Two notable developments have recently emerged in Ethereum staking.
The first is 34.7%.
As of late August, approximately 42.4 million ETH was staked across Ethereum—about 34.7% of the total supply and a new all-time high. More strikingly, over 2.2 million ETH was still waiting in the validator entry queue. At the current activation rate, new staking deposits need to wait nearly 39 days before activation.
The second development came from traditional finance.
In August, Fidelity continued laying the groundwork for staking through its Fidelity Ethereum Fund (FETH). Fidelity entered into custody agreements with Anchorage Digital and BitGo and established a mechanism for allocating staking rewards.
These two seemingly unrelated developments reflect the same broader shift. Over the past six months, Ethereum staking has rapidly evolved from a relatively technical onchain operation into an increasingly standardized form of asset management.
For ordinary ETH holders, this raises a more practical question than whether to stake:
If you decide to stake, should you run your own node, choose non-custodial native staking, use Lido, or simply leave your ETH on an exchange?
1. Staking Is No Longer Just About “Locking Tokens to Earn Yield”
Let us begin with the fundamentals.
After The Merge, Ethereum moved away from proof of work. Validators now stake ETH to participate in block validation and consensus.
The minimum requirement for operating an independent validator is 32 ETH.
Validators earn consensus-layer rewards from the Ethereum protocol by remaining online, submitting correct attestations, and proposing blocks when selected. Conversely, prolonged downtime can result in penalties, while serious violations such as double-signing may lead to slashing.
From this perspective, staking rewards are not “interest” generated from nothing. Users help secure Ethereum by staking ETH and receive protocol rewards in return.
For years, however, Ethereum staking had a somewhat counterintuitive limitation: rewards did not compound natively.
With legacy 0x01 validators, any balance above 32 ETH—including an additional 0.5 or 1 ETH earned in consensus-layer rewards—was periodically swept to the withdrawal address instead of continuing to participate in staking.
To stake those rewards again, users had to accumulate enough funds to meet the staking requirement and deploy another validator.
Pectra changed this.
The maximum effective balance of the new 0x02 validators is 2,048 ETH. Once the balance exceeds 32 ETH, it can continue increasing the validator’s effective balance under protocol rules. For long-term stakers, the previous cycle of “earn rewards, withdraw them, and redeploy the funds” can now be completed automatically within Ethereum’s native protocol for the first time.
Further reading:“As 8 Million ETH Starts Moving, Is Ethereum Staking Undergoing a Structural Shift?”
Looking at developments over the past six months, ETH staking is clearly moving beyond the relatively basic model of “lock 32 ETH and earn rewards” toward a more mature asset-management system.
Fidelity’s proposed move to incorporate staking rewards into an exchange-traded product addresses the question of who stakes on behalf of traditional investors. Pectra improves capital efficiency at the validator level. Liquid staking protocols such as Lido provide liquidity, while professional node operators separate validator operations from control over assets.
Comparing staking options today therefore requires more than looking at APR. Users need to weigh several factors together.
2. Four Ways to Stake ETH—and What Actually Sets Them Apart
ETH staking options currently available to ordinary users can broadly be divided into four paths.
On the surface, they may appear to be four different ways of earning the same rewards. Their fundamental differences, however, lie in which responsibilities users delegate and which risks they assume.
1. Running Your Own Node: The Most Direct Protocol Rewards and the Greatest Control
The purest form of ETH staking is to provide 32 ETH, run execution- and consensus-layer clients, and maintain your own validator.
You decide how the node is deployed, which clients it runs, and when the validator exits. Protocol rewards also do not need to be shared with a liquid staking protocol or exchange.
The barriers are considerably higher, however.
In addition to at least 32 ETH, you need reliable hardware and internet connectivity. You must also maintain client software, monitor validator performance, and protect the validator’s keys over the long term.
Ultimately, running your own node means exchanging greater technical and operational responsibility for maximum control and more direct access to staking rewards.
2. Non-Custodial Native Staking: Keep Control of Your Assets While Outsourcing Operations
The second option can be understood as a middle ground between solo staking and fully custodial staking.
Users still provide 32 ETH to create an independent validator. Their ETH enters Ethereum’s native staking system and is not exchanged for another token, while responsibility for operating the node is delegated to a professional provider.
The most important distinction is that withdrawal authority can be separated from day-to-day validator operations.
Ethereum validators use different keys for different purposes. The signing key is used for routine validator duties, including signing attestations and block proposals, and can be managed by a professional node operator. The withdrawal key, which determines where the principal and rewards can ultimately be withdrawn, remains under the user’s control.
This separation is a critical dividing line between non-custodial native staking and custodial staking through an exchange.
imToken’s non-custodial ETH staking service, for example, follows this model. Further reading:“What Is imToken’s Non-Custodial ETH Staking Service?”
Users with at least 32 ETH can create an independent validator. They retain control over the withdrawal key while professional infrastructure providers handle node operations. imToken also offers a choice between compounding and auto-withdrawal validators.
This option is best suited to users who have at least 32 ETH, want native staking rewards, value self-custody, but do not want to maintain a validator themselves every day.
“Non-custodial,” however, does not mean “free of third-party risk.” A node operator could still experience downtime, configuration errors, or even a slashing event.
What users delegate is therefore not ownership of the assets, but the operational risk associated with running the validator.
3. Lido: Trading Some “Nativeness” for Liquidity
For users who do not have 32 ETH—or simply do not want their ETH tied up while waiting in a validator exit queue—liquid staking offers a very different path.
Lido is the most prominent example.
When users deposit ETH into Lido, the protocol allocates the funds to node operators for Ethereum staking and issues stETH to users in return.
ETH that would otherwise remain locked in staking and could not be transferred directly is therefore represented by a liquid onchain asset. Users can transfer or trade stETH and deploy it across DeFi applications such as lending protocols and liquidity pools.
Users who want to exit can redeem stETH for ETH through Lido’s withdrawal process or sell it for ETH directly on a decentralized exchange. The latter does not require waiting for the underlying validators to exit, but the user must accept the prevailing market price and slippage.
stETH also reflects accumulated staking rewards through a rebasing mechanism. For ordinary users, this largely removes the need to claim rewards and manually restake them.
That convenience comes with an additional layer of risk.
Lido charges a protocol fee and allocates portions of the rewards to node operators, the DAO treasury, and other participants, with users receiving the remainder. More importantly, liquid staking introduces risks involving Lido’s smart contracts, protocol governance, node operators, and stETH’s secondary-market liquidity.
It is also important to understand that the market price of stETH is not fixed at exactly 1 ETH and may trade at a discount during periods of heavy selling.
Using stETH in additional DeFi protocols introduces further smart-contract and liquidation risks.
imToken’s ETH staking interface is also integrated with Lido. Users can participate in liquid staking and hold stETH directly without owning 32 ETH.
4. Exchange Staking: The Lowest Barrier, but What You Hold Is a Platform Promise
The final option—and perhaps the one most familiar to new users—is to deposit ETH on an exchange and tap “Staking.”
From a user-experience perspective, this is undoubtedly the simplest approach.
There is no need to provide 32 ETH, understand validator infrastructure, manage signing or withdrawal keys, or worry about whether a server goes offline.
The exchange pools ETH from many users, operates validators, and credits a portion of the rewards to user accounts according to its own rules.
For the same reason, however, this option requires the greatest degree of trust.
When an exchange displays “1 ETH staked,” that balance is often first and foremost an entry in the platform’s internal account system. How the underlying validators are deployed, how much ETH is actually staked, how rewards are compounded, how much the platform deducts, and how redemptions are funded all depend on the platform’s product design.
More importantly, the assets themselves are held in custody by a centralized platform.
This does not mean exchange staking is necessarily a poor choice. For beginners who already keep ETH on an exchange for the long term and do not intend to manage an onchain wallet themselves, it may still offer the lowest operational barrier.
But that convenience comes from delegating custody, validator operations, reward allocation, and the entire exit process to the platform.
3. There Is No Single “Highest-Yield” Option—Only a Risk Mix That Fits You Better
Putting the four options side by side reveals an interesting pattern.
The evolution of Ethereum staking products is not driving every solution toward the same endpoint. Instead, the market is unbundling and recombining the capabilities different users actually need.
- Running your own node maximizes control.
- Non-custodial native staking separates ownership of funds from validator operations.
- Lido recombines staking rewards with liquidity.
- Exchanges hide more of the underlying complexity, offering the lowest operational barrier in exchange for centralized custody.
Fidelity’s plan to incorporate staking into an exchange-traded product takes this one step further. Investors may not need to hold ETH onchain or understand how validators operate. A traditional financial product can manage custody, node operations, reward generation, and the eventual distribution of staking proceeds.
From this perspective, staking is increasingly becoming part of mainstream financial infrastructure.
So how should ordinary users choose?
If you have at least 32 ETH, possess the necessary technical skills, place a high value on independent control, and want to participate directly in the Ethereum network, running your own validator still provides the greatest control.
If you also have at least 32 ETH but do not want to handle long-term validator maintenance—and still want to retain withdrawal authority—non-custodial native staking offers a natural compromise.
If you hold less than 32 ETH or regularly trade, lend, and use other DeFi applications, a liquid staking solution such as Lido provides considerably greater flexibility in exchange for an additional layer of protocol risk.
Exchange staking is better suited to users who already accept centralized custody and want to minimize operational complexity, provided they understand that platform risk does not disappear simply because the interface includes a “Staking” button.
When comparing Ethereum staking options today, APR should not be the first metric users compare.
Suppose two products differ in annualized yield by only a few tenths of a percentage point. One requires users to surrender complete custody to a third party, while the other leaves withdrawal authority in their own hands. One requires waiting in the validator exit queue, while the other allows users to sell an LST on the open market. One compounds rewards natively, while the other depends on how a platform processes and distributes them.
These differences are often far more important than the headline APR.
Staking rewards never exist in isolation.
How much you earn, how much liquidity and control you give up to earn it, and how much additional risk you assume are all part of the same calculation.