[ Soil XRPL ]
Soil XRPL
↳ XRPL-native stablecoin yield and settlement flows - built for throughput and operations.
Featured in industry press.
SOIL expanded its product into the XRPL ecosystem to deliver stablecoin-denominated yield flows natively on XRPL.
We supported delivery and ongoing work across protocol engineering, backend services, indexing, and production operations.
[Client]Soil
[Industry]Financial Services
[Status]Ongoing
[Company size]Scale-up
The challenge
Build a DeFi-style yield experience natively on XRPL – without relying on bridges or typical EVM smart contract patterns.
XRPL requires a different approach to system design, while still meeting expectations around performance, reliability, and operational clarity.
Requirements for the project and the technology partner
XRPL-native architecture and transaction flow design (no EVM smart contracts)
Backend services and APIs that power user workflows and operational tooling
Custom indexing and data pipelines for traceability, reporting, and reliability under real load
Production hardening: monitoring, incident playbooks, and maintainability practices
Ongoing collaboration and iteration with the client team
Our approach
We treated XRPL as the execution layer and focused on the operational stack around it:
- Design XRPL transaction flows that are predictable, testable, and maintainable
- Build an event-driven backend + indexer stack to make ledger activity usable in real products
- Add operational guardrails (observability, runbooks, and incident readiness) for production behavior
Keep responsibilities clear between on-ledger execution and off-ledger services
React
XRPL
Node.js
Outcome
A production-ready XRPL foundation for stablecoin-denominated yield and settlement workflows, designed for throughput, traceability, and ongoing iteration.
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