OKX Ventures Invests in STBL to Launch RWA-Backed Stablecoin on X Layer with Hamilton Lane and Securitize
OKX Ventures, the investment arm of Singapore-based OKX, has announced a strategic investment in STBL, supporting its partnership with Hamilton Lane and Securitize to launch an innovative RWA-backed stablecoin on X Layer.
This collaboration introduces the first Ecosystem-Specific Stablecoin (ESS) on X Layer, an EVM-compatible Layer 2 blockchain, featuring a dual-token architecture that separates liquid settlement from yield generation.
Key Partnership and Investment Details
STBL, a next-generation stablecoin and yield infrastructure provider, leads the initiative to integrate institutional private credit with on-chain ecosystems.
Hamilton Lane, a global private markets leader, contributes through a feeder fund to its Senior Credit Opportunities Fund (SCOPE), tokenized by Securitize for regulated issuance.
The stablecoin's backing by tokenized real-world assets aims to deliver scalable, compliant yield management and programmable settlement for institutional products.
Jeff Ren, Founder of OKX Ventures, stated that the partnership accelerates a mature RWA ecosystem with capital-efficient products.
Broader Impact on Blockchain Finance
Dr. Avtar Sehra, CEO of STBL, emphasized that RWA tokenization now focuses on utility, unlocking liquidity and efficient on-chain money flows.
Carlos Domingo of Securitize highlighted how regulated tokenization turns assets into functional building blocks for financial applications.
This development builds on the growing history of RWAs, bridging traditional finance with blockchain since early tokenized asset experiments in 2021.
The launch on X Layer provides deep liquidity, trusted markets, and low-cost bridging, enhancing accessibility for institutional users.
Looking ahead, the partnership paves the way for Money-as-a-Service, enabling ecosystems to issue branded RWA-backed stablecoins globally.
Overall, this move signals a maturing phase for on-chain finance, promising deeper integration of real-world yields into decentralized applications.
