Uniswap V3-Style Concentrated Liquidity

1. How Concentrated Liquidity is reshaping market making on Cardano

Decentralized exchanges have become a core piece of DeFi infrastructure. Through automated market makers (AMMs), traders can swap assets permissionlessly while liquidity providers supply the capital that powers these markets.

Early AMM models made market making simple and accessible, anyone could deposit two assets into a pool and earn fees from trades. However, this design also introduced a structural inefficiency: most liquidity sits idle, while only a small portion actively facilitates trading.

As the DeFi ecosystem on Cardano continues to grow, improving how liquidity is deployed becomes increasingly important. Concentrated Liquidity Market Makers (CLMMs) address this problem by allowing liquidity providers to allocate capital more precisely around active trading ranges.

2. Liquidity was never meant to be passive

Most AMM pools use the constant product model, where liquidity is distributed across the entire price curve to support trading across a wide range of prices.

Under this model, liquidity is theoretically available for all possible prices between zero and infinity.

While elegant in theory, this assumption rarely reflects how markets actually behave. In practice, trading activity is concentrated around the current market price.

Liquidity positioned far away from the spot price rarely participates in swaps. It remains locked in the pool, generating no trading fees while still exposing liquidity providers to price risk and impermanent loss.

For example, in many stablecoin pools, only a very narrow band around the peg accounts for the majority of trading volume. Yet the traditional AMM model spreads liquidity across an enormous price range where almost no trading occurs.

This creates a structural inefficiency.

Only a small portion of total liquidity actively supports trading at any given time. As trading demand grows, slippage increases unless the total liquidity in the pool grows dramatically.

In other words, improving market quality requires disproportionately more capital not because demand increases, but because liquidity is poorly allocated.

For ecosystems where liquidity depth is still developing, such as Cardano DeFi, this inefficiency becomes particularly visible.

3. Concentrated Liquidity

The idea of concentrated liquidity was popularized by Uniswap V3, allowing liquidity providers to allocate capital within specific price ranges instead of spreading it across the entire curve.

Danogo brings this Uniswap V3 model to Cardano, enabling LPs to concentrate capital where trading actually happens.

Concentrated Liquidity Market Makers introduce a more precise approach to liquidity provision. In this model, liquidity providers can allocate capital within custom price ranges where they expect most trading activity to occur.

Each liquidity position is defined by two parameters:

• a lower price boundary • an upper price boundary

Liquidity only becomes active when the market price lies within that interval.

By concentrating liquidity around expected trading ranges, CLMMs dramatically increase liquidity density near the spot price. Each unit of capital becomes significantly more productive because it is continuously engaged in facilitating trades rather than sitting idle at irrelevant price levels.

Multiple liquidity providers can create different price ranges within the same pool. These individual positions are aggregated into a unified liquidity curve that traders interact with.

From the trader’s perspective, the market behaves like a single deep liquidity pool. Behind the scenes, however, liquidity is dynamically concentrated where trading actually happens.

4. How Concentrated Liquidity works under the hood

To enable concentrated liquidity, the price space of a trading pair is divided into discrete intervals known as price ticks. Each tick represents a boundary between two adjacent price levels along the price curve.

When creating a liquidity position, a liquidity provider selects a lower tick and an upper tick, defining the price range where their capital will be active.

As long as the market price remains within this range:

• the liquidity participates in swaps

• trades are executed against that liquidity

• the provider earns a proportional share of trading fees

This mechanism introduces the concept of active liquidity. Only liquidity positioned around the current market price contributes to trading activity and earns fees.

If the market price moves outside the selected range, the liquidity becomes inactive. In this state, the position stops facilitating trades and no longer generates fees until the price re-enters the range or the provider updates the position.

As a result, concentrated liquidity directly links market behavior with liquidity performance. Fee generation is no longer simply a function of time but depends on how accurately liquidity is positioned relative to price movements.

This design also transforms liquidity provision into a more dynamic form of market making. Unlike traditional AMMs where liquidity is largely passive, CLMMs reward liquidity providers who actively monitor market conditions and adjust their ranges to remain near the current price.

The result is a more responsive liquidity system where capital continuously adapts to evolving market conditions, improving overall market efficiency.