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KyberSwap, a multi-chain DEX aggregator as well as liquidity provider, has partnered with Lithos, a Plasma-based decentralized exchange. The partnership aims to integrate the liquidity provided by Lithos into KyberSwap, letting consumers leverage unparalleled trading marked by the best rates within the Plamsa network. As per Kyber Network’s official social media announcement, the move aligns with its objective of broadening liquidity infrastructure in the decentralized market. Hence, the consumer can anticipate a boost in the ecosystem activity along with improved capital efficiency and a relatively efficient DeFi experience.
KyberSwap 🤝 Lithos@lithos_to is the native ve(3,3) DEX launching on Plasma, designed to be the chain’s liquidity hub.
KyberSwap will seamlessly integrate Lithos’s liquidity to deliver the best rates on Plasma. pic.twitter.com/VA3lkVyoJG
— Kyber Network (@KyberNetwork) October 10, 2025
KyberSwap and Lithos Partnership Boosts Liquidity via Plasma
The partnership between KyberSwap and Lithos takes into account the enhancement of liquidity access and efficient trading availability on Plasma network. Particularly, KyberSwap will integrate Lithos’ liquidity. This will include the establishment of liquidity pools while also guaranteeing that consumers carrying out trades via Plasma enjoy the most competitive costs possible. Thus, with the merger of the strengths of both the companies, the partnership minimizes slippage and enhances decentralized trading efficiency for institutional and retail participants.
Leading toward Wider DeFi Expansion with Robust Cross-Chain Liquidity
According to Kyber Network, KyberSwap’ collaboration with Lithos underscores its wider strategy of broadening its footprint across diverse blockchain networks. Now, while Lithos is working as the liquidity hub for Plasma, the development elevates KyberSwap’s position in evolving DeFi ecosystem. This is anticipated to attract more consumers, DeFi projects, and liquidity providers seeking reliable solutions for liquidity aggregation.
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