SaaS Platforms
All the payment use-cases for SaaS providers
Across SaaS platforms operating in commerce, bookings, operations, professional services, and other verticals, several common payment patterns appear consistently. These platforms typically onboard multiple merchants, each with their own PSPs, routing needs, onboarding workflows, and operational requirements. A recurring theme we observe is the need for a composable payment layer that standardizes these differences without requiring custom engineering for each merchant.
Hyperswitch supports SaaS providers with modular capabilities that help streamline merchant onboarding, unify diverse PSP behaviors, and create consistent payment experiences across verticals — while fitting into the platform’s existing product and operational model.
The sections below outline the most frequent patterns seen across SaaS platforms.
Use Case 1 - Supporting merchants who bring their own PSPs
A large number of SaaS platforms onboard merchants who already use specific PSPs or APMs. Patterns across teams show challenges around maintaining multiple processor integrations, normalizing APIs, handling different webhook types, and safely collecting PSP credentials. This often slows down merchant onboarding cycles.
Solution
Hyperswitch provides a connector layer that standardizes PSP interactions, enabling SaaS teams to support merchant-specific processors without building custom integrations. Platforms typically adopt one of three models:
Full-Stack Mode - Hyperswitch manages UI, tokenization, 3DS, and routing.
Backend-Only Mode - the platform keeps its UI but uses Hyperswitch for processor calls.
Stateless Mode - used when merchants require strict data boundaries.
These patterns reduce onboarding time and simplify multi-PSP support.
Relevant Documentation
Use Case 2 - Maintaining merchant-level isolation (Org → Merchant → Profile)
Most SaaS platforms require clean separation between merchants — including PSP keys, routing preferences, business units, and operational users. Engineering teams often highlight the friction of building and maintaining custom multi-tenant boundaries.
Solution
Hyperswitch provides a built-in Organization → Merchant → Profile hierarchy that platforms use to:
Segment PSP configurations
Separate routing logic
Manage dashboards and operational roles
Maintain regional or business-unit splits
Produce merchant-specific reports and analytics
This structure simplifies multi-tenant support and reduces custom permissioning work.
Relevant Documentation
Use Case 3 - Programmatic merchant onboarding (MoR & Non-MoR)
A recurring requirement among SaaS platforms is a predictable, programmatic onboarding flow. Some platforms act as Merchant-of-Record (MoR), while others allow merchants to use their own PSP keys. Across both models, teams often look for ways to streamline credential onboarding while maintaining security.
Solution
Hyperswitch’s Platform Account APIs support:
Creating merchants via API
Uploading or connecting PSP accounts
Handling MoR and non-MoR flows
Embedding credential setup into the SaaS product
Standardizing all merchants into a single payment lifecycle format
This reduces onboarding overhead and provides consistent onboarding behavior across merchants and PSPs.
Use Case 4 - Standardizing diverse payment flows across verticals
SaaS platforms commonly support varied flows depending on their vertical — including $0 auth, 3DS, multi-capture, partial refunds, or recurring billing. Teams often highlight PSP fragmentation as a recurring operational challenge.
Solution
Hyperswitch normalizes:
$0 verification flows
3DS flows
Auth / capture sequences
Partial and multi-capture
Refund and dispute flows
Wallet parameters
L2/L3 data requirements
Raw PSP response delivery
This allows SaaS platforms to expose a single, unified flow while still supporting multiple processors.
Relevant Documentation
Use Case 5 - Flexible vaulting for multi-merchant environments
Vaulting requirements vary widely across merchants. Some rely on PSP-native vaults; others require unified vaults, external vaults, or merchant-scoped setups. SaaS engineering teams often note the difficulty of supporting multiple vaulting choices consistently.
Solution
Hyperswitch supports multiple vaulting models used across SaaS platforms:
External Vault (merchant-owned vault)
Unified Vault (portable tokens across PSPs)
PSP-Native Vaulting
Merchant-Scoped Vaults
These options help platforms satisfy different merchant requirements without custom implementations.
Relevant Documentation
Use Case 6 - Participating in only part of the payment lifecycle
Some SaaS platforms do not manage full payment flows; they only need to perform operations like refunds, captures, or voids. Teams frequently highlight the challenge of interacting with PSPs consistently across different processors.
Solution
Hyperswitch’s Relay APIs provide a common interface for:
Captures
Refunds
Voids and cancels
Metadata updates
Retrieving PSP transaction state
This allows platforms to integrate operational workflows without orchestrating checkout or auth.
Use Case 7 - Unifying operational workflows across merchants
Many SaaS teams highlight the operational overhead of managing refunds, disputes, errors, and webhooks across different PSPs. Differences in payloads and flows frequently cause support friction.
Solution
Hyperswitch unifies:
Refund and dispute workflows
Error models
Transaction statuses
Webhook structures
Operational logs and metadata
This helps platforms maintain consistent support tooling and operational flows across PSPs.
Use Case 8 - Monitoring & SLA visibility for multi-merchant platforms
SaaS platforms often need detailed operational visibility - connector health, PSP performance, incident context, and merchant-level SLAs. This is especially common in platforms with global merchant distribution.
Solution
Hyperswitch provides:
Real-time connector health checks
PSP latency/performance metrics
Retry/fallback visibility
Audit logs
Distributed tracing
Merchant/profile-level SLA segmentation
These tools help SaaS teams maintain reliable operations at scale.
Relevant Documentation
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