percolator

Perpetual futures risk management without forced liquidations uses a profit-as-junior-claims model with profit warmup and a global coverage ratio, replacing traditional Auto-Deleveraging (ADL) systems with self-healing mechanics for predictable risk exposure.

To build a Solana perpetual futures protocol in Rust, you develop a core Rust engine, implement Solana smart contract programs, build CLI tools, and integrate custom pricing matchers and oracle feeds for decentralized exchange functionality.

Yes, you can integrate Pyth and Chainlink oracles into a Solana smart contract to provide external pricing data. The Percolator protocol specifically details oracle integration for its perpetual futures risk engine implementation.

A global coverage ratio in DeFi risk management is a mechanism denoted as `h` that calculates protocol solvency. It enables self-healing mechanics by adjusting profit claims, providing an alternative to traditional ADL forced closures.

Formal verification works with Solana smart contracts for DeFi by mathematically proving protocol logic correctness. The Percolator protocol includes formal verification components to validate its Rust core engine and risk management mechanisms.

Traditional Auto-Deleveraging (ADL) causes unpredictable risk in perpetual futures because it forcibly closes profitable positions during extreme market volatility. The profit-as-junior-claims model solves this by offering predictable risk exposure without forced liquidations.