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Frolov Kirill

Mitosis + EigenLayer: Bridging Native Staking With Modular Liquidity

Mitosis + EigenLayer: Bridging Native Staking With Modular Liquidity

Introduction Staking has always been a core security primitive in Proof-of-Stake (PoS) systems. But until now, native staking and modular interoperability rarely intersected. With Mitosis integrating with EigenLayer’s AVS architecture, a new chapter begins — where cross-chain liquidity and restaked security combine to form a scalable foundation for the multichain

Intent-Centric Liquidity: How Mitosis Unlocks Cross-Chain Composability via the Nexus zkVM

Intent-Centric Liquidity: How Mitosis Unlocks Cross-Chain Composability via the Nexus zkVM

Introduction The crypto stack has long struggled to align user intent with cross-chain execution. Bridges and wrappers attempt to patch over the gaps, but introduce complexity, risk, and fragmentation. Mitosis, through its Nexus zkVM, delivers a radically different model: verifiable, intent-based execution across ecosystems — secured by zk-proofs and powered by

The Liquid Multiverse: How Mitosis is Building Parallel Liquidity Realities

Introduction In the fragmented world of decentralized finance, Mitosis introduces a radical new design: the liquid multiverse. Unlike siloed chains competing for TVL, Mitosis envisions a reality where liquidity can exist and operate across multiple ecosystems simultaneously. This isn’t a bridge, and it’s not just an abstraction layer

Intent Routing and Liquidity Execution in Mitosis: Infrastructure for the Next Wave of Yield

Intent Routing and Liquidity Execution in Mitosis: Infrastructure for the Next Wave of Yield

Introduction DeFi in 2025 is evolving beyond bridges and swaps. Users are no longer satisfied with isolated chains and fragmented interfaces. Mitosis introduces a radically composable infrastructure where intent-based execution and cross-chain liquidity routing are native to the protocol design. Instead of relying on siloed protocols or gas-heavy bridge hops,

miAssets and Ecosystem Liquidity Design in Mitosis

miAssets and Ecosystem Liquidity Design in Mitosis

Introduction As cross-chain liquidity becomes the defining feature of next-generation DeFi, Mitosis introduces a new primitive to unify and mobilize liquidity: miAssets. These tokenized representations enable capital to move natively across chains, creating a liquidity layer that is both portable and composable. In this article, we explore how miAssets work,

Mitosis and the Architecture of Cross-Chain Liquidity

Mitosis and the Architecture of Cross-Chain Liquidity

Introduction Liquidity fragmentation remains one of the most stubborn challenges in DeFi. With capital scattered across hundreds of chains and thousands of dApps, efficiency is diminished, and composability is compromised. Mitosis offers an architectural solution: a Layer 1 blockchain purpose-built to unify fragmented liquidity using innovations like Ecosystem Owned Liquidity

Institutional DeFi Liquidity: How EOL Can Serve Real-World Funds

Institutional DeFi Liquidity: How EOL Can Serve Real-World Funds

Introduction Institutional capital is entering DeFi with renewed interest in 2025 — and with it, the growing need for sustainable, secure liquidity infrastructure. While real-world asset (RWA) tokenization is unlocking traditional finance (TradFi) opportunities on-chain, the success of institutional adoption hinges on effective liquidity strategies. This is where Ecosystem-Owned Liquidity (EOL)