Margin Engine Mechanics

Margin engine mechanics define the algorithmic rules governing collateral requirements, maintenance thresholds, and liquidation procedures within a derivative protocol. These engines determine how much leverage a user can access and at what price point their position is forcibly closed to protect the protocol from insolvency.

Effective engines must balance user capital efficiency with the need for systemic safety, often utilizing real-time price feeds from oracles. If the engine is too slow or insensitive, it risks bad debt; if it is too aggressive, it risks triggering unnecessary liquidations during minor volatility.

The design of these mechanics is a core component of protocol physics and directly influences market stability.

Oracle Latency Impact
Bad Debt Mitigation
Margin Engine Integrity
Margin Engine Failure
Collateral Haircut Modeling
Margin Engine Latency
Margin Engine Stress Testing
Margin Engine Resilience