U.S.-based DeFi infrastructure startup Enhanced Labs has closed a $1 million pre-seed round to expand its options-based yield products to a wider set of on-chain assets, including tokenized real-world assets (RWAs). The round was led by Maximum Frequency Ventures and joined by market-making and trading firms GSR, Selini and Flowdesk, alongside a group of undisclosed angel investors. Enhanced Labs says the capital will be used to accelerate product development, operations and go-to-market efforts.
Unlike spot lending or basic staking products, Enhanced Labs builds “options-based yield strategies” that sit on top of existing DeFi and tokenization rails. The company’s approach is to layer structured derivatives-style solutions over on-chain assets—extending yield engineering and risk-transfer tools commonly found in traditional finance to tokenized treasuries, credit, commodities and other RWAs.
By packaging exposures in programmatic, deployable strategies, Enhanced Labs aims to make tokenized assets more attractive to institutions that require clearer risk parameters than typical DeFi offerings provide. The firm’s backers—especially GSR, Selini and Flowdesk—signal a focus on the intersection of market-making, derivatives and on-chain liquidity rather than retail-facing savings products.
Investors see options-driven yield tactics for tokenized RWAs as more than a marketing narrative: if RWAs continue moving on-chain, structured options flow could become a valuable source of hedgable, tradable activity. While a $1 million pre-seed is modest by recent crypto market standards, the round’s importance lies in specialized trading firms’ willingness to seed infrastructure aimed at making RWAs behave like fully featured, hedgeable collateral.
If Enhanced Labs can execute, it could address a key gap in the tokenization story: many projects can put a bond or real-estate claim on-chain, but far fewer provide robust ways to hedge, lever or generate predictable income from those assets. Whether a $1 million war chest is sufficient to build these tools—and to navigate the regulatory and risk challenges inherent in engineering yield on real-world exposures—remains to be seen.
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