API-first betalingen
Cardflo biedt een API-first benadering voor betalingsverwerking, wat volledige controle en flexibiliteit biedt voor ontwikkelaars. Onze robuuste API maakt een diepe integratie in uw bestaande systemen mogelijk, waardoor aangepaste betalingsstromen en naadloze gegevensuitwisseling mogelijk zijn.
Bouw op maat gemaakte betalingsoplossingen die zijn afgestemd op uw specifieke bedrijfsbehoeften.
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Het overzicht
API-first payments prioritise a programmable interface as the core method for interacting with payment gateways and processors. In this model, every function of the payment lifecycle, from initial authorisation to settlement and dispute management, is exposed via endpoints.
This technical architecture allows a merchant or platform to bypass pre-built checkout templates in favour of custom logic that sits directly within their application stack.
By integrating at the API level, developers can orchestrate complex workflows such as split payments, multi-party payouts, or dynamic currency conversion without manual intervention. The methodology ensures that payment data flows into external accounting and inventory systems in real time.
It shifts the burden of user interface design to the merchant while the API provider manages the underlying complexities of PCI-DSS compliance, security protocols like 3DS, and connectivity to global card schemes and local acquirers.
This approach is essential for businesses with non-standard billing models or those operating at a scale that requires automated financial operations.
Hoe het werkt
Endpoint Request Initiation
The merchant server initiates a POST request to the API gateway containing transaction metadata like amount, currency, and payment credentials.
This request is authenticated using API keys or OAuth tokens, ensuring that only authorised systems can interact with the payment infrastructure before any data reaches the card schemes.
Authentication and Compliance Checks
The API processor evaluates the request for regulatory requirements, including SCA and AML protocols. During this phase, the system may trigger a 3DS challenge if mandated by PSD2 regulations.
The API-first approach allows for granular control over how these security layers are presented to the end user.
Routing and Authorisation
Once validated, the transaction is routed to the appropriate acquirer or network. For API-based systems, this often involves smart routing logic that selects the path with the highest probability of success or lowest interchange cost.
The issuer then approves or declines the transaction based on available funds.
Webhook Notification Delivery
Upon completion of the authorisation, the API provider sends an asynchronous webhook notification to the merchant’s listener URL. This JSON payload contains the final status and a unique transaction ID, allowing the merchant’s backend to update order statuses or trigger fulfilment processes without manual polling.
Waarom het telt
Operational Efficiency Through Automation
Manual reconciliation and spreadsheet-based reporting introduce human error and delay financial closing. API-first architectures enable the direct synchronisation of settlement data with ERP and accounting systems.
By automating the retrieval of transaction records and refund statuses, businesses can maintain a precise real-time view of their ledger, which is critical for high-volume operations and audit readiness.
Customisable Customer Experience Control
Standard hosted payment pages often create friction by redirecting users away from the primary brand environment. An API-led approach allows for headless commerce, where the checkout components are built entirely by the merchant's design team.
This reduces bounce rates at the final stage of the funnel by maintaining a cohesive brand behaviour across all devices and platforms.
Technical Scalability and Agility
As a business expands into new markets, the ability to modify payment logic via code becomes a competitive advantage. API-first systems allow developers to toggle new payment methods or change routing rules without a complete infrastructure overhaul.
This agility ensures that the payment stack can evolve alongside changing regulatory landscapes, such as the transition from PSD2 to PSD3.
Toepassingen
Subscription Management Platforms
SaaS providers use APIs to automate recurring billing cycles, handle tiered pricing logic, and manage dunning processes through programmatic payment retries when soft declines occur due to temporary card issues.
Marketplace Payout Orchestration
Multi-vendor platforms utilise API endpoints to split a single customer transaction into multiple seller payouts while automatically calculating platform fees and managing complex settlement timelines for diverse participants.
Mobile App Native Checkout
Mobile developers integrate payment APIs directly into the native app environment to provide a frictionless payment experience that does not require launching an external browser for transaction completion.
Legacy System Modernisation
Enterprises with established ERP frameworks use API-first connectivity to bridge modern payment rails with older backend databases, ensuring that legacy infrastructure can still process contemporary digital payments securely.
In cijfers
This duration reflects a standard development cycle for a complete API integration, including testing and certification in a sandbox environment, before moving to production.
Typical processing time within a high-performance gateway infrastructure, excluding external network delays and issuer authorisation times which vary by geography and scheme.
Observed reduction in manual administrative tasks for finance teams when moving from manual portals to fully automated API-driven settlement and reconciliation workflows.
Verwante termen
Talk to our team about a live rollout on your acquiring stack.
Wat u krijgt met API-first betalingen
- Directe API-toegang voor volledige controle over betalingsworkflows.
- Uitgebreide documentatie en codevoorbeelden voor snelle ontwikkeling.
- Mogelijkheid om te integreren met bestaande CRM-, ERP- en boekhoudsystemen.
- Aanpasbare webhooks voor real-time gebeurtenismeldingen.
- Maak gebruik van Cardflo's slimme routering en afwijzingsherstel via API-aanroepen.
- Verwerk betalingen en beheer abonnementen programmatisch op een veilige manier.
- Capability to trigger smart routing rules based on BIN, MCC, or geographic location via code.
- Synchronous responses for immediate authorisation feedback coupled with asynchronous webhooks for finality of settlement.
- Advanced filtering and search queries for transaction history to facilitate automated financial reporting and reconciliation.
- Support for multi-currency settlement and dynamic currency conversion logic implemented at the API level.
A short scoping call, then a written plan for your MIDs.
Vragen over API-first betalingen
Wat betekent 'API-first' voor mijn bedrijf?
Een API-first benadering betekent dat de kernfunctionaliteit van Cardflo wordt blootgesteld via de API. Dit biedt handelaars maximale flexibiliteit om betaaldiensten rechtstreeks in hun applicaties en systemen te integreren, in plaats van te vertrouwen op vooraf gebouwde, minder aanpasbare oplossingen.
Het stelt ontwikkelaars in staat om vrij te innoveren.
Welk niveau van maatwerk biedt de API?
De API biedt uitgebreid maatwerk. Ontwikkelaars kunnen volledig op maat gemaakte betaalpagina's bouwen, betalingsverwerking integreren in unieke bedrijfslogica en alle aspecten van de betalingslevenscyclus programmatisch beheren.
Dit omvat de initiatie van transacties, terugbetalingen, abonnementsbeheer en het ophalen van gegevens.
Is de API geschikt voor complexe bedrijfsomgevingen?
Ja, de API is ontworpen om complexe bedrijfsvereisten te ondersteunen. De modulaire aard maakt schaalbare integraties mogelijk, waarbij grote transactievolumes en ingewikkelde bedrijfsregels worden afgehandeld.
Het ondersteunt verschillende authenticatiemethoden en biedt gedetailleerde foutafhandeling voor robuuste bedrijfsimplementaties.
How do API-first systems handle soft declines and automatic retries?
An API-first approach allows developers to implement sophisticated retry logic based on specific decline codes.
For example, if a transaction receives a soft decline due to an 'insufficient funds' or 'temporary technical error' code, the system can be programmed to automatically retry the transaction after a specific duration or via an alternative acquirer.
This level of granularity is often unavailable in standard checkout modules, where a decline usually leads to an immediate hard stop for the user.
Is it possible to manage disputes and chargebacks entirely through an API?
Many advanced PSPs offer dispute management endpoints that allow merchants to receive notifications of new disputes and upload evidence files programmatically. This enables the automation of the representment process.
By integrating this into a backend CRM or order management system, merchants can streamline their response to retrievals and chargebacks, ensuring that deadlines are met and evidence is consistent across all business records without manual oversight.
What role does idempotency play in API-first payment processing?
Idempotency is a critical feature that prevents the accidental processing of duplicate transactions.
When a merchant sends a request with an idempotency key, the API gateway ensures that if the same request is received again due to a network timeout or retry, it will not result in a second charge.
For payment APIs, this is essential to maintain financial integrity and prevent customer dissatisfaction caused by multiple authorisations for a single purchase.
Gerelateerde functies.
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