Yield Optimizing

How Thesauros optimizes for better yield

Each vault has a pre-selected set of eligible lending destinations (Aave, Compound, and other battle-tested protocols). The rebalancing logic scores those options using Particle Swarm Optimization (PSO)—an advanced algorithm that explores thousands of potential allocations to find the optimal distribution.

Instead of chasing whatever advertises the highest APY today, Thesauros aims to beat any single protocol over time on a risk-aware basis.

Key advantages of PSO:

  • Mathematical rigor: Provable optimization techniques, not guesswork.

  • Risk-aware: Balances yield with safety constraints and concentration limits.

  • Adaptive: Continuously recalculates as market conditions change.

  • Transparent: All allocations are verifiable on-chain.

Single-Asset strategy

Unlike multi-asset rebalancers, Thesauros keeps your asset in its original form. If you deposit USDC, we optimize USDC allocations across lending protocols—no swaps, no impermanent loss, no cross-asset exposure.

Benefits:

  • No IL risk: Your asset stays as USDC (or DAI, USDT, etc.)

  • Predictable exposure: You know exactly what you're holding

  • Lower complexity: Fewer moving parts = fewer risks

Lending-Only focus

Thesauros focuses exclusively on lending protocols as yield sources. This means:

  • Predictable, stable yields (no volatile LP positions)

  • Lower smart contract risk (lending protocols are the most battle-tested DeFi primitives)

  • Easier to model and optimize (rates are transparent and deterministic)

The goal is steady, risk-aware outperformance, not whiplash-inducing APY chasing.

FAQs

  • How are destinations chosen? They're curated for security (audits, TVL, track record), liquidity depth, and rate stability. Only battle-tested lending protocols are included.

  • Do you add new destinations? On occasion, when they meet safety and strategy criteria.

  • What about DEX LPs or other yield sources? Not currently in scope. Thesauros focuses on lending for predictability and safety.


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