Banking Connector

    One connector, every rail

    Plug into multiple banking rails, gateways, and processors through one unified API and admin interface — without rewriting your stack for each new partner.

    Unified Rails API

    One integration surfaces ACH, wires, SEPA, SWIFT, and card networks through a consistent JSON API.

    Smart Routing

    Route each transaction to the best available rail based on cost, speed, currency, and success rate.

    Sponsor Bank Abstraction

    Swap sponsor banks and processors without rewriting product code — mappings live in the connector.

    Webhooks & Events

    Signed event stream for payins, payouts, returns, reversals, and reconciliation updates.

    Multi-Currency

    Hold, move, and settle in multiple currencies with FX quoting and settlement reporting.

    Reconciliation Engine

    Automatic matching against bank statements, gateway reports, and internal ledger entries.

    What's included

    Everything you need to move money the day the connector goes live.

    REST API, sandbox environment, and Postman collection
    Signed webhooks with automatic retry and dead-letter queue
    Bank statement ingestion and reconciliation reports
    Rail health dashboard with real-time status
    Admin console for operations, holds, and reversals
    A banking connector is the middleware between your product and the regulated financial system. Instead of integrating separately with every bank, card network, and payment rail, your team writes to one API — and the connector handles the file formats, cut-off times, retries, reconciliation, and compliance events underneath.

    Why the connector layer exists

    Banks were not designed to be consumed as APIs. Every partner exposes different endpoints, file formats, authentication schemes, cut-off windows, holiday calendars, and return codes. Without an abstraction, your engineering team spends more time maintaining bank integrations than shipping product.

    A connector normalizes all of that. Money movement, balance inquiries, statement retrieval, and webhook events are exposed through a consistent interface, and the messy translation to each bank's native protocol happens under the hood.

    What a production connector must handle

    Real-world money movement is full of edge cases: partial submissions, network timeouts, delayed acknowledgements, returns that arrive weeks later, and reconciliation gaps between what the bank reports and what your ledger expects. A production-grade connector treats these as first-class citizens rather than afterthoughts.

    • Idempotent submission so a retry never double-sends
    • Deterministic state machine for every transaction
    • Automatic reconciliation against bank statements and network reports
    • Exception queues surfaced to operations with context, not just error codes
    • Structured webhooks with retries and signature verification

    Build vs. buy: the honest math

    Teams often plan to build their own connector because the initial happy path looks straightforward. The cost shows up later — in the sixteenth edge case, the third sponsor bank migration, or the weekend an ACH file rejects because of an unnoticed rulebook change. A dedicated connector platform absorbs those changes so your roadmap stays about product, not plumbing.

    Frequently asked questions

    How is a connector different from a BaaS provider?

    BaaS providers give you a sponsor bank relationship and a branded API. A connector can sit in front of one or many BaaS partners and give you a consistent surface even as you add or switch providers.

    Can we start with one bank and add more later?

    Yes. The connector is designed so adding a second or third partner does not require rewriting your application code.

    What happens if a partner has an outage?

    The connector exposes health and can route eligible transactions through a fallback partner where available, and clearly queues the rest with operator alerts.