Payment Orchestration

Route Every Payment Through A Smarter Path.

Connect multiple payment providers through one orchestration layer and route transactions according to the rules, priorities and payment relationships that matter to your business.

Build intelligent routing, provider fallback, centralized visibility and reconciliation into a payment stack designed for greater control across complex processing environments.

Smart Routing Rules-based provider selection
Fallback Routing Alternative provider paths
Unified Visibility Multi-provider reporting
Available providers, routing features, integrations and processing capabilities depend on your approved payment configuration.
Z
Zenith Orchestration Payment Routing Engine
Routing Active
CURRENT TRANSACTION

Payment #ZT-8427

AMOUNT $284.00
PAYMENT Checkout
ORCHESTRATION Routing Engine
Available Providers Routing Priority
01
PROVIDER A Primary Route
BEST MATCH Selected
02
PROVIDER B Secondary Route
FALLBACK Ready
03
PROVIDER C Alternative Route
AVAILABLE Standby
ROUTING DECISION Transaction Sent To Provider A
SMART ROUTING Best Path Selected
FALLBACK Backup Route Ready
01
Smart Routing Select provider paths dynamically
02
Provider Fallback Create alternative transaction routes
03
Unified Analytics View activity across providers
04
Reconciliation Consolidate transaction reporting

One Integration. Multiple Payment Paths.

Payment orchestration sits between your checkout experience and your supported payment providers, giving you a central layer for deciding how transactions should move through your stack.

Instead of managing routing decisions individually across every provider connection, orchestration creates a central place for payment logic, fallback strategies and transaction visibility.

01

Connect Providers

Bring supported processors, gateways and acquiring relationships into one orchestration environment.

02

Define Routing Logic

Configure routing priorities according to your business and processing strategy.

03

Centralize Visibility

Review transaction activity from supported provider connections through a consolidated reporting workflow.

Discuss Payment Orchestration
PAYMENT NETWORK Multi-Provider Architecture
Connected
PAYMENT Orchestration
A
PROVIDER Processor A
B
PROVIDER Processor B
C
PROVIDER Processor C
CUSTOMER Checkout
ROUTING ENGINE Multiple Payment Paths Available

Define What Matters For Each Payment Route.

Different transaction portfolios can require different routing priorities. Use this interactive example to see how an orchestration strategy can change provider ordering.

ROUTING PRIORITY

Choose Your Primary Goal

This is a visual example only. Actual routing logic depends on your connected providers, commercial terms and approved configuration.

ROUTING SIMULATION Performance
ROUTING OBJECTIVE Performance-Focused Routing

Provider ordering is structured around transaction performance and configured routing rules.

01
FIRST ROUTE Provider A
PRIMARY
02
SECOND ROUTE Provider B
FALLBACK
03
THIRD ROUTE Provider C
BACKUP
ROUTING LOGIC Rules Can Change By Transaction
ORCHESTRATION CAPABILITIES

One Platform For Complex Payment Routing.

Create a more coordinated payment environment across multiple providers, transaction types and operational workflows.

01

Intelligent Routing

Apply supported routing logic to choose between connected payment providers according to your transaction strategy.

ROUTING ENGINE
02

Fallback Routing

Configure alternate provider paths for eligible transactions when the preferred route cannot complete.

RESILIENCE
03

Unified Analytics

Bring supported transaction activity together so your team can compare payment performance across providers.

VISIBILITY
04

Centralized Reconciliation

Organize multi-provider transaction data through a more centralized operational reporting workflow.

OPERATIONS
05

Provider Flexibility

Coordinate multiple supported provider relationships without building routing logic separately into every checkout flow.

MULTI-PROVIDER
06

Business-Aware Rules

Structure routing around the payment, provider and business requirements applicable to your merchant profile.

ROUTING CONTROL
ORCHESTRATED PAYMENT Transaction Flow
Route Active
STEP 01 Checkout

Customer submits payment.

Complete
STEP 02 Routing Engine

Transaction rules evaluated.

Complete
3
STEP 03 Provider Selected

Preferred route receives payment.

Active
4
STEP 04 Fallback If Required

Alternative route can be attempted.

Standby
5
STEP 05 Confirmation

Payment outcome returns to checkout.

Pending
6
STEP 06 Reconciliation

Transaction data enters reporting.

Pending

Let The Routing Layer Direct The Transaction.

A payment begins at checkout, enters the orchestration layer and is evaluated against the routing logic configured for your payment environment.

The selected provider processes the transaction. Where configured and supported, an alternative route can be used when the preferred path is unavailable or unsuccessful.

Central routing logic
Multiple supported provider paths
Configurable routing priorities
Fallback workflow support
Consolidated transaction visibility

Create Another Path When The First Route Fails.

A multi-provider strategy can give eligible transactions another route when the preferred payment provider is unavailable or cannot complete the transaction.

Fallback rules can be structured around the providers and conditions supported within your payment environment.

01 Primary Provider

Transaction begins with the configured preferred route.

02 Route Decision

Payment outcome determines whether fallback logic applies.

03 Alternative Provider

Eligible payments can move to an available secondary path.

04 Final Response

The resulting transaction status returns to the payment flow.

FALLBACK ROUTING Provider Redundancy
Enabled
TRANSACTION $284.00
Card Payment
A
PRIMARY ROUTE Provider A
Unavailable
FALLBACK TRIGGERED
B
SECONDARY ROUTE Provider B
Selected
ROUTE STATUS Alternative Path Selected
Z
Orchestration Analytics Multi-Provider Overview
Live View
TOTAL VOLUME $250K Illustrative
PROVIDERS 3 Connected
ACTIVE ROUTES 4 Example
TRANSACTION ROUTING Provider Distribution
7 Days
Mon Tue Wed Thu Fri Sat Sun
Provider Overview Status
Provider A Primary routing relationship
Active
Provider B Secondary routing relationship
Active
Provider C Alternative routing relationship
Standby
UNIFIED PAYMENT ANALYTICS

See Your Providers From One Payment View.

Multi-provider processing can create fragmented reporting. An orchestration layer can help centralize supported payment activity into a more consistent operational view.

Compare routing activity, provider usage and transaction outcomes without treating every provider relationship as an isolated reporting environment.

Multi-provider transaction visibility
Routing activity reporting
Provider-level monitoring
Consolidated reconciliation workflow

Payment Gateway And Orchestration Serve Different Roles.

A gateway helps move a payment transaction. An orchestration layer helps determine how supported transactions should move across multiple provider relationships.

PAYMENT GATEWAY

Moves The Transaction

A payment gateway provides a connection between the checkout or payment interface and payment-processing infrastructure.

Captures payment information
Sends transactions for processing
Returns transaction status

When Payment Orchestration Can Make More Sense.

Orchestration becomes especially relevant when a business has multiple payment relationships, recurring transactions or more complex routing requirements.

01

Multiple Providers

Businesses operating with more than one processor, gateway or acquiring relationship.

02

Recurring Billing

Subscription and membership businesses managing repeat payment relationships.

03

Complex Markets

Merchants using different payment relationships across customer groups, markets or processing needs.

04

Specialty Merchants

Eligible businesses whose provider relationships require additional payment-routing control.

CONNECT YOUR PAYMENT STACK

Orchestration Around Your Existing Infrastructure.

Connect supported payment components into one broader transaction-routing environment rather than treating each provider relationship as a completely separate workflow.

01
CHECKOUT

Commerce Layer

Connect supported web, application or payment interfaces to the orchestration flow.

02
PROVIDERS

PSPs & Processors

Connect supported processor and payment provider relationships.

03
ACQUIRING

Merchant Relationships

Coordinate supported acquiring and merchant-processing relationships.

04
REPORTING

Payment Analytics

Consolidate supported transaction activity into a broader reporting workflow.

From Payment Review To Active Routing.

Start by mapping your current payment providers, checkout architecture and routing requirements before designing your orchestration strategy.

01
MAP

Review Your Stack

Identify existing gateways, processors, acquiring relationships and payment channels.

02
DESIGN

Define Routing Logic

Determine the supported criteria and priorities that should influence routing.

03
CONNECT

Integrate Providers

Connect supported payment relationships into the orchestration environment.

04
OPTIMIZE

Monitor Routing

Review transaction activity and adjust supported routing logic as your payment environment evolves.

Common Payment Orchestration Questions.

Learn more about routing, provider fallback, gateways, reconciliation and multi-provider payment infrastructure.

Ask Our Team

Payment orchestration is a control layer that can sit between a checkout and multiple supported payment providers, helping determine where a transaction should be routed.

A gateway helps transmit payment information for processing. An orchestration layer adds routing logic across multiple supported payment-provider relationships.

Intelligent routing uses supported payment criteria and configured business rules to determine which provider path should receive a transaction.

Fallback routing allows an eligible payment to move to an alternative configured provider path when the preferred route cannot complete, subject to the rules of the payment setup.

Multi-provider connectivity is a core orchestration use case. Actual connectivity depends on which processors, gateways and integrations are supported by your configuration.

Not necessarily. An orchestration layer can coordinate supported provider relationships while the underlying providers continue to perform their respective payment-processing roles.

It can be particularly relevant for businesses using multiple payment providers, managing recurring payments, operating complex payment environments or needing centralized routing and reporting.

READY TO ORCHESTRATE YOUR PAYMENT STACK?

Put Every Payment On A Smarter Route.

Talk to Zenith Transact about connecting payment providers, configuring routing logic and building a more centralized payment infrastructure around your business.

Get Started Contact Us Provider availability and routing capabilities vary by configuration.