

Chainflip is launching native BTC lending through its Generalised Lending product, marking a key milestone for DeFi. Expected demand ranges from $100 million to $5 billion, providing new capital-efficient borrowing opportunities for native BTC.
Chainflip is launching a notable capability in decentralized finance by introducing native BTC lending through its Chainflip Generalised Lending (CGL) product in Q3 2025. This marks a significant step for the firm, headquartered within the cross-chain AMM sphere.
Chainflip’s CGL enables users to borrow or lend native BTC. Shaun van Vuuren leads this protocol advancement. Market impact projected with high demand across DeFi sectors.
The launch of native BTC lending via Chainflip’s platform is pivotal as it introduces first-time permissionless BTC lending, expanding decentralized finance possibilities. Immediate reactions in the cryptocurrency community highlight anticipation for enhanced liquidity options.
“For the first time, users can lend or borrow native BTC permissionlessly, unlocking passive yield and giving LPs new capital-efficient ways to borrow.” — Chainflip Roadmap
Chainflip’s innovative move connects the interests of various stakeholders, ushering passive yield potential and boosting LPs’ borrowing methods. Industry experts acknowledge the step as bridging a significant gap in DeFi, where native BTC lending options were absent.
The effects of this development are expected to ripple through multiple sectors. Financial markets may see an influx of trading activity as native BTC is utilized in novel ways, potentially increasing liquidity and trading volume across ecosystems.
Chainflip promises to transform its market positioning by enhancing BTC’s utility via its CGL product. Stakeholders anticipate a regulatory review that could influence broader adoption, with financial and technological implications drawing significant attention. Historical trends suggest an alignment with DeFi maturation, projected to blend traditional finance elements with seamless cross-chain operability.
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