March 16, 2026
9 min
This article provides a structured payment orchestration RFP template covering the most common evaluation blocks and questions to ask a payment orchestration vendor. Think of it as a baseline you can adapt to your architecture and operational priorities.
How to use this template
Before sending your RFP to vendors:
- Remove irrelevant blocks that don't apply to your model.
- Prioritise must-have vs nice-to-have payment orchestration vendor selection criteria.
- Provide real context: volumes, regions, payment methods, and expected growth.
- Attach operational requirements such as SLAs or compliance obligations.
- Plan a pilot or proof-of-concept phase before final selection.
A well-written RFP improves the quality of vendor responses and helps you avoid evaluating marketing claims instead of operational capabilities.
Payment orchestration RFP template
The table below summarises the main blocks typically included in a payment orchestration RFP. Use it as a quick reference when structuring your vendor evaluation or sharing the template internally.
| Block | Key evaluation points |
|---|---|
| Vendor fit | Target customer profile, responsibility boundaries, implementation model |
| Integrations | Connector depth, custom integrations, versioning strategy |
| Routing & cascading | Control over routing logic, retries, idempotency, and testing |
| Checkout & flows | Method sequencing, localisation, 3DS logic, fallback flows |
| Analytics | Approval and decline analysis, exports, and monitoring |
| Reconciliation | Settlement visibility, report normalisation, and ledger mapping |
| Risk & disputes | Fraud signals, integrations, and chargeback workflows |
| Security | PCI scope, RBAC, audit logs, data residency |
| Reliability | SLA structure, redundancy, and outage handling |
| Delivery | Implementation timeline, environments, rollout process |
| Commercials | Pricing structure, scaling costs, support tiers |
| Governance | Data portability, configuration ownership, and offboarding |
This overview functions as a quick reference when running vendor selection workshops or internal reviews.
Scope and context: what payment orchestration vendors need to answer
One of the most common mistakes in payment orchestration vendor selection is sending vague RFPs. Without context, vendors respond with generic capabilities rather than meaningful answers.
Before issuing your RFP, include the following information:
Operational scope
- Target markets and regions
- Supported currencies
- Payment methods currently used and planned
- PSPs and providers in scope
Transaction scale
- Current transactions per second (TPS)
- Peak volumes
- Projected growth
Routing objectives
Clarify what your orchestration layer should optimise for:
- Approval rate improvement
- Cost optimisation
- Redundancy and resiliency
- Local payment method adoption
Delivery constraints
Provide details about:
- Rollout timeline
- Available engineering resources
- Required integration model
Compliance requirements
Include any relevant obligations:
- PCI scope
- Data residency requirements
- Regulatory considerations
Ownership model
Specify whether the platform will support single-merchant, multiple-merchant, white-label or PayFac infrastructure.
Providing this context ensures vendors answer with architecture-specific solutions rather than generic platform descriptions.
Payment orchestration RFP template: questions by block
Below is a structured set of payment orchestration platform RFP questions organised by operational domain.
Each block includes:
- Why it matters
- When to include it
- Example questions
- What strong answers look like
Vendor fit & operating model
Why it matters: Many orchestration evaluations fail early because of misaligned operating models. Some platforms are designed for enterprise merchants, while others focus on PSPs or PayFac infrastructures. Understanding where the vendor fits prevents mismatched expectations.
When to include: Always.
Example questions
- What is your primary customer profile (PSP, fintech, enterprise merchant)? Provide 2–3 relevant case examples.
- Which platform components are configurable by the payment team, and which require vendor support?
- Is the platform offered as white-label? What elements can be branded or isolated per tenant?
- What are typical implementation timelines for a setup similar to ours?
What to look for: Strong answers define clear boundaries of responsibility.
Red flag: Vague responses like 'everything is configurable'.
Integration model & supported PSPs/payment methods
Why it matters: Integration depth matters more than integration count. A long list of connectors can hide shallow implementations that break when providers introduce edge cases.
When to include: If you expect frequent PSP changes, new payment methods, or regional expansion.
Example questions
- How do integrations work: hosted pages, APIs, SDKs? What languages are supported?
- How do you manage versioning, backward compatibility, and deprecations?
- Can we build and maintain custom connectors ourselves?
- What is your process for adding a new PSP or APM?
- How do you handle provider-specific fields and edge cases?
What to look for: Mature platforms explain how they handle provider complexity without breaking abstraction.
Red flag: Large integration lists with no explanation of how differences between PSP APIs are handled.
Routing, cascading, and decision logic control
Why it matters: Routing logic is the core operational capability of any orchestration layer. Payment teams need to control how transactions are routed, retried, and tested.
When to include: Almost always, especially when approval optimisation or cost-based routing is a priority.
Example questions
- What routing strategies are supported (rule-based, dynamic, segmentation by BIN, country, currency, amount)?
- How do you support cascading or failover?
- Can routing rules be changed without code deployment?
- What real-time data signals can routing decisions use?
- Can we run A/B tests on routing logic?
- How do you ensure idempotency across retries?
What to look for: Strong answers demonstrate buyer control, safe testing environments, and routing observability.
Red flag: Routing changes require vendor involvement.
Checkout and payment flow orchestration
Why it matters: Checkout orchestration directly affects conversion rates and payment success rates. The orchestration layer should allow payment teams to control payment flows without having to rebuild the checkout.
When to include: If you operate in multiple regions or support several payment methods.
Example questions
- Can we customise payment method ordering and localisation?
- How do you support different payment flows (redirect, embedded, tokenised, recurring)?
- How is 3DS orchestration handled?
- Can we define fallback flows if a provider or payment method fails?
What to look for: Flexibility in payment flows without creating new integrations.
Reporting, analytics, and observability
Why it matters: Payment orchestration delivers most value if teams can measure performance and identify issues quickly.
When to include: Always.
Example questions
- What reporting exists for approval rates, decline reasons, latency, and error rates?
- Do you provide raw event data exports?
- What monitoring is in place for PSP outages or performance degradation?
- Can reports be segmented by merchant, BIN, issuer, region, or payment method?
- How do you define metrics like authorised, captured, and settled?
What to look for: Operational visibility and granular data access.
Red flag: Dashboards without raw data exports.
Reconciliation, settlements, and finance operations
Why it matters: Finance teams often discover orchestration gaps after launch, when reconciling transactions across providers.
When to include: If you operate with multiple PSPs or multiple merchants.
Example questions
- What capabilities exist for cross-PSP reconciliation?
- How do you normalise provider reports?
- How are fees, refunds, and chargebacks handled in reporting?
- What support exists for multi-currency settlements?
- Can data be exported to ERP or ledger systems?
What to look for: Structured reconciliation data rather than manual exports.
Risk, fraud, and dispute management
Why it matters: Payment orchestration interacts with risk systems and fraud tools; understanding how these layers connect is essential.
When to include: High-risk industries or cross-border operations.
Example questions
- What risk signals can be used in routing decisions?
- Do you integrate with fraud detection tools?
- How are chargebacks and disputes surfaced?
- What tools help reduce repeated retries and friendly fraud?
Security, compliance, and data handling
Why it matters: Security and compliance determine how the orchestration platform fits into your PCI scope.
When to include: Always.
Example questions
- What is your PCI scope and responsibility split?
- Where is payment data stored, and what residency options exist?
- How is PII encrypted and managed?
- What access control mechanisms exist (RBAC, SSO)?
- Which security certifications can you provide?
Reliability, SLAs, and incident management
Why it matters: Payments operate 24/7, so reliability and incident management determine how quickly problems are detected and resolved.
When to include: Always.
Example questions
- What is your uptime SLA, and how is it measured?
- What is your incident response process?
- Do you support multi-region redundancy?
- What support tiers exist, and what are the response times?
- How do you handle provider outages?
Implementation, delivery model, and time-to-value
Why it matters: Some orchestration platforms look strong in demos but require complex implementations.
When to include: Always.
Example questions
- What resources are required from our engineering team?
- What environments exist (sandbox, staging, production)?
- What is your typical rollout plan?
- How do you handle post-launch changes such as new PSP integrations?
- What training and documentation are included?
Commercials, pricing, and contract terms
Why it matters: Commercial structure often appears straightforward in a demo but becomes more complex during procurement, which is why teams should ask specific payment orchestration pricing model questions early in the process.
When to include: Always.
Example questions
- What is the pricing model (per transaction, volume percentage, connector fee)?
- Which costs scale with volume or PSP count?
- Are there additional fees for integrations, reporting exports, or environments?
- What minimum commitments exist?
- How are PSP pass-through costs handled?
Red flag: Pricing structures that are difficult to model operationally.
Governance, ownership, and vendor lock-in
Why it matters: Payment orchestration platforms become deeply embedded in payment infrastructure, that’ why long-term portability matters.
When to include: Almost always.
Example questions
- Who owns routing logic and configuration?
- Can routing rules and configurations be exported?
- How portable is tokenised payment data?
- What does the offboarding process look like?
- Can parts of the stack operate independently?
Common pitfalls when writing a payment orchestration RFP
Even experienced payment teams sometimes overlook critical evaluation points.
- Confusing integration count with integration depth. A vendor may claim hundreds of integrations but provide minimal support for provider-specific features.
- Not specifying volumes or markets. Without a transaction context, vendors cannot propose meaningful architecture.
- Missing SLAs and incident processes. Operational response during outages matters more than feature lists.
- Not validating data export capabilities. Analytics and reconciliation depend on access to raw data.
- Ignoring post-launch change workflows. Routing logic and integrations evolve constantly.
A strong RFP focuses on operational control, observability, and long-term flexibility, not just platform capabilities.
Final thoughts
A payment orchestration RFP template is a tool to validate operational fit between your payment infrastructure and a vendor's platform.
The most effective RFPs test whether a platform supports routing control, observability and analytics, secure and compliant data handling, reliable infrastructure, and transparent commercial models.
Start with a structured baseline like the one above, tailor it to your architecture, and validate vendor claims through a pilot or proof of concept.
You can also explore Corefy to see how it supports payment teams that need more control, better visibility, and flexibility across complex payment setups.
.png)
.png)
