Connect with us
DAPA Banner

Crypto World

DeFi Generated $8 Billion in Onchain Yield in 2025: Analysis

Published

on

DeFi Generated $8 Billion in Onchain Yield in 2025: Analysis

A breakdown of DeFi’s yield sources reveals that borrowing demand, trading fees, and funding rates drove the bulk of returns, while more than half of stablecoin deposits in the Ethereum ecosystem are earning less than U.S. Treasuries.

Decentralized finance (DeFi) produced roughly $8 billion in onchain yield in 2025, according to a detailed analysis published by researcher Vadym that maps the full spectrum of where DeFi returns actually originate. The breakdown reveals that yield is abundant in aggregate but unevenly distributed, often circular, and in many cases difficult to package into structured products.

The findings land as yields across DeFi have dried up. Borrowing rates on major lending platforms have converged with the Federal Reserve’s policy rate, and “safe” stablecoin supply rates now average roughly 3% — below U.S. Treasuries and the Secured Overnight Financing Rate. On Aave, the 30-day average yield on USDC and USDT sits around 2%. Out of more than $20 billion in stablecoin vaults across Ethereum and its Layer 2s, 58% of TVL is earning under 3% APY, the report notes.

Where the $8 Billion Comes From

The analysis identifies five primary yield sources, each with distinct risk profiles and scalability constraints.

Advertisement

AMM trading fees were the largest single category at roughly $4.2 billion, with Uniswap, Meteora, and Raydium accounting for 62% of the total. But the analysis cautions that these fees are notoriously difficult to capture in structured products. Liquidity providers — particularly those using concentrated liquidity — frequently lose money to toxic order flow, and LP-manager vaults have failed to gain meaningful traction.

Borrow interest generated approximately $1.76 billion across money markets, including Aave, Morpho, Spark, Maple and Fluid. Money markets account for more than 60% of total DeFi TVL, making lending the sector’s economic backbone. However, the analysis found that roughly half of all borrowing demand is recursive — users borrowing to loop back into other yield sources, such as liquid staking tokens or yield-bearing stablecoins. On Aave’s Ethereum deployment, about 39% of borrowing demand goes toward leveraging ETH staking rewards, while another 11.6% loops Ethena’s sUSDe.

Perps funding fees, largely pioneered onchain by Ethena, contributed around $300 million. Ethena’s sUSDe derives its yield from staking rewards and short funding rates — a mechanism that drew both praise and alarm when it launched in 2024.

Real-world assets generated an estimated $600–900 million, with U.S. Treasuries holding the largest share of the RWA market at about 41% and private credit at 25%.

Advertisement

Network staking rewards and MEV comprise the remainder, with Ethereum’s issuance totaling roughly one million ETH in 2025. The MEV-derived portion of staking yield has been trending downward as private order flow routing — now handling about 90% of swaps — has reduced frontrunning opportunities.

Untapped and Underdeveloped Sources

The analysis also highlights categories where yield capture remains negligible. Insurance underwriting generated just $5.5 million in premiums in 2025, mostly through Nexus Mutual. Options — despite CeFi open interest of $30–50 billion — have roughly $1.8 billion in onchain OI with no breakout structured product. Volatility selling and protocol risk transfer remain largely untapped, which the analysis flags as a potential opportunity as risk curation grows more competitive.

Sky’s Balancing Act

As a case study in how protocols assemble these disparate yield sources, the analysis examines Sky (formerly MakerDAO), whose 3.75% USDS Savings Rate has attracted significant capital amid the compression. Sky’s TVL surged 38% in March, making it the fourth-largest DeFi protocol, with the sUSDS savings pool alone accounting for approximately $6.5 billion in deposits.

The breakdown reveals that approximately 70% of Sky’s income derives from offchain origination — primarily USDC earning Coinbase rewards through the peg stability module (PSM), and RWA exposure through products like BlackRock’s BUIDL and Janus Henderson funds. The remaining 30% flows from onchain sources, with Spark acting as Sky’s primary allocation arm, routing capital into Sparklend, Maple’s institutional lending, Anchorage, and other yield-bearing opportunities depending on prevailing rates.

Advertisement

The implication, the analysis argues, is that even as TradFi yield increasingly flows through permissioned channels, its redistribution happens onchain, providing a floor for DeFi rates and potentially setting the stage for a next generation of yield derivatives, including fixed-rate products, interest-rate swaps and structured tranches.

This article was written with the assistance of AI workflows. All our stories are curated, edited and fact-checked by a human.

Source link

Advertisement
Continue Reading
Click to comment

You must be logged in to post a comment Login

Leave a Reply

Crypto World

Bitcoin Must Face Quantum Threat to Beat Ethereum

Published

on

Bitcoin Must Face Quantum Threat to Beat Ethereum

Crypto entrepreneur Nic Carter has urged Bitcoin developers to catch up on quantum resistance or risk losing out to Ethereum, which already has a post-quantum roadmap. 

Elliptic curve cryptography (ECC) is the math that keeps Bitcoin (BTC) secure. Users pick a secret number (private key) and, using a special curved line and simple multiplication rules on that line, can quickly create a public address that everyone can see.

There are fears that quantum computers will have the ability to break this cryptography. The Bitcoin community is split on how to deal with it, with some advocating for upgrading cryptography while others say intervention would violate Bitcoin’s core principles.

“Elliptic curve cryptography is on the brink of obsolescence,” said the founding partner at Castle Island Ventures on X on Thursday. “Whether it’s 3 or 10 years; it’s over and we need to accept that.”

Advertisement

“The only thing that matters is how quickly blockchain developers recognize that they need to bake in cryptographic mutability into their networks.”

Carter argues that there will need to be an “entire reimagining” of how these systems work, and that today, the cryptography is hardcoded in. “That will have to change,” he added. 

ARK Invest said in a paper on March 11 that about a third of all BTC was at risk from the quantum threat, but added that it was a “long-term risk.” 

Ethereum has the advantage, claims Carter

Carter said that Ethereum developers are already working on this with a new security team, linking to a detailed post-quantum roadmap by 2029 that has been set as a “top strategic priority.” 

“ETH people have already figured this out. Everyone else seems to be petrified in fear. Unless something changes quickly, ETHBTC will start to reflect the divergence in prioritization.” 

Ethereum co-founder Vitalik Buterin said in late February that validator signatures, data storage, accounts, and proofs must change to prepare for quantum threats, while proposing a quantum resistance roadmap.

Advertisement
Ethereum’s quantum-resistant roadmap. Source: Strawmap.org

Related: Vitalik Buterin outlines quantum resistance roadmap for Ethereum

At the same time, Carter has previously claimed on X that Bitcoin Core developers have been ignoring quantum-related proposals such as BIP-360.

Carter came down hard again on Bitcoin developers in his recent X thread, claiming they have a “worst in class approach,” and “deny, gaslight, gatekeep, bury heads in sand, say ‘the community will decide’ and then refuse to take feedback from the community when offered.” 

Ethan Heilman, a co-author of BIP-360, responded in February that Core contributors have been engaging with the Bitcoin improvement proposal and that BIP-360 has received “more comments than any other BIP in the history of BIPs.”

Google warns of quantum threat to digital signatures 

Meanwhile, Google raised the stakes on Wednesday, setting a 2029 deadline for its post-quantum cryptography migration.

Advertisement

The search giant warned that quantum computers will “pose a significant threat” to current cryptographic standards, and “specifically to encryption and digital signatures.”

Magazine: Nobody knows if quantum secure cryptography will even work