> For the complete documentation index, see [llms.txt](https://docs.bean.exchange/llms.txt). Markdown versions of documentation pages are available by appending `.md` to page URLs; this page is available as [Markdown](https://docs.bean.exchange/spot-market/damm/introduction-to-damm.md).

# Introduction to DAMM

### Overview

Dynamic Automated Market Maker (DAMM) represents an evolution in AMM architecture, dynamically adjusting pricing and liquidity strategies based on real-time market conditions. This adaptive approach optimizes capital efficiency, minimizes slippage, and protects liquidity providers—surpassing traditional static AMMs that operate on fixed formulas like x\*y=k. DAMM incorporates intelligent mechanisms that align pool prices during volatility, reducing arbitrage exploitation while enhancing trading efficiency.

### Core Features

#### Dynamic Fee System

Fixed base fees with volatility-responsive dynamic components—currently capped at 20%, expanding to 90%. This mechanism amplifies LP returns during high-volatility periods through automated fee scaling.

#### Anti-Bot Protection

On-chain fee scheduling initiates with elevated fees that decay over time (linear or exponential), protecting launches from sniper bots. Schedules operate via Unix timestamps or blockchain slots.

#### Hybrid Concentrated Liquidity

Partial concentration model combining CLMM capital efficiency with constant-product simplicity (x\*y=k). Pool creators define fixed price ranges at deployment—concentrating liquidity for optimal execution while maintaining protocol elegance. Post-deployment range adjustments are disabled, balancing efficiency with operational simplicity.

#### Liquidity Management

* **Permanent Locks**: Locked liquidity represented as tradeable NFTs, enabling tokenization and integration with staking/governance systems
* **Vesting Schedules**: Time-locked liquidity with programmable release mechanisms
* **Single-Sided Provisioning**: Bootstrap pools using single tokens, reducing launch barriers

#### Optimal Use Cases

DAMM architecture serves:

* LPs pursuing enhanced yields through dynamic optimization
* Projects requiring robust launch infrastructure
* Launchpads building sustainable liquidity frameworks

The combination of anti-sniper mechanisms and single-token initialization positions DAMM as the premier solution for memecoin and emerging token deployments—delivering professional-grade infrastructure for high-velocity markets.