Vitalik's New Article: Substantial L1 Expansion Still Valuable, Will Make Application Development Easier and Safer

By: blockbeats|2025/02/17 03:45:03
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Original Title: Reasons to have higher L1 gas limits even in an L2-heavy Ethereum

Original Author: vitalik

Original Source: vitalik Personal Blog

Translation: Mars Finance, Daisy

Vitalik's New Article: Substantial L1 Expansion Still Valuable, Will Make Application Development Easier and Safer

An important short-term discussion in the Ethereum roadmap is how much the L1 gas limit should be raised. Recently, the L1 gas limit has been increased from 30 million to 36 million, increasing network capacity by 20%. Many people support further substantial increases in this limit in the near future. These increases are made feasible by recent and upcoming technical improvements, such as efficiency improvements in Ethereum clients, the EIP-4444 proposal to reduce the storage requirements for historical data (see roadmap), and future stateless client technology.

However, before taking this step, we need to consider a key question: in a rollup-centric development path, is raising the L1 gas limit long-term the right choice? Gas limits are easy to raise but extremely difficult to lower—even if lowered in the future, the decentralization impact may be permanent. If excessive L1 usage poses centralization risks, and we are not sure this usage brings enough benefits, it would be an undesirable outcome.

This article will argue that even in a world where most users and applications run on L2, significantly expanding L1 still has value because it will simplify and secure the application development process.

This article will not attempt to argue whether more applications should run on L1 long-term. Instead, the goal of this article is to argue that regardless of the outcome of this debate, a roughly 10x expansion of L1 has significant value in the long run.

Censorship Resistance

Aim for censorship resistance

Mars Finance Note: The text in the illustration is from the novel "1984" - "War is peace, freedom is slavery, ignorance is strength"

One of the core values of blockchain is censorship resistance: if a transaction is valid and a user can pay the market-rate gas fee, then that transaction should be reliably and quickly included on-chain.

In some cases, censorship resistance needs to take effect on a very short time scale. For example, users holding positions in a DeFi protocol may face liquidation if the market price experiences rapid fluctuations, even if the on-chain transaction latency is only 5 minutes.

The decentralization of L1 validators (stakers) makes prolonged censorship of transactions extremely challenging, usually allowing at most a few blocks to delay transactions. There are currently proposals to further enhance Ethereum's censorship resistance to ensure that even if the block building process becomes highly centralized and outsourced, transactions can still be smoothly processed on-chain.

In contrast, L2 relies on relatively more centralized block producers or sequencers, who can easily choose to censor specific user transactions. Some L2 solutions (such as Optimism and Arbitrum, as detailed in their official documentation) provide a force-inclusion mechanism that allows users to submit transactions directly through L1. However, the practicality of this mechanism depends on two key factors:

The L1 transaction fees are low enough for users to afford the cost of submitting transactions directly on L1; L1 has enough block space so that even if L2 heavily censors user transactions, L1 can accommodate transactions submitted directly to bypass L2.

Therefore, increasing L1 capacity not only reduces costs but also enhances L2 users' ability to respond to censorship, ensuring that the core value of blockchain—censorship resistance—is maintained.

Basic Mathematical Assumptions

We can estimate the actual cost of using the force-inclusion mechanism through some mathematical calculations. First, let's outline some assumptions that we will reuse in other sections:

The current cost of an L1 → L2 deposit transaction is approximately 120,000 L1 gas. This is an example from Optimism. A minimal L1 operation, such as changing the value of a storage slot, costs 7,500 L1 gas (cold SSTORE plus the address's calldata cost, plus some computation cost). The ETH price is $2,500. The gas price is 15 gwei, which is a reasonable long-term average approximation. The demand elasticity is close to 1 (i.e., when the gas limit doubles, the price halves). This point has received some support in previous data analysis, but we should be aware that the actual elasticity may vary in both directions. We aim for the cost of responding to an attack to be less than $1. The cost of "normal" operations should not exceed $0.05 per transaction. Operations falling between the two, such as key changes, should be below $0.25. This is clearly a subjective value judgment.

Based on these assumptions, the cost of bypassing censorship today is: 120000 * 15 * 10**-9 * 2500 = $4.5

In order to bring this below the target, we need to scale L1 by a factor of 4.5 (although it is important to note that this is a very rough estimate, as elasticity is hard to estimate and even absolute usage levels are hard to predict).

Asset Transfer Between L2s Needed

Users often need to transfer assets from one L2 to another. For common, high-volume assets, the most practical method is to use an intent protocol (such as ERC-7683). In fact, only a small number of market makers need to transfer assets directly between two L2s; other users merely trade with the market makers. However, for low-volume assets or NFTs, this approach is not feasible, so to transfer these assets from one L2 to another L2, individual users need to send transactions through L1.

Currently, the cost of withdrawing from an L2 is about 250,000 L1 gas, and the deposit cost is 120,000 L1 gas. In theory, this process can be significantly optimized. For example, to transfer an NFT from Ink to Arbitrum, the underlying ownership of the NFT must be bridged from the Ink to the Arbitrum bridge, which occurs on L1. This is a one-time storage operation, costing approximately 5000 gas. The other operations are essentially calls and proofs, which can be cost-controlled as long as there is appropriate logic; assuming a total cost of 7500 gas.

Let's calculate the costs for these two scenarios.

Current Scenario: 370000 * 15 * 10**-9 * 2500 = $13.87

Ideal Design: 7500 * 15 * 10**-9 * 2500 = $0.28

Our ideal target is $0.05, so this means L1 needs to scale by approximately 5.5 times.

Alternatively, we can also analyze more directly based on capacity. Suppose each user needs to perform a cross-L2 NFT (or rare ERC20) transfer once a month on average. Ethereum's total gas capacity per month is: 18,000,000×(1286,400×30) = 3.88 trillion gas, enough to support 5.18 billion such transfers. Therefore, if Ethereum wants to serve global users (assuming Facebook's user base is 3.1 billion), it needs to scale capacity by about 6 times, and this is just one scenario for L1 use.

L2 Mass Exit

An important feature of L2 is its ability to allow users to exit to L1 in case of L2 failure, a functionality not available in Alt L1s. But what if all users cannot successfully exit within a week? For an optimistic rollup, this might not be a big issue: as long as there is one honest prover, malicious state roots can be prevented from getting confirmed. However, in a Plasma system, if data becomes unavailable, exits usually need to be completed within a week. Even in an optimistic rollup, if a hostile governance upgrade occurs, users will have a 30-day window to withdraw assets (see: Phase 2 definition).

What does this mean? Let's assume a Plasma chain experiences a failure, and the exit cost is 120,000 gas. So, how many users can complete the exit within a week? We can calculate: 86400 * 7 / 12 * 18000000 / 120000 = 7.56 million users.

If it's an optimistic rollup with a hostile 30-day governance delay, the number increases to 32.4 million users. Suppose a large-scale exit protocol can be created to allow a large number of users to exit simultaneously. If we push efficiency to the limit, where each user only needs to perform one SSTORE operation and some additional computation (i.e., 7500 gas), then the two numbers increase to 121 million and 518 million users respectively.

Today, Sony has an L2 on Ethereum, and PlayStation has about 116 million monthly active users. If these users all become Soneium users, the current Ethereum may not be scalable enough to support a large-scale exit event. However, with a smarter large-scale exit protocol implementation, it might just manage.

If we wish to avoid technically complex hash commit protocols, we may need to reserve 7500 gas per asset. I have 9 high-value assets in my Arbitrum main wallet; using this as an estimate, L1 may need to scale by about a factor of 9.

Another concern for users is that even if L1 scales securely enough, they may lose a significant amount of funds due to extremely high gas costs.

Let's analyze the exit gas cost and compare it with the existing and "ideal" exit costs:

Current Situation: 120000 * 15 * 10**-9 * 2500 = $4.5

Ideal Situation: 7500 * 15 * 10**-9 * 2500 = $0.28

However, the issue with these estimates is that in the case of a large-scale exodus, everyone would attempt to exit simultaneously, causing the gas cost to increase significantly. We have already seen days where the average daily gas cost on L1 exceeded 100 gwei. Taking 100 gwei as a benchmark, the withdrawal cost would be $1.88, meaning L1 needs to scale by 1.9x to keep withdrawals affordable (i.e., below $1). Additionally, if you want users to be able to exit all assets at once without resorting to technically complex hash commitment schemes, each asset may require 7500 gas, increasing withdrawal costs to $2.5 or $16.8 depending on your parameters. The scaling factor needed for L1 also varies accordingly to ensure withdrawal costs remain manageable.

Issuing ERC20 Tokens on L1

Today, many tokens are issued on L2. However, this brings forth a security issue that is often underestimated: if an L2 undergoes a hostile governance upgrade, ERC20 tokens issued on that L2 may start infinite minting of new tokens, uncontrollably seeping into the entire ecosystem. If tokens are issued on L1, the consequences of a deviated L2 are mainly contained within that L2.

So far, over 200,000 ERC20 tokens have been issued on L1. Supporting even a 100x increase in token issuance is feasible. However, to make issuing ERC20 tokens on L1 a popular choice, costs need to be sufficiently low. Take the Railgun token (a prominent privacy protocol), for instance. Its deployment transaction costs 16,470 gas, which, based on our assumption, is approximately $61.76. For a company, this cost is acceptable. In principle, this cost can be significantly reduced through optimization, especially for projects issuing a large number of tokens using the same logic. Nevertheless, even if we reduce the cost to 120,000 gas, the cost remains at $4.5.

If our goal is to bring Polymarket to L1 (at least for asset issuance; transactions can still occur on L2), and we aim to have a large number of micro markets, then based on the target of $0.25, we would need to scale L1 by approximately 18x.

Keystore Wallet Operation

A Keystore wallet is a wallet type that has updatable validation logic (used for changing keys, signature algorithms, etc.), and these changes automatically propagate to all L2s. The validation logic is on L1, and L2s use synchronous reads (e.g., L1SLOAD, REMOTESTATICCALL) to read this logic. A Keystore wallet can put the validation logic on L2, but this adds a lot of complexity.

Suppose each user needs to do a key change or account upgrade once per year, and we have 3.1 billion users. If the cost of each operation is 50,000 gas, then the gas consumption per slot is: 50000 * 3100000000 / (31556926 / 12) ~= 59 million, which is about 3.3 times the current target.

We can significantly reduce the cost through a large optimization, such as initiating the key change operation on L2 but storing the data on L1 (special thanks for this idea to the Scroll team). This would reduce the gas cost to just one storage write operation and a little extra computation (assume 7500 gas), which would allow Keystore updates to consume about half of Ethereum's current gas capacity.

We can also estimate the cost of Keystore operations: 7500 * 15 * 10**-9 * 2500 = $0.28, from this perspective, a 1.1x L1 expansion would be enough to make the Keystore wallet affordable.

L2 Proof Submission

In order to make cross-L2 interoperability fast, general, and trustless, L2s need to frequently submit to L1 so that they can directly learn each other's state. For optimal low latency, L2s need to submit on every block to L1.

Based on current technology (such as ZK-SNARKs), the cost of each L2 submission is approximately 500,000 gas, so Ethereum can support up to 36 L2s at most (L2beat, for example, tracks about 150 L2s, including Validiums and Optimiums). However, more importantly, this practice is almost economically infeasible: assuming a long-term average gas price of 15 gwei and an ETH price of $2500, the annual cost of submissions is: 500000 * 15 * 10**-9 * (31556926 / 12) * 2500 = $49 million per year.

If we use an aggregation protocol, costs can be further reduced, potentially bringing the gas cost per submission down to around 10,000 gas, as the aggregation mechanism is more complex compared to just updating one storage slot. In this way, the annual submission cost per L2 will be approximately $1 million.

Ideally, we would like every block to be submitted to L1, and this should be a smooth operation. To achieve this goal, the capacity of L1 will need to increase significantly. A cost of $100,000 per year is relatively small for an L2 team, but a cost of $1 million per year is significant.

Conclusion

We can summarize the above use case in the following table:

Please note that the first and second columns are additive. For example, if key library wallet operations take up half of the current gas consumption, there needs to be enough space to execute an L2 mass exit operation.

Additionally, please note again that the cost estimation is extremely rough. Demand elasticity (how gas fees respond to changes in gas limits, especially in the long term) is very difficult to estimate, and even at a fixed usage level, there is still significant uncertainty about how the fee market will evolve.

Overall, this analysis shows that even in an L2-dominated world, a 10x expansion of L1 gas still has significant value. This, in turn, implies that regardless of the long-term outlook, short-term L1 expansion achievable in the next 1-2 years is still valuable.

Original Article Link

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$COIN Joins S&P 500, but Coinbase Isn't Celebrating

On May 13, S&P Dow Jones Indices announced that Coinbase would officially replace Discover Financial Services in the S&P 500 on May 19. While other companies like Block and MicroStrategy, closely tied to Bitcoin, were already part of the S&P 500, Coinbase became the first cryptocurrency exchange whose primary business is in the index. This also signifies that cryptocurrency is gradually moving from the fringes to the mainstream in the U.S.



On the day of the announcement, Coinbase's stock price surged by 23%, surpassing the $250 mark. However, just 3 days later, Coinbase was hit by two consecutive events: a hack where employees were bribed to steal customer data and a demand for a $20 million ransom, and an investigation by the U.S. Securities and Exchange Commission (SEC) into the authenticity of its claim of having over 100 million "verified users" in its securities filings and marketing materials. These two events acted as mini-bombs, and at the time of writing, Coinbase's stock had already dropped by over 7.3%.


Coincidentally, Discover Financial Services, being replaced by Coinbase, can also be considered the "Coinbase" of the previous payment era. Discover is a U.S.-based digital banking and payment services company headquartered in Illinois, founded in 1960. Its payment network, Discover Network, is the fourth largest payment network apart from Visa, Mastercard, and American Express.


In April, after the approval of the acquisition of Discover by the sixth-largest U.S. bank, Capital One, this well-established digital banking company of over 60 years smoothly handed over its S&P 500 "seat" to this emerging cryptocurrency "bank." This unexpected coincidence also portrayed the handover between the new and old eras in Coinbase's entry into the S&P 500, resembling a relay race scene. However, this relay baton also brought Coinbase's accumulated "external troubles and internal strife" to a tipping point.


Side Effects of ETFs


Over the past decade, cryptocurrency exchanges have been the most stable "profit machines." They play a role in providing liquidity to the entire industry and rely on trading fees to sustain their operations. However, with the comprehensive rollout of ETF products in the U.S. market, this profit model is facing unprecedented challenges. As the leader in the "American stack," with over 80% of its business coming from the U.S., Coinbase is most affected by this.



Starting from the approval of Bitcoin and Ethereum spot ETFs, traditional financial capital has significantly onboarded users and funds that originally belonged to exchanges in a more cost-effective, compliant, and transparent manner. The transaction fee revenue of cryptocurrency exchanges has started to decline, and this trend may further intensify in the coming months.


According to Coinbase's 2024 Q4 financial report, the platform's total trading revenue was $417 million, a 45% year-on-year decrease. The contribution of BTC and ETH's trading revenue dropped from 65% in the same period last year to less than 50%.


This decline is not a result of a decrease in market enthusiasm. In fact, since the approval of the Bitcoin ETF in January 2024, the inflow of BTC into the U.S. market has continued to reach new highs, with asset management giants like BlackRock and Fidelity rapidly expanding their management scale. Data shows that BlackRock's iShares Bitcoin ETF (IBIT) alone has surpassed $17 billion in assets under management. As of mid-May 2025, the cumulative net inflow of 11 major institutional Bitcoin spot ETFs on the market has exceeded $41.5 billion, with a total net asset value of $1214.69 billion, accounting for approximately 5.91% of the total Bitcoin market capitalization.


Chart showing the trend of net outflows for Grayscale among the 11 institutions


Institutional investors and some retail investors are shifting towards ETF products, partly due to compliance and tax considerations. On one hand, ETFs have much lower trading costs compared to cryptocurrency exchanges. While Coinbase's spot trading fee rate varies annually in a tiered manner but averages around 1.49%, for example, the management fee for IBIT ETF is only 0.25%, and the majority of ETF institution fees fluctuate around 0.15% to 0.25%.



In other words, the more rational users are, the more likely they are to move from exchanges to ETF products, especially for investors aiming for long-term holdings.


According to multiple sources, several institutions, including VanEck and Grayscale, have submitted applications to the SEC for a Solana (SOL) ETF, with some institutions also planning to submit an XRP ETF proposal. Once approved, this may trigger a new round of fund migration. According to a report submitted by Coinbase to the SEC, as of April, the platform's trading revenue from XRP and Solana accounted for 18% and 10%, nearly one-third of the platform's fee revenue.



However, the Bitcoin and Ethereum ETFs passed in 2024 also reduced the fees for these two tokens on Coinbase from 30% and 15% to 26% and 10%, respectively. If the SOL and XRP ETFs are approved, it will further undermine the core fee revenue of exchanges like Coinbase.


The expansion of ETF products is gradually weakening the financial intermediary status of cryptocurrency exchanges. From their original roles as matchmakers and clearers to now gradually becoming mere "on-ramps and off-ramps" for funds, exchanges are seeing their marginal value squeezed by ETFs.


Robinhood Takes a Stand, Traditional Brokerages Join the Fray


On May 12, 2025, SEC Chairman Paul S. Atkins gave a keynote speech at the Tokenization and Cryptocurrency Working Group roundtable. The theme of his speech revolved around "It is a new day at the SEC," where he indicated that the SEC would not approach enforcement and regulation the same way as before but would instead pave the way for cryptocurrency assets in the U.S. market.



With signs of cryptocurrency compliance such as the SEC's "NEW DAY" declaration, an increasing number of traditional brokerages are attempting to enter the cryptocurrency industry. One of the most representative cases is the well-known U.S. brokerage Robinhood, which began expanding its crypto business in 2018. By the time of its IPO in 2021, Robinhood's crypto business revenue accounted for over 50% of the company, with a significant boost from the Dogecoin "moonshot" promoted by Musk.


In Q1 2025 earnings report, Robinhood showcased strong growth, especially in revenue from cryptocurrency and options trading. Fueled by Trump's Memecoin, cryptocurrency-related revenue reached $250 million, nearly doubling year-over-year. Consequently, Robinhood Gold subscription users reached 3.5 million, a 90% increase from the previous year, with the rapid growth of Robinhood Gold providing the company with a stable source of income.



Meanwhile, RobinHood is actively pursuing acquisitions in the cryptocurrency space. In 2024, it announced a $2 billion acquisition of the long-standing European cryptocurrency exchange Bitstamp. Additionally, Canada's largest cryptocurrency CEX, WonderFi, which recently went public on the Toronto Stock Exchange, also announced its integration with RobinHood Crypto. After obtaining virtual asset licenses in the UK, Canada, Singapore, and other markets, RobinHood has taken a proactive approach in the compliant cryptocurrency trading market.



Furthermore, an increasing number of brokerage firms are exploring the same path. Futu Securities, Tiger Brokers, and others are also dipping their toes into cryptocurrency trading, with some having applied for or obtained the VA license from the Hong Kong SFC. Although their user bases are currently small, traditional brokerages have a natural advantage in user trust, regulatory licenses, and low fee structures. This could pose a threat to native cryptocurrency platforms in the future.



User Data Breach: Is Coinbase Still Secure?


In April 2025, security researchers discovered that some Coinbase user data was leaked on the dark web. While the platform initially responded by attributing it to a "technical misinformation," it still raised concerns among users regarding its security and privacy protection. Just two days before Dow Jones Indexes announced Coinbase's addition to the S&P 500 Index, on May 11, 2025, Coinbase received an email from an unknown threat actor claiming to have obtained customer account information and internal documents, demanding a $20 million ransom to keep the data private. Subsequent investigations confirmed the data breach.


Cybercriminals obtained the data by bribing overseas customer service agents and support staff, mainly in "non-U.S. regions such as India." These agents abused their access to Coinbase's internal customer support system and stole customer data. As early as February this year, blockchain detective ZachXBT revealed on X platform that between December 2024 and January 2025, Coinbase users lost over $65 million to social engineering scams, with the actual amount potentially higher.


Among the victims was a well-known figure, 67-year-old Ed Suman, an established artist in the art world for nearly two decades, having been involved in the creation of artworks such as Jeff Koons' "Balloon Dog" sculpture. Earlier this year, he fell victim to an impersonation scam involving fake Coinbase customer support, resulting in a loss of over $2 million in cryptocurrency. ZachXBT critiqued Coinbase for its inadequate handling of such scams, noting that other major exchanges have not faced similar issues and recommending Coinbase to enhance its security measures.


Amidst a series of ongoing social engineering incidents, although there has not been any impact on user assets at the technical level so far, it has raised concerns among many retail and institutional investors. Especially institutions holding massive assets on Coinbase. Just considering the U.S. BTC ETF institutions, as of mid-May 2025, they collectively hold nearly 840,000 BTC, and 75% of these are custodied by Coinbase. If we price BTC at $100,000, this amount reaches a staggering $63 billion, which is equivalent to the nominal GDP of two Iceland in the year 2024.


Visualization: ChatGPT, Source: Farside


In addition, Coinbase Custody also serves over 300 institutional clients, including hedge funds, family offices, pension funds, and endowments. As of the Q1 2025 financial report, Coinbase's total assets under management (including institutional and retail clients) reached $404 billion. The specific amount of institutional custodied assets was not explicitly disclosed in the latest report, but it should still be over 50% based on the Q4 2024 report.


Visualization: ChatGPT


Once this security barrier is breached, not only could the rate of user attrition far exceed expectations, but more importantly, institutional trust in it would undermine the foundation of its business. Therefore, after a hacking event, Coinbase's stock price plummeted significantly.


CEXs are All in Self-Rescue Mode


Facing a decline in spot trading fee revenue, Coinbase is also accelerating its transformation, attempting to find growth opportunities in derivatives and emerging assets. Coinbase acquired a stake in the options platform Deribit at the end of 2024 and announced the official launch of perpetual contract products in 2025. This acquisition fills in Coinbase's gap in options trading and its relatively small global market share.



Deribit has a strong presence in non-U.S. markets, especially in Asia and Europe. The acquisition has enabled Coinbase to gain a dominant position in bitcoin and ethereum options trading on Deribit, accounting for approximately 80% of the global options trading volume, with daily trading volume remaining above $2 billion.


Meanwhile, 80-90% of Deribit's customer base consists of institutional investors, with their professionalism and liquidity in the Bitcoin and Ethereum options market highly favored by institutions. Coinbase's compliance advantage, coupled with its already robust institutional ecosystem, makes it even more suitable. By using institutions as an entry point, it can face the squeeze from giants like Binance and OKX in the derivatives market.



Facing a similar dilemma is Kraken, which is attempting to replicate Binance Futures' model in non-U.S. markets. Since the derivatives market relies more on professional users, fee rates are relatively higher and stickiness is stronger, making it a significant source of revenue for exchanges. In the first half of 2025, Kraken completed the acquisition of TradeStation Crypto and a futures exchange, aiming to build a complete derivatives trading ecosystem to hedge the risk of declining spot transaction fee income.


With the surge of Memecoin in 2024, Binance, OKX, and various CEX platforms began massively listing small-market-cap, highly volatile tokens to activate active trading users. Due to the wealth effect and trading activity of Memecoins, Coinbase was also forced to join the battle, successively listing popular tokens from the Solana ecosystem such as BOOK OF MEME and Dogwifhat. Although these coins are controversial, they are frequently traded, with fee rates several times higher than mainstream coins, serving as a "blood-boosting" method for spot trading.


However, due to its status as a publicly traded company, this practice is a riskier endeavor for Coinbase. Even in the current crypto-friendly environment, the SEC is still investigating whether tokens like SOL, ADA, and SAND constitute securities.


In addition to the forced transformation strategies carried out by the aforementioned CEXs, they are also starting to lay out RWAs and the most talked-about stablecoin payment fields, such as the PYUSD launched through a collaboration between Coinbase and Paypal, Coinbase's support for the Euro stablecoin EURC by Circle that complies with EU MiCA regulatory requirements, or the USD1 launched through a collaboration between Binance and WIFL. In the increasingly crowded trading field, many CEXs have shifted their focus from just the trading market to the application field.


The golden age of transaction fees has quietly ended, and the second half of the crypto exchange platform game has silently begun.


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After Surging 40%, Has Ethereum Price Peaked Upon Exiting the Craze?

Whether you are an insider or an outsider, these days you must be familiar with the news about Ethereum. The reason is simple, causing Ethereum enthusiasts to sigh with emotion and almost throwing off-guard those who defend Ethereum, Ethereum, with a "3-day surge of 40%," climbed to the top of the Douyin Hot List.



Where Does the Rally Come From?


As we all know, Ethereum launched the Pectra upgrade on May 7th. This most significant network upgrade since early 2024 integrates the Prague execution layer hard fork and the Electra consensus layer upgrade, significantly improving Ethereum's performance through 11 improvement proposals. The account abstraction feature (EIP-7702) allows users to flexibly manage wallets through social media accounts or multi-signature schemes, reducing the user threshold, attracting more users and developers. The staking mechanism optimization increases the validator ETH cap from 32ETH to 2048ETH and introduces a flexible withdrawal method, making it easier for institutions and individuals to participate in network security, enhancing the market's confidence in Ethereum's long-term value.


At the same time, Pectra optimized the interaction efficiency of Layer 2 networks such as Arbitrum and Optimism, making transactions faster and cheaper, leading to a surge in on-chain activity. As a crucial step for Ethereum's transition from "2G" to "5G," the Pectra upgrade not only enhances network vitality but also "recharges confidence" in the market, directly driving the price increase.



Related Reading: "Ethereum Skyrockets 22% in One Day, E Enthusiasts Rejoice"


It's not just Ethereum itself, as Wall Street also brought important bullish news.


The world's largest asset management company, BlackRock, proposed to the SEC allowing Ethereum ETFs for staking. This proposal is expected to elevate Ethereum ETFs from a mere investment tool to a bond-like "interest-bearing asset," bringing investors both capital appreciation and passive income, igniting market optimism about Ethereum's future potential.



Specifically, BlackRock has proposed to amend its S-1 filing to allow investors to create and redeem ETF shares directly with Ethereum instead of the U.S. dollar (i.e., in-kind redemption). This move, combined with its $2.9 billion BUIDL Fund launched in March 2024, aims to deepen the integration of traditional finance with blockchain. The BUIDL Fund is a tokenized fund operating on the Ethereum network, investing in traditional assets such as U.S. Treasury bonds. This setup is highly attractive to institutional investors, as they can not only benefit from Ethereum's price appreciation but also earn stable cash flow through staking.


Robert Mitchnick, BlackRock's Head of Digital Assets, stated in a CNBC interview in March 2025 that the addition of staking functionality will significantly enhance the appeal of the Ethereum ETF. He admitted that when the Ethereum spot ETF was launched in July 2024 without staking functionality, the market demand was lackluster, and staking could be the key to reversing this trend.


Meanwhile, the SEC's shifting stance on cryptocurrency regulation has also fueled this upward trend. During the tenure of the previous SEC chairman, the regulatory approach was tough, and staking was strictly viewed through the Howey test as a potential unregistered security. Therefore, when approving the Ethereum spot ETF in May 2024, staking functionality was explicitly prohibited.


However, with Trump back in the White House and Paul Atkins taking over the SEC, there has been a noticeable relaxation in crypto regulation. Apart from BlackRock, ETF issuers such as Invesco Galaxy, VanEck, WisdomTree, and 21Shares have also submitted applications for similar staking and in-kind redemption.


Related reading: "New Chairman Takes Office, SEC Transforms into 'Crypto Daddy' Within 48 Hours"


If staking ETFs are approved, the benefits are likely to go beyond price appreciation. The introduction of staking functionality could redefine the role of crypto assets, making them more similar to traditional financial products that provide returns and value appreciation, thereby driving Ethereum closer to mainstream finance.


Currently, the SEC still needs to address several decisions related to crypto ETFs, including whether to approve ETFs for Solana, XRP, Litecoin, and even Dogecoin. With the calls for an "altcoin season" growing louder, Ethereum's strong performance may just be the beginning of a larger crypto market frenzy.


In addition, the Trump family-related DeFi project WLFI is also bullish on this wave of rise, with frequent on-chain activities. According to on-chain data analyst @ai_9684xtpa's monitoring, a WLFI-related address is currently borrowing coins to go long on ETH, borrowing 4 million U from Aave to buy 1590 ETH at an average price of $2515 per ETH.


Has Ethereum's Price Peaked in This Wave?


For this epic surge of Ethereum after half a year of silence, the community has indeed gained more confidence and hope, which has also led to a revival of the entire altcoin market. However, amidst the joy, there are also voices of pessimism. Below is a summary conducted by BlockBeats based on community discussions.


The optimists point out that the current market structure is similar to the eve of the bull markets in 2016 and 2020, predicting a life-changing surge in the next 3-6 months, where some altcoins may even achieve astonishing single-day gains of up to 40%.


@liuwei16602825 stated that this surge signifies the return of the bull market as a sure thing. There is no need to worry about a pullback. The driving force behind the surge uses a high-cost isolated operation, fearing a drop more than any retail investor and will definitely do everything to support the price.


Related Reading: "Ethereum Leads the Surge Triggering the 'Altcoin Season' Speculation, How Do Traders View the Future Market?"


The bears mainly believe that this surge is different from the bull market of 2021, as the current market lacks the confidence of large-scale retail investors entering and holding positions for the long term, with funds rotating too quickly.


@market_beggar observed that a Bitfinex E/B whale has started to close positions and believes that if this whale maintains its high-speed position-closing operation for the next few days, it can be inferred that the whale no longer sees the upside potential of ETH, preparing to take profits and exit. The closing time will be a key focus going forward.



@FLS_OTC stated that there are still many uncertainties at the macro level, and the liquidity cannot support a major bull market. At this stage, it is a "last hurrah," not a complete reversal, and will continue to remain in a short position.


@off_thetarget believes that after ETH transitioned from POW to POS, it lost the "gold standard" of mining machine power cost support. The staking economic model led to a breakdown in value anchoring. Additionally, the L2 ecosystem (such as Starknet, zkSync, etc.) suffered from liquidity fragmentation, failing to establish an effective capital inflow mechanism, causing the collapse of the split disc pattern. Furthermore, the ETH community's excessive pursuit of technical narratives divorced from real-world needs resulted in a weak ecosystem growth. Therefore, he believes that ETH's intrinsic value system has crumbled, and the price is bound to plummet to the 800-1200 range, with a decisive short position at 1800.


@Airdrop_Guard, based on the core logic of the "High Probability Trading Strategy," where three sets of underlying logic different trading systems (such as volume depletion, price supply-demand, long/short position funding rate, etc.) simultaneously issue a short signal at the same point (2580), creating a high-probability trading opportunity. He emphasizes that these systems must be based on different algorithms and logics (rather than mere technical indicator overlays). The current ETH trend aligns with the short conditions in multiple independent dimensions of his trading system, hence the decision to short.


Overall, Bitcoin still maintains over 54% market dominance, and institutional funds' continued preference for it may limit the altcoin's upward potential. The market's future direction will depend on multiple factors, such as Bitcoin's price trend, global macroeconomic conditions, and whether funds can effectively rotate from Bitcoin to the altcoin sector.


Although Ethereum's recent leadership in the market has brought about optimistic sentiment, investors still need to remain rational as different sectors of altcoins are likely to show divergence in trends. Whether this round of Ethereum's rise will usher in a true altcoin frenzy may require more time and conducive conditions.


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