Introduction

Atmos Hyper-AMM: The Liquidity Engine of Supra

Atmos Hyper-AMM is a next-generation, autonomous Automated Market Maker at the core of the Atmos ecosystem, engineered to serve as the primary liquidity hub for the Supra network. Unlike conventional AMMs bound by rigid token ratios and pair structures, Atmos Hyper-AMM introduces a composable and highly flexible design by fusing the best elements of Balancer-style weighted pools and Curve’s stable swap architecture.

This hybrid AMM model enables seamless trading and programmable liquidity, supporting both volatile and correlated assets through two specialized pool types:

• Weighted Pools: Ideal for volatile tokens, allowing custom ratios beyond 50:50, enabling dynamic portfolio strategies and multi-asset exposure in a single pool.

• Stable Pools: Optimized for like-valued assets (e.g., stablecoins), offering lower slippage, reduced impermanent loss, and tighter spreads.

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Why It Matters — A Business Case for Builders

Atmos Hyper-AMM isn't just another liquidity protocol — it’s an innovation sandbox. Its modular design and developer-centric architecture make it the ideal foundation for building a wide array of DeFi applications:

• Unmatched Flexibility: Support for arbitrary token ratios and multiple assets per pool enables creative and customized liquidity setups.

• Developer Friendly: Plug-and-play smart contract interfaces and expert integration support reduce time-to-market and complexity.

• Infinite Design Space: Builders can implement novel products through custom strategies, or even stack multiple financial layers atop the AMM infrastructure.

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What You Can Build

The possibilities are extensive but here are some Ideas to Explore:

• On-Chain ETFs & Index Funds: Enable dynamic exposure to thematic or diversified baskets of tokens.

• LP Management Protocols: Create tools for automated liquidity rebalancing, fee optimization, and position tracking.

• Yield Aggregators & Farms: Build strategies leveraging different pool compositions and underlying token dynamics for optimal yield.