Today, anyone who wants to become an Ethereum validator directly must first queue for more than a month.
As of July 22, approximately 2.5 million ETH remained in Ethereum’s validator entry queue, with an estimated wait of more than 43 days. By contrast, the wait to exit was only a few minutes and was virtually negligible.
The numbers point to one clear conclusion: the growing amount of staked ETH is pulling an increasing share of ETH out of market circulation.
But more important than the growth in staking itself is the fact that the queue is becoming a capital-efficiency issue. For ETH treasury companies and institutions pursuing native staking, a wait of more than 40 days means that a substantial pool of assets remains temporarily unable to generate staking rewards. Asset allocation, liquidity planning, and opportunity costs must all be recalculated.
Ultimately, as ETH moves deeper onto balance sheets, the central question facing staking is no longer simply how to attract more participants. It is becoming a more traditional—and far more complex—asset-management challenge.
1. With the Staking Ratio at an All-Time High, How Should We Understand the Queue?
Ethereum’s current staking ratio did not emerge overnight.
In 2023, the Shapella upgrade—Shanghai plus Capella—enabled staking withdrawals, allowing validators to recover their staked principal and rewards at the protocol level. This completed the basic lifecycle of entering, operating, and exiting Ethereum staking.
The market for liquid staking derivatives then expanded rapidly, driving the ETH staking ratio steadily higher.
At the time of writing, more than 40 million ETH has been staked, worth approximately $140 billion at current prices and representing more than 33% of the total supply. That is a significant increase from the roughly 10% staking ratio recorded several years ago and marks a new all-time high.
In other words, more than one in every three ETH is now staked.
Against this backdrop, the persistently long entry queue reveals a new challenge.
Ethereum’s entry and exit queues are, in essence, rate-limiting mechanisms designed to protect consensus stability. An unlimited amount of ETH cannot enter the validator set simultaneously, nor can validators exit in large numbers within a short period. The protocol determines how much ETH can enter or leave during each epoch based on the current size of the validator set. When demand exceeds that processing capacity, a queue forms.
From this perspective, the 2.5 million ETH waiting to enter indicates that demand for staking capacity substantially exceeds the rate at which the protocol can currently admit new stake.
This demand may come from newly committed long-term capital, treasury companies deploying existing holdings, staking providers restructuring their validator operations, or institutions moving ETH from custody accounts into the staking system.
The signal is clear: at least for now, far more capital is seeking to enter Ethereum’s staking system than to leave the validator set.
This is notably different from the staking model that prevailed when the Beacon Chain first launched.
In its earliest phase, ETH staking was primarily a network-participation mechanism for technically experienced users, independent validators, and long-term Ethereum supporters. Participants operated nodes, helped maintain the network, and assumed technical risks in exchange for protocol rewards.
With the rise of liquid staking, it gradually became an on-chain yield product for ordinary ETH holders. Exchange-based staking, staking-as-a-service providers, and staking pools lowered the technical barriers to participation. Liquid staking protocols such as Lido and Rocket Pool further improved the usability of staked capital by issuing liquid staking tokens such as stETH and rETH. These tokens could be transferred and traded or deployed in lending markets, liquidity pools, and other DeFi protocols.
Now, as large amounts of ETH move into corporate treasuries, fund products, and professional custody systems, staking is entering a third phase. The question is shifting from “Who can participate in staking?” to “How should ETH be managed at scale?”
Institutionalization does not mean that early staking was entirely dominated by retail users, nor does it suggest that institutions will replace ordinary participants. More precisely, the focus of the market discussion is changing.
In the past, the primary concern was how ordinary users could access staking rewards. Today, the question is how staking can become a standardized treasury-management capability once hundreds of thousands—or even millions—of ETH enter corporate balance sheets.
2. The Structural Shift Behind BitMine and Other Institutions
The emergence of ETH treasury companies is making this transition increasingly visible.
The core strategy of a Bitcoin treasury company is to accumulate BTC through financing and capital-market operations, thereby increasing the amount of Bitcoin represented by each share. For an ETH treasury company, however, simply holding the asset is not the end of the strategy.
BTC does not generate protocol-native staking rewards. To earn additional returns, holders generally need to introduce lending, custody, derivatives, or other forms of counterparty risk. ETH, by contrast, can participate directly in Ethereum consensus and earn protocol rewards without being sold.
This gives ETH treasuries an additional layer of operational flexibility. Beyond deciding how much ETH to acquire, they must also decide how that ETH should be deployed.
BitMine’s strategy offers one of the clearest examples of this institutional approach.
According to its latest disclosure, BitMine held 5,777,468 ETH as of July 19, representing approximately 4.8% of the total ETH supply. Of that amount, 4.917 million ETH—around 85% of its total holdings and worth approximately $9.2 billion—had been staked.
Based on the ETH price at the time and BitMine’s own seven-day annualized staking yield of 2.67%, the company expected to generate approximately $247 million in annual staking income. If all its ETH is eventually staked, its annual rewards could reach around $290 million.
Even more notable is the speed at which these figures have changed.
In early February, BitMine had approximately 2.8975 million ETH staked, representing around 67% of its holdings at the time. By mid-July, its staked holdings had increased to approximately 4.9172 million ETH.
In less than six months, BitMine deployed more than 2 million additional ETH, raising its staking coverage from roughly two-thirds of its holdings to 85%.
This shows that Tom Lee and BitMine are rapidly putting their ETH to work through staking. The ETH on the company’s balance sheet is no longer simply a crypto asset waiting to appreciate. It is becoming an on-chain foundational asset with native yield-generating capabilities.
For ordinary investors, the staking ratio may be little more than a yield option. For BitMine, it is becoming a treasury operating metric alongside total ETH holdings, net asset value per share, and financing costs.
BitMine has also launched MAVAN, its proprietary institutional-grade staking platform, to support the company’s own ETH treasury. It eventually plans to offer staking infrastructure to institutional investors, custodians, and ecosystem partners. For more, see “Ethereum in Hong Kong: When the 'World Computer' Meets the 'Yield-Bearing Asset'."
Staking therefore serves at least three purposes for BitMine.
First, it adds an ETH-denominated return to the company’s long-term holdings. Second, staking rewards can be compounded, increasing the amount of ETH held in the treasury. Finally, if the company opens its validator infrastructure to external clients, staking infrastructure could itself become a service business.
Sharplink has taken this model a step further, moving beyond native staking toward active yield management. For Sharplink, base staking rewards are only the starting point. A portion of its staked ETH can also be allocated to on-chain yield funds and deployed across DeFi strategies such as liquidity provision and lending.
Lido V3 represents a similar shift at the infrastructure level.
Previously, users and institutions primarily entered a standardized liquid staking pool. Institutions can now use more isolated staking vaults to select their own node operators, fee structures, and risk parameters while retaining the option to access stETH liquidity.
Liquid staking is therefore evolving from a standardized product into isolated, customizable, institutional-grade infrastructure.
Competition among ETH treasury companies may consequently extend beyond who holds the most ETH. It may also depend on who can manage that ETH at the lowest cost, maintain the highest validator uptime, and implement the most robust risk controls.
From this perspective, ETH is evolving from a crypto asset that simply waits to appreciate into an asset that requires continuous operation.
3. If Yields Are Modest, Why Is Staking Becoming More Important?
At the time of writing, Ethereum’s network-wide staking APR was approximately 2.64%.
To be fair, this is not an especially high return compared with some DeFi products. As more ETH enters staking, the base yield may also be diluted further.
Yet institutional demand for staking cannot be understood solely in terms of the headline yield. Staking reduces the opportunity cost of holding ETH over the long term.
For short-term investors, an annual return of 2% to 3% is unlikely to offset ETH’s price volatility. For treasury companies, funds, and large holders that have already decided to maintain long-term ETH exposure, however, the calculation is different.
If ETH is already on the balance sheet, the objective is to keep accumulating more ETH by helping secure the network—without giving up exposure to the asset’s price. Further reading: “Yield-Bearing Ethereum: What BlackRock’s ETHB Signals for the Institutionalization of Staking”
The logic is straightforward. For an ordinary user holding 100 ETH, a 2.6% return may not appear particularly significant. For a treasury company holding millions of ETH, the same yield produces substantial absolute income and, through long-term compounding, can gradually increase the amount of ETH represented by each share.
This is one of the most important differences between ETH and BTC within the corporate treasury narrative.
Once ETH enters an institutional balance sheet, the treasury department is no longer managing a static position. It is managing an on-chain asset that can be continuously deployed, accounted for, and adjusted.
As institutional participation grows, native staking yield may also begin to serve another function: becoming the benchmark rate for the broader ETH asset ecosystem.
Consider a DeFi strategy promising a return of 5%, 8%, or more. Institutions will no longer compare “earning yield” with “earning no yield.” Instead, they will ask how much additional return the strategy provides over the approximately 2.6% available through native staking—and what additional risks must be assumed to earn it.
Lending, liquidity provision, structured products, and restaking strategies must all demonstrate that their risk-adjusted returns are reasonable relative to this base yield.
From this perspective, the importance of staking’s next phase lies not only in how much additional ETH it generates for holders. Staking is also becoming the underlying benchmark against which other on-chain strategies are measured.
It should not, however, be treated as Ethereum’s “risk-free rate.”
Stakers remain exposed to ETH price volatility, validator downtime, node failures, and potential penalties or slashing. Participating through a service provider introduces additional operator and custodian risks. If the assets are subsequently deployed in DeFi, risks compound with every additional protocol and strategy layer.
A higher staking ratio does not bring only upside. If most new stake becomes concentrated among a small number of treasury companies, custodians, liquid staking protocols, and node operators, it could increase the concentration of validators, cloud-service providers, and jurisdictions.
As staking evolves from a network-participation mechanism into an institutional asset-allocation tool, Ethereum must therefore address more than how to accommodate additional capital. It must also determine how to balance capital efficiency and institutional demand with decentralization.
Final Thoughts
From the 32 ETH validator requirement introduced with the Beacon Chain, to liquid staking protocols lowering the barrier to participation, and now to treasury companies, proprietary validator networks, and institutional on-chain yield funds, the evolution of staking reflects a broader change in how the market understands ETH.
Staking began as a mechanism for participating in network consensus. It then became a way for ordinary users to earn on-chain yield. Now, it is entering corporate balance sheets, custody systems, and professional yield-management frameworks.
For long-term holders, a return of 2% to 3% may not appear particularly impressive.
But ETH no longer needs to sit idle in an address or custody account while waiting to appreciate. It can help secure the network, earn protocol rewards, compound over time, retain a degree of liquidity, and increasingly serve as a foundational asset for other financial strategies.
This may become one of the defining themes of ETH's next era.