Earning on crypto without guessing

Every yield in DeFi is somebody paying you for something. That sounds obvious and it is the most useful question you can ask about a rate, because a yield you cannot explain is a yield you cannot assess.

A borrower pays interest because they want leverage. A network pays stakers because it needs validators. A trader pays a fee because they wanted liquidity at that moment. In each case the money has a source, and the rate holds for as long as the source does.

Then there is the fourth case: the protocol pays you in its own newly issued token. That is not revenue, it is dilution, and it stops when the emissions schedule ends. It is not automatically bad, but it is a different thing wearing the same percentage sign, and the whole skill of this is telling them apart.

Rates in 2026 run from roughly 2 to 4% on conservative ETH staking up past 20% on higher-risk liquidity mining. The spread between those is almost entirely a risk premium. Nobody is paying you 30% out of generosity.

The sensible place to start, because a stablecoin holds its peg and removes price movement from the equation entirely. What is left is the yield itself, which is much easier to think about on its own.

Most stablecoin yield comes from lending. Aave and Compound are the two largest venues; Morpho sits on top of them and routes to whichever is paying better, which is why it often beats both by a point or two. Maple runs institutional lending pools. Pendle sells fixed rates, letting you lock a yield for a term instead of floating with the market.

A different source is the savings rate. Sky pays a rate on USDS through sUSDS, funded by the revenue of the wider Sky system rather than by borrower demand. It is usually lower than the top lending rate and considerably steadier, which for a lot of people is the better trade. This is the one Yielna Earn implements, and the Earn page covers exactly how.

Rates on the same asset differ by chain, sometimes by several points, because borrower demand is local to each deployment. The same USDC can pay meaningfully more on one L2 than another on the same day. That is what the dashboard filters are for.

Staking pays you for helping secure a network. Liquid staking is the version almost everyone uses: you deposit, and you get a token back that represents the staked position, so the capital stays usable while it earns.

On Ethereum, Lido is the largest by a wide margin and issues stETH. Rocket Pool is the decentralised alternative with rETH and no minimum. ether.fi's weETH stakes and restakes in one step. Coinbase's cbETH is the custodial option: simpler, with a company between you and the validator. Base rates cluster around 2 to 3%, and the differences between providers are small enough that decentralisation and contract risk matter more than the rate.

Solana pays more, indicatively 6 to 8%, because its issuance is higher. Jito adds MEV revenue on top of base staking. Marinade spreads a delegation across many validators. The higher headline rate is partly inflation, so it is worth knowing that the real return is the rate minus issuance, not the rate.

A receipt token has one thing worth watching that the underlying does not: it can trade below its redemption value when people want out quickly. The peg holds in normal conditions and stretches in bad ones.

Yielna scores every protocol from 0 to 100. Above 65 reads as low risk, 40 to 65 as medium, below 40 as high. Four inputs produce it, and they are published because a safety score you cannot interrogate is not a safety score.

If this is new, the following order costs almost nothing to follow and removes most of the ways people lose money early.

Start in stablecoins. USDC on a large lending market, or the savings rate through sUSDS. Indicatively 3 to 8%, and no price exposure while you learn how any of this feels.

Use an L2. Base, Arbitrum or OP Mainnet. The same position costs a few cents in gas instead of tens of dollars, which matters enormously when you are still experimenting.

Deposit an amount you would shrug at. The first deposit is for learning the mechanics. Learn them cheaply.

Filter by health, not by APY. Sort by rate to see the range, then discard anything below a score you are comfortable with before you look at the numbers again.

Check what the yield is made of. If most of it is rewards, ask when they end.

Simulate before you commit. The simulator uses real historical APY and gives you three projections, so you find out in advance whether the difference between two pools is worth the extra risk. Often it is a rounding error.

Spread across two or three. Contract risk is the one that takes everything at once, and it is uncorrelated between protocols.

These are listed because people ask, and each one is a way of taking on more risk in exchange for more yield. None is a free lunch and all of them can be modelled before they are attempted.

Recursive lending. Deposit, borrow against it, deposit again, repeat. Amplifies the spread between supply and borrow rates, and amplifies liquidation risk in exactly the same proportion. A modest price move against a leveraged loop unwinds it.

Concentrated liquidity. Uniswap V3 lets you supply within a price band, capturing far more fees while the price stays inside it and none at all when it leaves. It converts passive provision into a position that needs managing.

Fixed rates. Pendle splits a yield-bearing token into principal and yield. Buying the principal locks a known return to maturity, which is genuinely useful when you think rates are about to fall.

Restaking stacks. Stake ETH, restake the receipt, deposit that into a fixed-rate product. Each layer adds yield and adds a contract that has to keep working. Three layers means three independent ways to lose the position.

Cross-chain rate hunting. The same asset pays differently on different chains. The dashboard covers over two hundred, and the arbitrage is real, provided the bridging cost does not eat it.