Overview
Omnivaults are NOYA’s capital deployment layer.
They enable users to deploy assets into professionally designed, risk-aware strategies without requiring constant monitoring or manual rebalancing. Omnivaults operate across multiple chains and protocols, abstracting strategy complexity behind a simple deposit and withdrawal experience.
The goal is not just yield, but consistent, risk-adjusted deployment of capital.
Why Omnivaults Exist
Managing yield strategies manually is operationally complex.
Users must identify opportunities, move assets across chains, monitor positions, rebalance exposures, and react to changing conditions. This process is time-consuming and error-prone.
Omnivaults exist to:
Reduce operational overhead
Improve capital efficiency
Apply systematic risk management
Allow intelligence-driven strategies to run continuously
Vault Types
NOYA currently supports the following vault categories:
Standard Strategies Yield-focused strategies deployed across established protocols.
Looped Strategies Capital-efficient strategies that reuse collateral to amplify exposure, designed with predefined risk controls.
Vaults are further organized by risk profile and base asset category, such as:
BTC-denominated strategies
USD and stablecoin strategies
ETH and liquid staking asset strategies
Other ecosystem-specific or asset-specific strategies
Each vault clearly specifies its risk category, target asset exposure, and strategy mechanics. Vault availability and composition may evolve over time.
Capital Flow
The Omnivault lifecycle follows a clear flow:
Deposit Users deposit supported assets into a vault and receive vault receipt tokens representing their proportional ownership.
Strategy Execution Capital is deployed across one or more strategies based on the vault’s design. Strategies may include yield farming, looping, or other capital-efficient mechanisms.
Optional Bonding Vault receipt tokens can be bonded within NOYA to earn additional protocol incentives. Bonding receipt tokens does not remove exposure to the underlying vault strategy, but introduces time-based or condition-based commitments in exchange for higher rewards.
Monitoring and Optimization Vault positions and bonded states are monitored and adjusted according to predefined logic and market dynamics.
Withdrawal Users can withdraw underlying assets by redeeming receipt tokens, subject to vault-specific rules and any active bonding conditions.
This structure allows capital to remain productive while giving users optional paths to increase rewards through longer-term alignment.
Risk Considerations
All Omnivaults involve risk.
Risks may include, but are not limited to:
Smart contract risk
Market volatility
Liquidity constraints
Strategy-specific risks
Vault documentation specifies relevant risks, parameters, and constraints. Users are encouraged to review these details before depositing.
Fees
Fees vary by vault and strategy, and may include:
Management Fees Applied to assets under management.
Performance Fees Applied to generated yield above predefined benchmarks.
Fee structures are disclosed transparently for each vault.
Execution, Bridging, and Verification
Omnivaults may deploy capital across multiple chains and protocols.
To support this, NOYA leverages routing and bridge aggregation to move assets efficiently between networks. Where applicable, integrations with third-party infrastructure such as LI.FI are used to select optimal bridging and routing paths, while execution remains transparent and user-authorized.
ZKML Verification
Omnivault strategies can incorporate verifiable intelligence using ZKML, zero-knowledge machine learning.
ZKML enables cryptographic verification that specific strategy computations or allocation decisions were performed correctly, without revealing sensitive internal logic.
This adds an additional trust layer to automated capital deployment, allowing users to verify behavior rather than relying solely on trust.
Modularity and Composability
Omnivaults are designed as modular and composable building blocks within the NOYA ecosystem.
Vault receipt tokens represent standardized, onchain positions that can be reused across other protocol components. This allows receipt tokens to be bonded, used in incentive mechanisms, or integrated into future strategies without modifying the underlying vault logic.
This modular design enables NOYA to introduce new strategies, incentives, and risk layers independently, while preserving backwards compatibility and minimizing systemic complexity.
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