Nami is a modular DeFi ecosystem designed to coordinate multiple blockchains within a single operational experience.

In DeFi, capital, users, and volume move continuously across networks and markets.

A protocol tied to a single blockchain remains dependent on the economic activity of its host network — and loses relevance when opportunities move elsewhere.

Through Omni Layer and the d(3,3) model, multiple blockchains become part of a single economic system — coordinating markets, voting power, and resources at the protocol level.

Nami addresses one of the main limitations of first- and second-generation ve(3,3) systems: economic dependence on a single chain, or on separate implementations without a shared coordination layer.

Nami is a modular ecosystem that can expand to new blockchains and reallocate resources as opportunities evolve.

Why Multichain?

Operating across multiple blockchains expands the addressable market and allows the protocol to follow shifts in capital and activity over time, without depending on the cycle of a single network.

Without a shared coordination layer, however, multichain expansion does not solve the fragmentation typical of DeFi.

It transfers it into the protocol and replicates it across markets, execution flows, and voting systems.

This fragmentation takes 3 structural forms:

Most CLAMM activity concentrates around a limited number of assets. The same markets, however, are replicated across different networks and assets.

Take the BTC/USD market across three established DeFi ecosystems:

Ethereum: WBTC/USDC, WBTC/USDT.
Base: WBTC/USDC, WBTC/USDT, cbBTC/USDC.
Robinhood: cbBTC/USDG.

The differences between these pools remain relevant from a technical perspective.

Economically, however, they represent variations of the same market and compete for the same demand and trading volume.

Liquidity, depth, activity, fees, and incentives remain separate — the same market distributed across multiple independent environments.

Liquidity positions cannot normally be transferred directly between different blockchains and protocols.

Moving capital toward a more attractive opportunity may require removing the existing position, rebalancing assets, bridging, acquiring gas on the destination network, and creating a new position.

Each step involves different tools, providers, and transactions.

This complexity slows capital reallocation and makes it harder to respond to new yield opportunities.

Voting rewards are distributed across independent systems.

Each protocol uses its own governance token, specific locking rules, and a separate voting mechanism.

The same separation is replicated across blockchains.

Implementations on different networks require separate voting power, which must be acquired and managed independently on each network.

Fragmentation also continues within each implementation. A single market, such as BTC/USD, may be represented by multiple gauges, each offering different returns.

Optimizing returns requires multiple operational decisions.

This management must be maintained over time — and for many users, it makes capital optimization too complex relative to the expected benefit.

Nami addresses these three forms of fragmentation through the Omni Layer.

Liquidity remains distributed locally across the individual blockchains of the Nami ecosystem, while market organization, transaction execution, and economic coordination take place at the protocol level.

The Market Layer defines what constitutes a market: a single quote asset, and its pairs across different networks and assets, organized as one aggregated economic market.

The Execution Layer manages the entry, exit, and movement of capital across blockchains within a single operational flow, without requiring manual steps between networks.

The Coordination Layer brings voting power and voting rewards into a single shared system.

One position can vote for any market in the ecosystem from any blockchain.