Post #2172

💡 How does Algebra Integral cut gas costs by up to 80%? Our modular CLAMM architecture optimizes every layer of AMM design, eliminating inefficiencies and maximizing capital efficiency. Here’s how: 🔹Modular Pool Structure: Classic AMMs bundle all features into every pool, increasing gas costs—even when unused. Integral shifts extra functionality to plugins, so each pool retains only essential features, significantly reducing gas fees. 🧩 🔹Optimized Tick Structure: Algebra utilizes a doubly linked list for tick management, streamlining swap calculations & delivering substantial gas savings. 🔹Customizable Tick Spacing: A trading tick is the smallest price increment for an asset in an CLAMM. Lower tick spacing concentrates liquidity but increases gas costs per tick crossing. Higher tick spacing reduces gas costs for more volatile pairs. For example: ✔️ Stable pools → Tick spacing of 1 ensures maximum capital concentration. ✔️ Volatile pairs → Tick spacing can be adjusted by a DEX team based on market dynamics, balancing liquidity depth & gas efficiency. With Algebra-powered DEXes, gas efficiency isn’t just an upgrade—it’s a fundamental design shift. 🔥 🔗 Explore the possibilities of Algebra—contact us to collaborate: algebra.finance/form