- The chart pairs open routing standards with bridge liquidity, creating pathways between separate payment networks and financial systems.
- ILP handles interoperability across ledgers, while XRP serves as bridge liquidity within the framework shown by the infographic.
- The model reduces direct network connections while supporting banks, blockchains, CBDCs, wallets, and tokenized assets through common standards.
XRP and ILP feature prominently in a chart presenting connected value transfer. The framework combines interoperability with bridge liquidity across currencies, ledgers, and payment networks. It targets a more connected cross-border financial structure.
ILP Anchors the Connectivity Framework
The chart presents ILP as the central layer connecting separate financial networks. It describes the protocol as open, neutral, and currency-agnostic. The structure routes value across different ledgers and payment systems.
Interledger documentation describes ILP as a protocol for routing value across financial systems. It can connect banks, wallets, mobile money, digital assets, and payment networks. The architecture does not require participants to share one ledger.
That design addresses fragmentation across separate payment infrastructures. Common routing standards can reduce the need for direct network-to-network integrations. Each participant can retain its existing ledger or payment rail.
Rob Cunningham introduced the chart while discussing Chris Larsen’s “Killer Formula.” His post links the XRP and ILP combination with the Internet of Value concept. The discussion centers on connecting value across otherwise separate financial networks.
XRP Provides the Bridge Liquidity
The chart assigns XRP a distinct role within the proposed payment architecture. It presents the asset as bridge liquidity between different financial environments. The graphic also points to fast settlement and low transaction costs.
XRP as of writing trades near $1.40, according to CoinGecko’s latest market data. Its reported 24-hour range spans roughly $1.38-$1.48. The market price remains separate from the infrastructure role shown in the chart.
The illustrated pathway moves from a source connector through ILP toward XRP liquidity. Another ILP route then carries value toward the destination connector. This arrangement separates routing functions from the asset supporting settlement.
The graphic shows connections involving USD, EUR, JPY, stablecoins, CBDCs, and tokenized assets. It also includes pathways between bank ledgers and blockchain networks. These examples present cross-system transfers without requiring identical underlying infrastructure.
The Model Targets Fewer Network Connections
The infographic compares N² integrations with a 2N structure using ILP and XRP. The comparison describes fewer direct connections between individual networks. Shared routing and bridge liquidity form the proposed connection model.
The lower section lists ledger neutrality, asset neutrality, faster settlement, and fewer integrations. It also presents open standards as part of the framework. These features support the chart’s broader interoperability argument.
The public-private section separates enterprise applications from open infrastructure. It references XRPL alongside enterprise products and the Interledger standard. This arrangement allows private services to operate alongside open interoperability standards.
The chart ultimately presents a connected global economy built around complementary functions. ILP supplies routing between networks, while XRP provides bridge liquidity within the illustration. Its proposed reach depends on integrations, liquidity, adoption, and actual payment activity.