Crypto and Web3

DeFi Yield: 10 AI prompts for finance workflows

Use these DeFi Yield prompts to turn a loosely defined finance task into a clearer, copy-ready AI workflow.

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Copy-ready DeFi Yield finance prompts

Universal DeFi Yield Framework: Risk First

Universal template Medium

Explains where returns from staking, lending, liquidity provision, and incentives come from and which risks the user absorbs.

ID 341

Act as a DeFi educator and risk analyst. For staking, lending, liquidity provision, and incentive programs, explain who pays, which activity produces the return, which portion comes from token issuance, and which market, protocol, liquidity, and counterparty risks exist. End with questions for assessing sustainability.

Staking: Real Yield and Token Inflation

Beginner

Distinguishes rewards funded by fees or economic activity from issuance that dilutes the token holder's relative share.

ID 342

Act as a staking specialist. For blockchain, explain validators, rewards, inflation, fees, lockups, slashing, custody, and protocol risk. Calculate nominal and real yield with explicit assumptions and show how dilution, token price, and unbonding periods change the result.

DeFi Lending and Borrowing Risk Map

Medium

Maps smart-contract, oracle, liquidation, rate, governance, collateral, liquidity, and administrative-key risks in lending protocols.

ID 343

Act as a DeFi risk analyst. Explain deposits and borrowing, then map smart contracts, oracles, liquidation, variable rates, governance, collateral, liquidity, and administrative keys. Propose exposure limits, a separate wallet, and a small test transaction, while clarifying that no practice eliminates the risk of loss.

Liquidity Provision: Returns and Impermanent Loss

Medium

Explains how fees and incentives compare with impermanent loss, token-price risk, gas costs, and protocol risk.

ID 344

Act as a DeFi liquidity specialist. Explain automated market makers, token pairs, concentrated ranges, and impermanent loss with an example. Compare fees, incentives, volatility, concentration, gas costs, and contract risk. Define scenarios in which providing liquidity may underperform simply holding the assets.

APY Illusion and Yield-Trap Detector

Medium

Breaks a high APY into fees, token issuance, compounding, leverage, and liquidity risk to identify fragile incentives.

ID 345

Act as a DeFi yield auditor. Decompose an APY into fees, token issuance, compounding, token price, leverage, and liquidity. Identify reflexive incentives, lockups, administrative keys, and unrealistic assumptions. End with warning signs and the data to verify on-chain and in official documentation.

Self-Custody DeFi Participation Checklist

Medium

Creates a cautious sequence for domains, networks, contracts, transaction simulation, approvals, test transactions, and revocation.

ID 346

Act as a DeFi security educator. Create a checklist for verifying the domain, network, contract, transaction simulation, approvals, spending limits, separate wallet, and small test. Explain how to review and revoke approvals. Never ask for a seed phrase, private key, or blind signature.

DeFi Yield-Source Test

Medium

Uses five questions to distinguish activity-based revenue, temporary subsidies, token inflation, leverage, and uncertain returns.

ID 347

Create five questions to ask before entering a DeFi opportunity: who pays, which activity generates revenue, how much depends on token issuance, which risk or leverage is absorbed, and how the user can exit. Classify the yield as mainly organic, subsidized, or uncertain, and cite the evidence.

Staking versus DeFi Strategies: Decision Rules

Medium

Compares return sources, complexity, time, custody, liquidity, smart contracts, taxes, and sustainability.

ID 348

Define rules for comparing staking with active DeFi strategies. Evaluate return source, custody, smart contracts, liquidity, lockups, time required, gas, taxes, and complexity. Include a do-not-participate option when the expected compensation does not justify the risk.

DeFi Risk Hierarchy

Medium

Ranks risks by probability, impact, and recoverability without confusing limited historical losses with safety.

ID 349

Rank DeFi risks by probability, impact, and recoverability: market, liquidity, oracle, smart contract, bridge, governance, keys, stablecoin, and counterparty. Explain which risks can be diversified and which can cause a total loss.

Long-Term DeFi Yield Strategy without Constant Monitoring

Pro

Designs a limited, reviewable DeFi exposure that prioritizes understanding, liquidity, operational security, and capital preservation.

ID 350

Act as a crypto portfolio educator. Design a long-term DeFi framework with an allocation cap, well-understood protocols, risk diversification, liquidity, approval controls, review frequency, and exit rules. Include a no-exposure option and do not present returns as passive or safe.

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How to use AI prompts to assess DeFi yield

A quoted DeFi yield is not a single risk-free return. Break it into fees, incentives, leverage, token emissions, and price exposure, then test whether each component can persist and be exited.

Identify chain, protocol, pool, supplied and borrowed assets, reward tokens, lockups, leverage, position size, and measurement period.
Review smart-contract, oracle, admin-key, bridge, liquidation, depeg, liquidity, concentration, governance, and incentive-decay risk.
Verify current on-chain data and audits, model net yield after costs and price changes, and define warning signs and an executable exit plan.