StableNet Use Cases — Supported Payment Flows, Business Models and Parallel Integration
Every settlement path we support, and who runs it
Our Solutions pages are organised by institution — banks, money service businesses, fintechs. This page is organised by settlement path: which rail money arrives on, which rail it leaves by, which compliance modules it clears, and how you connect without rebuilding anything.
Start with the money, not the label
Pick the rail money arrives on and the rail it leaves by. Everything below is organised the same way.
Crypto-to-Fiat Off-Ramp · SWIFT
Global merchant payouts and supplier settlement into bank beneficiaries. Emits a structured MT103 / pacs.008 the receiving bank accepts without a compliance query.
Find the flow you actually run
Rows are how money arrives. Columns are how it leaves. Select any cell to see the settlement path and the compliance gates it clears.
| Inbound ↓ / Outbound → | Stablecoin out | SWIFT out | Local fiat out |
|---|---|---|---|
| Stablecoin inUSDC · USDT, multi-chain | |||
| SWIFT inMT103 · pacs.008 | |||
| Local fiat inACH · SEPA · EFT |
Crypto-to-Fiat Off-Ramp · SWIFT
A digital-asset business paying a counterparty that banks conventionally. The hard part is never the conversion — it is arriving at the beneficiary bank with a message complete enough that the payment is not held for enquiry. StableNet emits the full structured payload: UETR, BIC, IBAN, LEI and the Travel Rule data behind it.
Compliance is the gate, not a separate step
Every flow in the matrix above clears these three modules before value is released. They run inside settlement, not alongside it.
Onboard the counterparty
Automated corporate registry verification, Ultimate Beneficial Owner tracing, and sanctions screening on the entity and its principals.
- Runs at
- Counterparty onboarding, once.
- Produces
- A document-backed entity file an examiner can open.
Onboard the individual
Identity document verification, liveness checks, and PEP, sanctions and adverse-media screening on individual senders and beneficiaries.
- Runs at
- User onboarding, re-run on risk triggers.
- Produces
- The verified-party record the Travel Rule payload is built from.
Screen the transaction
Continuous on-chain wallet screening and transaction monitoring — illicit-actor interaction, darknet exposure and anomalous velocity, caught before settlement.
- Runs at
- Every payment, before release.
- Produces
- A per-transaction decision with reason codes and a timestamped trail.
Use it yourself, or sell it downstream
StableNet runs as your own settlement layer, as the engine behind your clients’ payouts, or as the rail your consumer product pays out on. Each structure divides the compliance work differently — so we say plainly where it lands.
A manufacturing group pays a Singapore vendor
Funded via local clearing, SWIFT or stablecoin. Real-time transaction screening on the treasury wallet and business verification on the vendor entity, settling into local currency or stablecoin in minutes rather than the three to five business days a wire takes through intermediaries.
Removes correspondent hops and their layered fees and FX spreads, while preserving the accounting audit trail treasury already reconciles against.
The enterprise, as the paying entity. StableNet supplies the controls, the screening and the evidence trail.
A payment orchestrator offers payouts to its corporate clients
The PSP embeds StableNet via white-label REST APIs. Sub-merchants trigger payouts from the PSP’s own portal, while cross-rail SWIFT and stablecoin clearing plus transaction monitoring run underneath. Client hierarchy, sub-accounts and role-based access are already part of the settlement console.
New corridor payouts without securing additional banking licences or re-engineering a legacy core ledger — and without building custody, multi-chain settlement and AML in-house.
The PSP for its clients’ business verification; StableNet runs transaction screening on every payment beneath them.
A freelance platform pays contractors across Latin America and Southeast Asia
Contractors choose their payout rail — SEPA, a local instant transfer, or a stablecoin wallet. The platform sends one bulk API instruction; end-user identity verification completes automatically before execution.
Fewer delayed-payout tickets, fewer beneficiary routing errors, and micro-transactions that stay economic at low ticket sizes.
The platform for end-user identity verification; StableNet for transaction screening and the Travel Rule payload.
Run it alongside what you already have
StableNet is a parallel rail. Your existing SWIFT terminals and banking partners stay live, and you route one corridor at a time — on your own evidence.
Parallel deployment
Operations teams work in the secure web portal, running high-value or corridor-specific transactions manually or by batch upload, in parallel with the legacy SWIFT terminals. Your existing rails stay live throughout.
Direct API integration
Engineering connects webhooks, ledger events and automated payout triggers into the internal ERP or the core banking engine — once the corridor has already proven itself on real volume.
What does not change
The list your risk committee will ask for, answered before they ask.
No migration, no rip-and-replace, and no vendor lock on the ledger.
StableNet is infrastructure, not a custodian. Funds stay with the licensed institution.
MT and MX (ISO 20022) in, MT and MX out. UETR, BIC, IBAN, ABA and LEI references survive the trip.
Operations sees the same reference data on the same fields, so existing recon logic and exception handling still apply.
StableNet enforces the thresholds and rules you configure. It does not impose its own.
Nothing is switched off. A parallel rail is additive, and reversible at any point.
API keys, a test corridor, and a sample MT103 round-trip.
A single pair at capped volume, real settlement, portal only.
The same payments both ways. Compare cost, speed and exception rate on your own reporting period.
Shift volume corridor by corridor on your own evidence, and add the API where it earns it.
Payment flows — common questions
SWIFT to stablecoin migration
A phased, corridor-by-corridor path that keeps ISO 20022 messaging and settles on-chain.
ReadMulti-rail payment orchestration
How institutions route each payment across correspondent, card, local and stablecoin rails.
ReadISO 20022 and stablecoin payments
Why the structured data model is the bridge between institutional messaging and on-chain settlement.
ReadThe Travel Rule for stablecoins
What originator and beneficiary data has to travel with a transfer, and who is responsible for it.
ReadEliminating nostro/vostro pre-funding
How on-demand settlement frees the working capital trapped in pre-funded correspondent accounts.
ReadSettlement finality, explained
What finality means on stablecoin rails, and how to define a per-network confirmation policy.
ReadReady to get started?
Learn how StableNet can help your institution leverage stablecoins and digital assets to move money faster, smarter, and compliantly — globally.