Frolov Kirill

Introduction As DeFi evolves beyond isolated chains, the demand grows for unified, composable liquidity layers. Mitosis provides exactly that — a programmable liquidity network that empowers builders to deploy scalable DeFi infrastructure without fragmented capital or mercenary incentives. This article explores how Mitosis enables developers to integrate, customize, and scale liquidity

New Layer 1 (L1) blockchains face the same problem: * Fragmented liquidity pools * Inefficient capital allocation * High dependency on external incentives Building real adoption requires deep, sustainable liquidity — but bootstrapping it from scratch is slow and expensive. Mitosis solves this with Liquidity as a Service (LaaS) — a framework that allows any

For years, DeFi protocols relied on mercenary liquidity — capital chasing short-term yield, flowing wherever the incentives are highest. The result? Volatility, inefficiency, and constant competition for fleeting capital. Mitosis introduces a structural alternative: Ecosystem Owned Liquidity (EOL) — liquidity that stays, grows, and strengthens the protocol long-term. What Is Ecosystem Owned

Fragmentation has plagued the crypto ecosystem for years. Hundreds of chains. Thousands of protocols. Liquidity trapped in silos, fractured, inefficient. Mitosis offers a systemic fix: building liquidity infrastructure at the modular base layer. But it’s more than just another bridge or vault protocol. Mitosis positions itself as the Liquidity

Introduction Cross-chain DeFi is approaching a coordination bottleneck. As assets, execution, and strategies fragment across chains, capital becomes reactive—moved only after inefficiency is noticed. Mitosis flips this script by embedding predictive coordination into the liquidity layer. Enter Liquidity Oracles: intent-aware solvers that route value before inefficiency happens. From Reactive

Introduction As DeFi scales and modular blockchains multiply, the need for fast, verifiable computation has become more than an academic challenge — it’s a prerequisite for trustless infrastructure at the global level. With the final design of Nexus ZKVM now published, Mitosis marks a major milestone in delivering this capability