What Is a Payment Orchestrator?
A payment orchestrator routes each transaction to the optimal PSP, acquirer or gateway from a single integration. It improves approval rates, reduces costs through smart routing and provides automatic failover. A dedicated card vault like PCI Proxy provides the portable tokens that make multi-acquirer orchestration possible.
Payment Orchestrator: Definition
A payment orchestrator is a middleware platform that connects a merchant's checkout to multiple payment service providers, acquirers and local payment methods through a single API integration. It applies routing logic to direct each transaction to the optimal processor, improving approval rates, reducing processing costs and providing resilience through automatic failover.
Higher Approval Rates
Route each transaction to the acquirer most likely to approve it based on card BIN, geography, card type and historical approval data, reducing unnecessary declines.
Cost Optimisation
Send each transaction to the cheapest acquirer for that specific card type and region. IC++ pricing gives full visibility into the cost difference between routing options.
Resilience and Failover
If one PSP is unavailable, the orchestrator automatically retries on a backup processor. Merchants avoid lost revenue from single-point-of-failure outages.
Gateway vs Orchestrator vs Vault
Payment Gateway
Single processor- Processes to one acquirer
- Proprietary token format
- Single point of failure
- Bundled or blended pricing
- Requires re-integration to switch
Payment Orchestrator
Multi-processor routing- Routes to any connected PSP
- Needs portable vault tokens
- Smart routing rules
- Automatic failover
- Single integration for all PSPs
Card Vault (PCI Proxy)
Foundation layer- Issues portable tokens
- EU PCI DSS Level 1
- Powers orchestration
- Works with any gateway or orchestrator
- Optional IC++ acquiring
Payment Orchestration Questions Answered
01 What is a payment orchestrator?
A payment orchestrator is a middleware platform that sits between a merchant's checkout and multiple PSPs, acquirers and gateways. It routes each transaction to the optimal processor based on rules such as cost, geography, card type, conversion rate or redundancy. A single integration replaces individual integrations with each PSP.
02 What is the difference between a payment orchestrator and a payment gateway?
A payment gateway processes transactions through a single acquirer or network. A payment orchestrator sits above multiple gateways and acquirers, routing transactions intelligently across them based on configurable rules. Orchestrators do not process payments themselves.
03 Why do merchants use payment orchestration?
Merchants use orchestration to increase approval rates by routing to the acquirer most likely to approve a specific card, reduce costs by sending transactions to the cheapest acquirer per card type, improve resilience through automatic failover and accelerate global expansion by connecting local acquirers per market.
04 How does a card vault relate to payment orchestration?
A card vault is the foundation of payment orchestration. To route a stored card to different acquirers, you need a processor-agnostic token accepted by all of them. PCI Proxy issues portable vault tokens that can be submitted to any connected acquirer or gateway, making true multi-acquirer orchestration possible without retokenizing or re-capturing card details.
05 Does PCI Proxy work with payment orchestration platforms?
Yes. PCI Proxy acts as the dedicated EU vault layer beneath any orchestration platform. Platforms like Primer, Gr4vy or custom-built orchestrators can use PCI Proxy vault tokens to route transactions to any acquirer. PCI Proxy stores card data in EU data centres and issues the portable tokens that orchestration platforms need to function across multiple processors.
Power Your Orchestration With Portable Vault Tokens
PCI Proxy issues processor-agnostic tokens from our EU PCI DSS Level 1 vault, giving any orchestration platform the freedom to route to any acquirer without touching raw PANs.