DEV Community: Yield Basis

What Really Determines LP Profitability in DeFi?

Yield Basis — Thu, 15 Oct 2026 15:59:12 +0000

When people compare DeFi liquidity pools, the first number they usually look at is APY. That makes sense, since a higher APY appears to mean higher returns, but it’s ultimately a backwards-looking metric: it shows how a pool has performed over a given period, not what liquidity providers (LPs) should expect to earn in the future.

In practice, two pools with similar APYs can produce very different outcomes for LPs, and in some cases, a pool with a lower headline yield can end up delivering better long-term performance. Real profitability depends on what happens after capital enters the pool: how trading activity develops, how the AMM handles volatility, what costs LPs incur, and, ultimately, how much value actually reaches them after those costs are accounted for.

In this article, we are going to explore why headline APY doesn't show the full picture of LP profitability, using live Yield Basis data to show how trading activity, fees, market conditions, and pool mechanics translate into actual LP performance.

Headline APY Rarely Tells the Full Story

In traditional AMMs, liquidity providers typically earn revenue from trading fees. However, gross fees are not the same as net returns. The outcome depends on:

Impermanent loss (IL), or underperformance relative to holding the original assets, before fees.
Rebalancing costs.
Changes in the prices of the assets held.
Protocol fees and the costs of entering, managing, and exiting a position.

The relevant comparison is the value of the deposit, including fees and rewards after costs, against the value of holding the same assets over the same period. An investment can gain in dollar value while still underperforming the benchmark.

A 2025 study cited by DefiLlama analyzed 700 days of Uniswap v3 data across nine pools, comparing LP performance with simply holding the underlying assets. Nearly half of all positions (49.5%) generated negative returns, while liquidity providers experienced an average impermanent loss of 3.8% compared to a simple buy-and-hold approach. In many cases, the fees earned from providing liquidity were not enough to compensate for this underperformance.

The study excludes gas costs and examined only closed positions, with results also varying by pool type and strategy. So it doesn’t mean every LP strategy underperforms holding, but the results do illustrate why fees alone cannot establish profitability.

Source: arXiv

Yield Basis is designed with this exact comparison in mind. Its leveraged pool design aims to remove the divergence loss associated with conventional liquidity provision while preserving exposure to the deposited asset. Rebalancing happens through the protocol’s mechanics, reducing the work required from LPs. That automation does not eliminate its economic costs.

The Yield Basis figures cited from Valueverse include more than $3.6 billion in trading volume, over $40 million in fees, and more than $2.35 million in reported LP gains.

Source: Valueverse

Trading volume measures activity, while gross fees measure revenue before allocation and associated costs. Protocol fees accrue to their designated recipients, while LP gains reflect the outcome for liquidity providers. A large total in one category does not automatically establish an attractive return in another.

Liquidity providers who remain invested may hold unrealised gains or losses. Those who stake their LP tokens receive YB rewards instead of the native fee yield available to unstaked holders.

Paying attention to these distinctions gives a better overall picture of profitability than fee generation alone.

How Volatility Affects LP Profitability

AMMs earn trading fees from swaps. Price movements create more trading activity and fee income, but they also increase the costs borne by LPs. The balance depends on the pool design and the trading activity it attracts. Every AMM earns fees from price movement, but the cost of that movement depends on the pool design.

Higher volatility generally creates more trading activity and more fee income. It also raises the expected impermanent loss, because it increases the likelihood of a wider gap between the price at which an LP enters and the price at which they exit. The impermanent loss that is ultimately realized, however, depends on that entry-to-exit price difference. If an asset fluctuates sharply but returns to the original price before the LP exits, the position does not realize impermanent loss from that movement.

For a full-range constant product position, impermanent loss depends on the change in the relative price of the two assets between depositing and withdrawing. A doubling of BTC price in a 50/50 BTC-stablecoin pool will return a 5.7% underperformance against holding the original BTC-and-stablecoin position, before fees. If the relative price returns to when you deposited into the pool, that position's impermanent loss will return to zero. The liquidity position can be actively repositioned to improve capital efficiency but is dependent on how well the position can be actively managed.

Yield Basis uses a different design. It aims for the LP token’s exposure to track the deposited asset one-for-one while earning yield. This does not make rebalancing free. As prices move, arbitrage incentives help restore the target position, and the associated costs reduce the income available to LPs. These costs can accrue even when the asset later returns to its starting price. For this model to work, it’s important that fee income exceeds the costs of maintaining the position.

Accounting Value and Withdrawal Value

Large price movements can also create a Temporary Redemption Discount (TRD). A Yield Basis position has two relevant values:

Fundamental value: the protocol’s accounting value for the position.
Redemption value: the amount a withdrawal would return under current pool conditions.

A TRD exists when redemption value falls below fundamental value. Fundamental value is not a guaranteed amount available for immediate withdrawal.

After a sustained move in one direction, the underlying Curve pool’s concentrated liquidity may remain centered away from the new market price. As the pool earns fees and meets its adjustment conditions, it can re-center, helping narrow the gap between the two values.

The speed and extent of recovery depend on pool conditions and subsequent market activity. If an LP withdraws during a TRD, they receive less than the position’s accounting value.

Redemption share price for Yield Basis WBTC and cbBTC markets: the amount of the deposited asset one LP share returns on withdrawal. Values above 1.0 mean the position has grown in BTC terms. Source: Valueverse, as of October 9, 2026.

The largest TRD event observed on Yield Basis to date occurred in February 2026, when the discount reached 27.6% during a period of extremely high volatility in the market. Recovery took approximately 76 days, with the discount coming back to normal levels by late April. Following this case, Yield Basis also introduced upgrades to its pool design to help future TRD events recover more quickly.

What LPs Should Actually Measure

So if APY isn't enough, it’s reasonable to ask: what other metrics should liquidity providers focus on? Here are some of them:

Trading volume indicates how much genuine economic activity passes through a pool;
Fee generation shows how effectively that activity is converted into revenue;
Capital utilization reflects how efficiently deposited liquidity is being used.

Time in the pool also matters. Liquidity provision is often more effective over longer periods than through short-term deposits that may enter and exit before market dynamics have fully played out.

And perhaps most importantly, investors should distinguish between real yield generated through genuine market activity and returns that rely primarily on token emissions or temporary incentive programs. The latter can boost headline APYs, but sustainable returns are ultimately created by actual demand for trading and liquidity.

In this regard, Yield Basis also incorporates additional mechanisms that support long-term sustainability. It borrows crvUSD, Curve's stablecoin, to create its liquidity positions, which carries an interest cost, but that interest does not leave the protocol. Instead, every crvUSD paid in interest goes back into the Curve pool holding the position, where it helps fund the pool's re-centering and rebalancing. That way, the cost of leverage also contributes to the budget used to keep the position balanced. The crvUSD itself comes from a credit line extended to Yield Basis by Curve DAO.

Real Returns Still Come With Real Risks

No DeFi protocol is ever completely risk-free, and liquidity providers should always remember to evaluate risks along with returns.

Some of the primary considerations include:

Custodian risk: wrapped Bitcoin assets (wBTC, cbBTC, tBTC, etc.) rely on custodians or issuing mechanisms that introduce counterparty exposure.
Smart contract risk: like any DeFi application, vulnerabilities may exist despite security reviews and audits.
Oracle risk: external price feeds are essential to protocol operation, and failures or manipulation could affect performance.

Yield Basis manages these risks through pool design constraints and by building on top of Curve Finance’s long-established and refined infrastructure, but they nonetheless remain important considerations for every liquidity provider evaluating a protocol.

Final Thoughts

Headline yield remains useful as a starting point, but it should never be the final metric that affects investor decision-making and how they evaluate liquidity opportunities.

How much real trading activity does the pool generate? How much of that activity reaches liquidity providers as realized gains? How has the protocol behaved during periods of serious market volatility in the past? Are returns supported by genuine economic activity or mostly by token incentives? These are the questions that LPs should be asking.

There is fundamentally more to liquidity provision and its profitability than just chasing the highest advertised yield. How a protocol converts market activity into long-term value is the real measure of its economic maturity.

Turning BTC Into a Yield-Bearing Asset Without Losing Exposure: The Yield Basis Model

Yield Basis — Thu, 16 Apr 2026 06:12:10 +0000

Bitcoin has always been an asset with limited yield options in decentralized finance.

DeFi offers several ways to generate yield on crypto assets — lending, providing liquidity, staking, and more. Yet for the vast majority of BTC holders, the dominant strategy remains the simplest one: hold and do nothing.

The main reason for that is the lack of financial primitives turning Bitcoin into a productive asset. The only strategy to date proven on a scale of $ billions is using BTC as collateral to borrow other assets and generate yield using them.

The Impermanent Loss Problem

Ethereum’s DeFi ecosystem has matured considerably; battle-tested protocols, audited smart contracts, and deep on-chain liquidity have made it a credible environment for deploying capital. What has remained unsolved is that despite Ethereum having the deepest liquidity across any blockchain, on-chain liquidity has not surpassed previous highs. When it comes to providing liquidity for automated market makers (AMMs), impermanent loss has made economic participation fundamentally unattractive for most liquidity providers (LPs).

To be clear: impermanent loss is not a bug in how AMMs work — it is built into their design. In a standard liquidity pool, an LP deposits two assets (BTC and a stablecoin, for example) and earns fees when others trade between them. But the moment BTC’s price moves away from the price at which the LP deposited, the LP’s position becomes worth less than if they had simply held their original asset. It is a mathematical property of how these pools calculate value, and most of the time, the fees LPs earn from trades rarely make up for this loss.

Liquidity is the engine that keeps any financial system running. So when providing it structurally underperforms simply holding the asset, it does not come as a surprise that BTC liquidity in DeFi has remained a fraction of what it could be. The issue is the incentive structure.

How Yield Basis Changes the Equation

Yield Basis, a decentralised protocol built on Curve Finance, is designed to solve this. It addresses the shortcomings of a traditional AMM in two ways.

First of all, Yield Basis changes how liquidity is provisioned. In a standard pool, an LP has to deposit both sides of the pair: the BTC and the stablecoin. In Yield Basis, the stablecoin component is borrowed from a crvUSD line of credit allocated to the protocol by Curve DAO. This allows the system to construct leveraged liquidity positions more efficiently, while removing the need for users to manually source, pair, and actively manage both sides of the position themselves.

Secondly, the resulting liquidity position is twice the size of what the user deposited. Because Yield Basis borrows capital equal to the user’s deposit, the LP’s position operates at a 2x leverage — meaning it captures fees on a position twice as large as their original capital. More liquidity deployed means more fees from the same amount of volatility.

The combination is what changes the equation: the LP earns fees on a larger position, without needing to supply the case component, and the leverage amplifies the fees being generated from swap fees.

Source: Yield Basis documentation

In basic terms, Yield Basis can be understood as a system designed to preserve BTC exposure while generating yield captured from trading fees. Instead of forcing users into the usual AMM LPing trade-off, the protocol offers a structured product with a leveraged liquidity position as a core element. The position is engineered to eliminate impermanent loss operating under specific conditions.

Put simply, users still benefit if the price of BTC goes up or down, just like if they were holding it. But at the same time, their allocated BTC is put to work in the background, earning organic yield.

Current results: Bitcoin yield (APR) generated from inception:

cbBTC 10.7%
wBTC 8.6%
tBTC 5.8%

That said, leverage introduces its own challenge: as BTC’s price moves, the leverage ratio drifts away from its target. This is where Yield Basis’s core innovation comes in.

The Re-Leverage Mechanism

When a user deposits BTC into Yield Basis, the leveraged position targets a specific debt-to-value ratio. But as the price moves, that ratio naturally drifts. If BTC goes up, the collateral becomes more valuable relative to the debt, and the position becomes under-leveraged. If BTC goes down, the opposite happens — the position becomes over-leveraged. Without adjusting, the position would gradually lose the structure that makes the economics work.

Rather than requiring anyone to manually adjust positions, this setup works entirely through economic incentives. And at the center of it all is the LEVAMM mechanism. The core idea behind it is as follows: whenever the leverage ratio drifts off target, the LEVAMM intentionally offers a slightly better-than-market price on one side of a trade. This creates a profit opportunity for external traders (arbitrageurs), who step in and execute trades that — as a side effect — push the leverage ratio back toward its target.

It works similarly to a constant-product AMM, where LP tokens of the underlying Curve pool are traded against the crvUSD stablecoin. The key difference is that when the DTV ratio moves off target, the LEVAMM internal pricing intentionally deviates from the broader market’s oracle price, thus creating an arbitrage opportunity.

When BTC price increases, the collateral becomes more valuable, and the DTV drops below 50%. In this state, the LEVAMM prices LP tokens slightly above the market rate. Arbitrageurs respond by selling LP tokens to the LEVAMM in exchange for crvUSD. This increases both the debt and the collateral, bringing the ratio back toward its target.
When BTC price decreases, the opposite happens. The collateral loses value, and the DTV rises above 50%. The LEVAMM then prices LP tokens below the market rate. Arbitrageurs step in to buy LP tokens using crvUSD, which reduces both debt and collateral and restores the balance.

The result is a self-correcting system. No manual intervention is required, and users don’t have to manage positions themselves as markets move — the position maintains itself. Just as importantly, that process also acts as a source of value: the very act of keeping a position balanced is what produces additional yield for LPs, on top of the trading fees that position already earns from its amplified size.

How the System Processes Volatility

The re-leverage mechanism is designed to work through market cycles. After periods of significant price movement, the system enters a rebalancing phase where the LEVAMM is actively restoring leverage and generating fees. During this window, the value a user would receive from immediately withdrawing may temporarily sit below what the position is fundamentally worth. Yield Basis calls this the Temporary Redemption Discount, or TRD.

The redemption discount is not permanent. As the position rebalances, fees accumulate, and the position converges back toward its full value as the earned fees compound.

This is where Yield Basis fundamentally differs from how standard liquidity pools behave. In a standard pool, impermanent loss only disappears if BTC's price returns to exactly where the LP originally deposited. In Yield Basis, recovery is driven by continued market activity and fee accumulation, not by price returning to a specific level. The position is designed to converge regardless of where the price ends up, as long as markets remain active.

The Yield Basis system introduces a time-based trade-off instead: you are optimizing not for immediate liquidity, but rather for preserving BTC exposure and earning fees from volatility.

For holders with a longer time horizon, this aligns naturally with how they already think about Bitcoin — as an asset to hold through market cycles, not one to actively rotate on a daily basis.
For Yield Basis users, the practical implication is straightforward but powerful: the protocol allows Bitcoin to become a productive asset without fundamentally changing its role in a portfolio.

Instead of sitting idle, BTC can participate in market activity and capture trading and arbitrage fees. All while maintaining its core exposure over time.

The end result is Bitcoin earning yield denominated in BTC itself, sourced from real market activity rather than from token emissions or inflationary incentives, while preserving the core exposure to the asset over time.

As DeFi continues to mature, approaches like this may define how core assets like BTC are used on-chain. Not just as collateral or speculative instruments, but as yield-generating positions built for the long term.

In that sense, Yield Basis is moving ahead of the curve, offering a framework where volatility is no longer something to avoid. Instead, you can monetize it on your own terms.

When Volatility Becomes Revenue: The Yield Basis Case Study

Yield Basis — Fri, 20 Feb 2026 11:29:54 +0000

Early February 2026 saw another downturn for the crypto market. In two weeks (between January 30 and February 15), both Bitcoin and Ethereum sold sharply, triggering a cascade of liquidations. Prices fell across the board, volatility spiked, leverage was flushed out, and billions of dollars-worth of positions were force-closed.

Yet despite this backdrop, DeFi fared remarkably well for itself. Capital stayed put where yields made sense, and while prices were under pressure, DeFi TVL held up far better than expected. Yield Basis, in particular, stood out as an example of how volatility can actually generate more yield for LPs and protocol token holders.

Below, we are going to take a closer look at what happened during that period and make the case for how defensive yield venues are meant to behave when markets turn hostile.

Performance Snapshot: Volatility as a Revenue Engine

When the crypto market started sharply declining, volatility increased, and trading volumes surged, particularly in BTC-based YB pools like cbBTC and wBTC.

Trading volumes in YB Curve pools vs. $BTC price

As a result, they delivered 30-day APYs exceeding 20%. It happened since Yield Basis is the main liquidity backbone for wrapped BTCs in the industry, hosting three most liquid pools and capturing significant trading volumes. That translated directly into higher fees.

Yield Basis generated ~$3.9M in trading fees during the observed period, which were partly used for rebalancing, and the rest was distributed to LPs and captured as a protocol fee for veYB holders.

The protocol fee capture skyrocketed during the volatility period, earning $1.65M fees for veYB holders starting from the market downtrend.

Protocol fees capture for veYB (blue) vs. BTC volatility index (green)

When you measure Yield Basis performance against market cap, that’s when the numbers become truly impressive. During the January 30 – February 4 period, the protocol generated 30x-100x more fees per $1 of revenue-receiving market cap compared to Hyperliquid (used in this case as an industry benchmark). The exact multiplier depends on the calculation method, but the overall broader conclusion remains the same: this is a striking level of outperformance.

Equally important is what kind of yield users earned. Yield Basis pools primarily generate yield in BTC and ETH — core assets of the market. During that same week, many DEXes showed eye-catching APYs, but denominated in tokens that ended up taking a sharp fall. Meanwhile, Yield Basis’ “blue-chip yield” held up far better.

User Behaviour: Liquidity Stayed Put

User actions during stress can often tell you a lot more than any chart or dashboard. And on Yield Basis, liquidity proved remarkably stable:

Pools remained almost entirely full, with only 1.82% withdrawn from the WETH pool.
BTC and ETH holders largely chose not to exit and continued to earn yield on their core assets, monetizing the volatility instead.
No meaningful net outflows were observed — not because users were trapped, but because returns remained attractive. New inflows were limited only by capped deposits, rather than any lack of demand.

At the same time, long-term alignment seemed to increase during the drawdown period, reinforcing locking behavior. Roughly 10 million YB tokens were locked into veYB, representing a 15.7% increase in just two weeks.

This choice by the users makes the Yield Basis model stand out in the DeFi market. Usually, in times of uncertainty, participants avoid long-term commitments. Here, they did the opposite — a clear signal of confidence in the protocol and its resilience.

Why the Model Works Both in Volatile Conditions and Beyond Them

Yield Basis actually becomes more efficient as volatility rises. Trading volume increases, and fees grow, making veYB more attractive, because locked holders gain access to a growing share of protocol cash flows.

Importantly, Yield Basis does not force liquidity to stay through aggressive emissions. Liquidity providers often choose to unstake their LP tokens to receive trading fees directly again, which naturally reduces YB emissions. In other words, the system adjusts itself. That dynamic protects token holders: instead of inflating supply when demand is weakest, Yield Basis reduces sell pressure exactly when markets are fragile.

The chart below highlights that the LP stake rate for obtaining emissions decreased from ~80% at the start of the year to ~60% during the drawdown period.

The same mechanism also shows up in the cost of minting YB itself. Due to the decline-driven volatility, the BTC-denominated cost of minting YB increased significantly compared to previous weeks. Fee capture surged while emissions decreased, making new tokens naturally more expensive to produce.

Left: daily cost of obtaining 1 YB across pools. Right: average YB mining cost since protocol launch vs. mining price.

In practical terms, this means that volatility pushed the protocol toward tighter supply discipline rather than dilution. This is an important distinction, because in many DeFi systems, stress periods coincide with cheaper token issuance due to falling demand.

Yet in Yield Basis, the opposite occurs: volatility raises the marginal cost of emissions, effectively allowing the market to set a higher price for new supply. This mechanism reduces reflexive sell pressure and reinforces the link between revenue generation and token value.

According to fees vs. emissions data, Yield Basis is net profitable, meaning captured fees for LPs and veYB are considerably greater than emissions cost. As the table below demonstrates, since the inception of Yield Basis, total fees captured are 2.28x higher than total YB emissions:

Source: Mid-Q1: A State of Yield Basis

This is an outstanding result for a recently launched project operating during its first months, since often protocols are subsidized by emissions during the early stages.

For users who continue earning YB emissions, locking YB tokens becomes more attractive, as veYB holders receive a share of growing admin fees. The result is a natural economic floor: when volatility rises, it increasingly makes sense to buy and lock YB rather than sell it.

A Different Kind of Structural Resilience

Most DeFi protocols struggle during corrections because their yields are propped up by token inflation. When markets fall, those yields collapse with them, and liquidity vanishes quickly.

Yield Basis captures native yield directly from the market volatility, so both market corrections and rapid growth alike increase its efficiency. Liquidations on Ethereum mainnet — especially BTC-backed positions — are frequently routed through Yield Basis pools because they offer deep liquidity and best execution. More liquidations mean more volume, more fees, and higher profitability for LPs. That feedback loop is why liquidity stays instead of fleeing.

During this latest downturn, if measured by fundamental price-per-share growth, BTC LPs on Yield Basis earned around 70% APY, while ETH LPs earned about ~14%. It should be said that these yields are not instantly withdrawable — pools do need time to rebalance, since Yield Basis is a structured product built on top of Curve’s CryptoSwap AMM. This means that LPs must think in weeks, rather than hours, but that’s a trade-off many of the long-term-mined participants are happy to make.

Why Volatility Rewards Long-Term Participants

To summarize, Yield Basis performs best when markets are uncomfortable, and February’s volatile beginning proves it. TVL stayed, fees surged, and emissions stayed controlled. Users double down instead of rushing for exits, and blue-chip yields attract long-term capital besides.

That combination explains why Yield Basis increasingly functions as a boosted yield venue during volatile periods. It functions on the principle that real revenue is the strongest form of risk management. That is what turns volatility from a threat into a yield-capturing opportunity.

Yield Basis proves: when markets are unstable, volatility is your yield.