which the fee was originally collected.

Related guide: Refunding application fees

This is an object representing a capability for a Stripe account.

Related guide: Account capabilities

Stripe needs to collect certain pieces of information about each account created. These requirements can differ depending on the account’s country. The Country Specs API makes these rules available to your integration.

You can also view the information from this API call as an online guide.

External bank accounts are financial accounts associated with a Stripe platform’s connected accounts for the purpose of transferring funds to or from the connected account’s Stripe balance.

External account cards are debit cards associated with a Stripe platform’s connected accounts for the purpose of transferring funds to or from the connected accounts Stripe balance.

This API is only available for users enrolled in the public preview for Accounts v2 on Stripe Connect. If you are not in this preview, please use the Accounts v1 API to manage your connected accounts’ external bank accounts instead.

This is an object representing a person associated with a Stripe account.

A platform can only access a subset of data in a person for an account where account.controller.requirement_collection is stripe, which includes Standard and Express accounts, after creating an Account Link or Account Session to start Connect onboarding.

See the Standard onboarding or Express onboarding documentation for information about prefilling information and account onboarding steps. Learn more about handling identity verification with the API.

To top up your Stripe balance, you create a top-up object. You can retrieve individual top-ups, as well as list all top-ups. Top-ups are identified by a unique, random ID.

Related guide: Topping up your platform account

A Transfer object is created when you move funds between Stripe accounts as part of Connect.

Before April 6, 2017, transfers also represented movement of funds from a Stripe account to a card or bank account. This behavior has since been split out into a Payout object, with corresponding payout endpoints. For more information, read about the transfer/payout split.

Related guide: Creating separate charges and transfers

Stripe Connect platforms can reverse transfers made to a connected account, either entirely or partially, and can also specify whether to refund any related application fees. Transfer reversals add to the platform’s balance and subtract from the destination account’s balance.

Reversing a transfer that was made for a destination charge is allowed only up to the amount of the charge. It is possible to reverse a transfer_group transfer only if the destination account has enough balance to cover the reversal.

Related guide: Reverse transfers

Secret Store is an API that allows Stripe Apps developers to securely persist secrets for use by UI Extensions and app backends.

The primary resource in Secret Store is a secret. Other apps can’t view secrets created by an app. Additionally, secrets are scoped to provide further permission control.

All Dashboard users and the app backend share account scoped secrets. Use the account scope for secrets that don’t change per-user, like a third-party API key.

A user scoped secret is accessible by the app backend and one specific Dashboard user. Use the user scope for per-user secrets like per-user OAuth tokens, where different users might have different permissions.

Related guide: Store data between page reloads

An early fraud warning indicates that the card issuer has notified us that a charge may be fraudulent.

Related guide: Early fraud warnings

Reviews can be used to supplement automated fraud detection with human expertise.

Learn more about Radar and reviewing payments here.

Value lists allow you to group values together which can then be referenced in rules.

Related guide: Default Stripe lists

Value list items allow you to add specific values to a given Radar value list, which can then be used in rules.

Related guide: Managing list items

When an issued card is used to make a purchase, an Issuing Authorization object is created. Authorizations must be approved for the purchase to be completed successfully.

Related guide: Issued card authorizations

An Issuing Cardholder object represents an individual or business entity who is issued cards.

Related guide: How to create a cardholder

You can create physical or virtual cards that are issued to cardholders.

As a card issuer, you can dispute transactions that the cardholder does not recognize, suspects to be fraudulent, or has other issues with.

Related guide: Issuing disputes

Funding Instructions contain reusable bank account and routing information. Push funds to these addresses via bank transfer to top up Issuing Balances.

A Personalization Design is a logical grouping of a Physical Bundle, card logo, and carrier text that represents a product line.

A Physical Bundle represents the bundle of physical items - card stock, carrier letter, and envelope - that is shipped to a cardholder when you create a physical card.

An issuing token object is created when an issued card is added to a digital wallet. As a card issuer, you can view and manage these tokens through Stripe.

Any use of an issued card that results in funds entering or leaving your Stripe account, such as a completed purchase or refund, is represented by an Issuing Transaction object.

Related guide: Issued card transactions

A Connection Token is used by the Stripe Terminal SDK to connect to a reader.

Related guide: Fleet management

A Location represents a grouping of readers.

Related guide: Fleet management

A Reader represents a physical device for accepting payment details.

Related guide: Connecting to a reader

A TerminalHardwareOrder represents an order for Terminal hardware, containing information such as the price, shipping information and the items ordered.

A TerminalHardwareProduct is a category of hardware devices that are generally similar, but may have variations depending on the country it’s shipped to.

TerminalHardwareSKUs represent variations within the same Product (for example, a country specific device). For example, WisePOS E is a TerminalHardwareProduct and a WisePOS E - US and WisePOS E - UK are TerminalHardwareSKUs.

A TerminalHardwareSKU represents a SKU for Terminal hardware. A SKU is a representation of a product available for purchase, containing information such as the name, price, and images.

A TerminalHardwareShipping represents a Shipping Method for Terminal hardware. A Shipping Method is a country-specific representation of a way to ship hardware, containing information such as the country, name, and expected delivery date.

A Configurations object represents how features should be configured for terminal readers. For information about how to use it, see the Terminal configurations documentation.

Stripe Treasury provides users with a container for money called a FinancialAccount that is separate from their Payments balance. FinancialAccounts serve as the source and destination of Treasury’s money movement APIs.

Encodes whether a FinancialAccount has access to a particular Feature, with a status enum and associated status_details. Stripe or the platform can control Features via the requested field.

Transactions represent changes to a FinancialAccount’s balance.

TransactionEntries represent individual units of money movements within a single Transaction.

Use OutboundTransfers to transfer funds from a FinancialAccount to a PaymentMethod belonging to the same entity. To send funds to a different party, use OutboundPayments instead. You can send funds over ACH rails or through a domestic wire transfer to a user’s own external bank account.

Simulate OutboundTransfer state changes with the /v1/test_helpers/treasury/outbound_transfers endpoints. These methods can only be called on test mode objects.

Related guide: Moving money with Treasury using OutboundTransfer objects

Use OutboundPayments to send funds to another party’s external bank account or FinancialAccount. To send money to an account belonging to the same user, use an OutboundTransfer.

Simulate OutboundPayment state changes with the /v1/test_helpers/treasury/outbound_payments endpoints. These methods can only be called on test mode objects.

Related guide: Moving money with Treasury using OutboundPayment objects

Use InboundTransfers to add funds to your FinancialAccount via a PaymentMethod that is owned by you. The funds will be transferred via an ACH debit.

Related guide: Moving money with Treasury using InboundTransfer objects

ReceivedCredits represent funds sent to a FinancialAccount (for example, via ACH or wire). These money movements are not initiated from the FinancialAccount.

ReceivedDebits represent funds pulled from a FinancialAccount. These are not initiated from the FinancialAccount.

You can reverse some ReceivedCredits depending on their network and source flow. Reversing a ReceivedCredit leads to the creation of a new object known as a CreditReversal.

You can reverse some ReceivedDebits depending on their network and source flow. Reversing a ReceivedDebit leads to the creation of a new object known as a DebitReversal.

A feature represents a monetizable ability or functionality in your system. Features can be assigned to products, and when those products are purchased, Stripe will create an entitlement to the feature for the purchasing customer.

A product_feature represents an attachment between a feature and a product. When a product is purchased that has a feature attached, Stripe will create an entitlement to the feature for the purchasing customer.

An active entitlement describes access to a feature for a customer.

If you have scheduled a Sigma query, you’ll receive a sigma.scheduled_query_run.created webhook each time the query runs. The webhook contains a ScheduledQueryRun object, which you can use to retrieve the query results.

Represents an ad-hoc execution of a Sigma query via the API

The Report Run object represents an instance of a report type generated with specific run parameters. Once the object is created, Stripe begins processing the report. When the report has finished running, it will give you a reference to a file where you can retrieve your results. For an overview, see API Access to Reports.

Note that certain report types can only be run based on your live-mode data (not test-mode data), and will error when queried without a live-mode API key.

The Report Type resource corresponds to a particular type of report, such as the “Activity summary” or “Itemized payouts” reports. These objects are identified by an ID belonging to a set of enumerated values. See API Access to Reports documentation for those Report Type IDs, along with required and optional parameters.

Note that certain report types can only be run based on your live-mode data (not test-mode data), and will error when queried without a live-mode API key.

A Financial Connections Account represents an account that exists outside of Stripe, to which you have been granted some degree of access.

Describes an owner of an account.

A Financial Connections Session is the secure way to programmatically launch the client-side Stripe.js modal that lets your users link their accounts.

A Transaction represents a real transaction that affects a Financial Connections Account balance.

A Tax Calculation allows you to calculate the tax to collect from your customer.

Related guide: Calculate tax in your custom payment flow

A Tax Registration lets us know that your business is registered to collect tax on payments within a region, enabling you to automatically collect tax.

Stripe doesn’t register on your behalf with the relevant authorities when you create a Tax Registration object. For more information on how to register to collect tax, see our guide.

Related guide: Using the Registrations API

A Tax Transaction records the tax collected from or refunded to your customer.

Related guide: Calculate tax in your custom payment flow

You can use Tax Settings to manage configurations used by Stripe Tax calculations.

Related guide: Using the Settings API

A VerificationSession guides you through the process of collecting and verifying the identities of your users. It contains details about the type of verification, such as what verification check to perform. Only create one VerificationSession for each verification in your system.

A VerificationSession transitions through multiple statuses throughout its lifetime as it progresses through the verification flow. The VerificationSession contains the user’s verified data after verification checks are complete.

Related guide: The Verification Sessions API