Relayer-Based Orchestration
Tetrics unifies complex, multi-leg flows into a single transaction, reducing execution risk and enabling a seamless unified-margin experience on Hyperliquid.
Builders define flows via JSON/REST API (e.g., "Supply wETH on Aave → Borrow USDC on Aave → Bridge USDC to destination, Hyperliquid core or designated HIP-3 Exchange)
A relayer sequences and executes actions atomically on the same chain or orchestrates cross-chain flows with settlement guarantees.
Built-in safeguards include pre-trade validation, slippage guards, health checks, and failure recovery with compensating actions.
How it works
Definition
Builders compose route through our API by specifying actions, parameters, and risk constraints such as maximum slippage and minimum health factor. Each flows includes:
Collateral sourcing (e.g., weETH on mainnet)
Venue-specific actions (e.g., supply/borrow on Aave, open/close position on Hyperliquid)
Bridging (e.g., Across: USDC from Mainnet → Hyperliquid)
Risk parameters (e.g., maximum leverage, liquidation buffers)
Pre-Trade Validation & Risk Engine
Portfolio Simulation: Computes post-trade positions, liabilities, and health across venues.
Guardrails: Enforces user-configurable limits including slippage bands, minimum collateral ratios, and maximum borrow amounts.
Oracle Checks: Validates prices, ensures data freshness, and rejects route that would breach health thresholds.
Execution Modes
Same-Chain Atomic: All actions execute in a single transaction bundle with no partial failures.
Cross-Chain Orchestrated: Steps sequence across domains with explicit SLAs, timeouts, and compensations for failed legs.
Settlement & Monitoring
Settlement Watchers: Track bridge finality and gate dependent actions until funds arrive.
Portfolio Accounting: Real-time position tracking, PnL, funding/borrow costs, and health alerts.
Failure Recovery: Compensating actions and user-configurable retry/cancel policies.
Portfolio-level risk checks spanning perpetuals, spot, and credit positions.
Collateral mobility and netting under a single health factor.
Cross-Chain Collateral Orchestration
Bridge selection and quote optimization (Across, deBridge, LayerZero, Axelar).
In-flight risk management with haircuts during transfer windows.
Settlement watchers and dependent action gating for reliable multi-hop flows.
Risk-Aware Flow Optimization
Pre-execution simulation against portfolio state and market conditions.
Failure modes with explicit recovery paths and user controls.
Transparency through real-time flow status, gas usage, and PnL attribution.
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