Worldwide Payment Exchange

A global settlement layer for payment systems.

WPX connects the world's economies, banks and fintechs through their native payment systems: Pix in Brazil, FedNow and RTP in the United States, SEPA in Europe, UPI in India, PayNow in Singapore, SPEI in Mexico. Each institution settles international payments using the system and currency it already operates.


Settlement

Without the high cost and delays of pre-positioned capital and correspondent banking. Without the risk of bridge crypto assets and blockchain settlement. Banks and fintechs send and receive international payments in their own currency, through their own system.

For Banks

Settle cross-border payments without locking capital in correspondent accounts across dozens of currencies. The cost of operating globally drops.

For Fintechs

Expand to any market where WPX operates without building local settlement operations. Connect once, settle everywhere.

If you want to explore what WPX means for your operation, reach out.

contact@wpxnet.com
Architecture designed
Simulation validated
Pre-seed
Field testing

A working simulation was built to test the core settlement architecture. It modeled Brazilian and American banks and fintechs settling international payments between Pix and FedNow through the WPX layer.

Architecture validated

The test was successful. The layer coordinated sending and receiving on both sides atomically. When either system returned an error, the transaction was fully reversed, ensuring no funds were lost on either side.

What was tested

End-to-end settlement coordination between two independent payment systems across two countries, with real error handling and automatic rollback.

What was proven

The architecture is viable. Domestic payment systems can be coordinated for cross-border settlement without intermediary currencies, bridge assets, or pre-positioned capital.


Current Objective

Active

Raising a pre-seed round to build a small team and move from validated simulation to a functional version tested in a real environment.

Build. Develop the functional version of the settlement layer.

Test. Run real transactions in a single payment corridor: Brazil to United States, via Pix and FedNow.

Validate. Confirm the architecture with settlement partners operating in both markets.

If what you see here resonates and you want to be part of what comes next, reach out.

contact@wpxnet.com
The problem

Moving high value globally is unnecessarily complex.

SWIFT / CORRESPONDENT BANKING
01 Origin Bank 02 Correspondent A pre-funded 03 Correspondent B pre-funded 04 Receiving Bank 05 Reconciliation
Days to settleSettlement cycle across correspondent chains
Cumulative feesSpreads and overhead at each hop
Operational bottleneckManual verification to reconcile and release
01

Global money still moves through fragmented rails, correspondent banking, manual reconciliation, and slow verification. Trillions are spent every year just to coordinate, verify, and settle value across borders. Delays, hidden spreads, and operational friction are treated as unavoidable.

02

At the center of this is SWIFT. Built before the internet existed. Designed for telex, business hours, and manual reconciliation. Today, it is forced to support instant commerce, 24/7 markets, and global capital that moves in real time.

03

Settlement depends on correspondent banking chains where each hop adds time, cost, and counterparty risk. Every institution must pre-fund accounts to cover settlement risk. Capital sits idle across thousands of banks, in dozens of currencies, waiting.

04

Blockchain was designed for a different problem. Censorship resistance over institutional scale. On-chain settlement introduces congestion, fee volatility, and unpredictable finality. Risks that high-value commerce cannot absorb.

05

Intermediary tokens and stablecoin corridors attempted to bridge this gap. But the capital problem is not eliminated. It is restructured. Tokens require market makers with billions in idle reserves. Stablecoins require 100% fiat collateral locked in bank accounts. The problem changes form, not nature.

06

Legacy systems scale globally, but depend on reconciliation cycles, correspondent structures, and capital locked at every node. Blockchain systems offer continuous execution, but struggle with institutional scale, liquidity fragmentation, and the same capital problem in a different form.

The internet transformed global markets into a continuous, borderless system operating in milliseconds across currencies and jurisdictions. No settlement system today was designed to operate at that same speed, scale, and continuity.

BLOCKCHAIN
BLOCK_01 CONGESTED BRIDGE BLOCK_03 BLOCK_04 LIQUIDITY SILOS Token Pools idle in tokens Fiat Reserves idle in banks
Fee volatilityCosts spike during network congestion
Liquidity silosCapital restructured across pools and reserves
FragmentationComplexity across layers adds systemic risk
WPX

A settlement layer that connects the world's payment systems.

WPX NETWORK
01

WPX connects the world's economies, banks and fintechs through their native payment systems. Any financial institution that connects to the network can settle payments with any other connected system in the world, regardless of country or currency.

02

The network operates through licensed settlement partners in each country, executing through the native rails already in place. Pix in Brazil. FedNow and RTP in the United States. SEPA in Europe. UPI in India. PayNow in Singapore. SPEI in Mexico. No new financial rails need to be built.

03

WPX is a settlement layer between payment systems, not a financial intermediary. It coordinates settlement so that financial institutions can use their native systems for high-value cross-border payments.

04

No correspondent banking chain. No intermediary currency. No bridge crypto assets. WPX coordinates settlement between connected systems through the rails each country already operates.

If you want to explore what WPX means for your operation, reach out.

contact@wpxnet.com