Technology

Core infrastructure powering the liquidity execution layer for Solana

Liquidity Loop Engine

The core execution engine that orchestrates continuous capital optimization through automated liquidity loops.

Purpose: Eliminate manual rebalancing and optimize capital efficiency in real-time

Technical Design: Event-driven state machine with atomic transaction batching and composable vault architecture

Benefit: Maximizes capital utilization while minimizing gas costs and execution risk

Intelligent routing system that finds optimal execution paths across Solana DEXs and liquidity sources.

Purpose: Ensure best execution prices and minimal slippage for all swaps and liquidity deployments

Technical Design: Multi-path routing algorithm with real-time liquidity discovery and atomic swap execution

Benefit: Superior execution quality compared to single-source routing

Embedded risk management layer with volatility monitoring and oracle deviation detection.

Purpose: Protect user capital from market volatility and oracle manipulation

Technical Design: Circuit breaker system with multi-oracle price feeds, volatility thresholds, and automated unwind mechanisms

Benefit: Downside protection without requiring manual intervention

Modular vault system enabling custom strategies and risk profiles.

Purpose: Support diverse use cases from conservative yield to aggressive optimization

Technical Design: Strategy interface with pluggable execution modules, governance controls, and performance tracking

Benefit: Extensible platform for community-built strategies and institutional custom vaults

Developer-friendly SDK and APIs for seamless protocol integration.

Purpose: Enable wallets, aggregators, and protocols to integrate Loopium execution

Technical Design: TypeScript SDK with full type safety, comprehensive error handling, and real-time event subscriptions

Benefit: Rapid integration for partners and extensibility for developers

Built from the ground up for Solana's architecture and performance characteristics.

Purpose: Leverage Solana's speed, low costs, and parallel execution

Technical Design: Optimized account structure, versioned transactions, and compute-efficient program design

Benefit: Sub-second loop execution with minimal transaction costs