Payment & Payout Infrastructure
For PSPs and payment platforms
Build a broader financial platform on top of the infrastructure and merchant relationships you already own.
Solutions
Built for businesses whose money moves through systems they do not control.
Orangepill is used by teams that sit between their customers and several financial providers: processors, banks, payout networks, FX and liquidity sources. The product differs. The hard part is the same: keeping one authoritative account of what happened to the money.
What do you need to solve?
Five entry points. One runtime underneath.
Cross-Border Execution
For remittance and cross-border operators
Operate the transfer, not a collection of provider calls.
Wallet & Financial State
For fintechs and platforms that need ledger-backed state
Balances, reservations and settlement derived from recorded financial events.
Financial Operations & Resolve
For payout-heavy and operationally complex businesses
Know when to retry, when to wait, and when to resolve.
Programmable / Agentic Finance
For developers building autonomous or workflow-driven financial products
Give software bounded authority to initiate financial operations under policy.
Who buys Orangepill
Teams that already have providers, and now need authority over them.
Platform and payments engineering
Owners of the integrations, retries and webhook handlers that keep growing with every new provider.
Finance and operations
The people who reconcile, investigate stuck payments and explain balances to customers and partners.
Product and risk leadership
Leaders who want to add rails, markets or channels without each one becoming a rebuild.
Solutions
Examples by industry and use case.
Payment Service Providers
Coordinate and govern multiple processors without multiplying retries, settlement paths and reconciliation work.
Explore PSPs →Wallets & Fintechs
Ledger-backed balances for products where money lives in more than one system.
Explore Wallets & Fintechs →Cross-Border & Remittance
Pay-in, FX, transfer and payout governed as one economic intent, with verification at the end.
Explore Cross-Border →Marketplaces
Seller balances, split settlement, holds, refunds and payouts derived from one ledger.
Explore Marketplaces →Banks & BaaS
Program isolation, settlement governance and audit for sponsor banks and embedded finance.
Explore Banks & BaaS →Commerce Platforms
One order and payment lifecycle across web, mobile, messaging, embedded checkout and agents.
Explore Commerce →Treasury & Stablecoins
Liquidity, FX and settlement assets across fiat and stablecoin rails under explicit policy.
Explore Treasury →Financial Execution Runtime
Different products, one lifecycle underneath.
Each solution maps onto the same sequence. Your product states the intent. The runtime orchestrates the journey, executes value movement across providers, verifies the result against external records and resolves what cannot be settled from the evidence.
- Orchestrate Journey, policy, provider choice
- Execute Governed movement of value
- Verify Ledger vs. provider reality
- Resolve Disposition when evidence is unclear
How engagements start
With one flow, not a migration.
1. Pick one flow
A payout path, a wallet funding route, a remittance corridor or a settlement cycle that causes real work today.
2. Map the architecture
We walk through your providers, ledgers and failure cases with your engineers, and mark where the runtime would hold authority.
3. Scope the engagement
Scope follows use case, provider topology, transaction volume and the runtime capabilities you need.
Existing providers stay in place. Orangepill sits between your product and them. How pricing works →
Customers
Customers running on Orangepill.
LAQO
Digital insurance
Digital insurance using Orangepill to power Q points loyalty.
CoraSend
Cross-border money movement
Cross-border execution using Orangepill for local pay-ins, cross-border movement, FX / liquidity coordination, local payouts, and wallet / transaction state across multiple rails.
Cross-Border & Remittance →Bring one flow. We will map it with you.
Tell us which providers are involved and where it goes wrong. An infrastructure engineer will walk through how the runtime would govern it.