An Ethereum investment product can advertise staking exposure without putting every unit of its ETH to work. Lido’s October 23 comparison of European exchange-traded products brings attention to the cash-management choices behind the reward figures investors see.

• Lido argues that staking allocation, fees and liquidity management shape ETP rewards.
• Native staking withdrawals depend on network processes and queues.
• A transferable staking token adds a market exit route, with its own execution risks.

The reward rate applies to the capital actually earning it

In its new institutional note, Lido says products holding an unstaked liquidity buffer may earn rewards on less than their full ETH exposure. It promotes liquid staking as an alternative and uses WisdomTree’s stETH-backed product as an example. Lido has a commercial interest in that comparison.

The arithmetic is straightforward even without ranking any funds. In an illustrative product with 100 ETH, a 20 ETH unstaked buffer would leave 80 ETH generating staking rewards. If the staked portion earned 3% over a year, it would produce 2.4 ETH before fees and other adjustments. Those are hypothetical inputs, not a forecast or a quoted product return.

A buffer is not necessarily wasted capital. It can provide liquidity when redemptions arrive or when other processes take time. The useful question is what operational benefit the buffer buys and how much reward the product gives up in exchange.

Ethereum’s withdrawal documentation explains that exiting validators pass through network processes and that demand can affect the timeline. A fund’s need to meet a commercial deadline does not accelerate the underlying protocol queue.

Liquid staking replaces one constraint with another market

A transferable claim on staked ETH can be sold without waiting for every underlying validator to exit. But a sale needs buyers at an acceptable price. Transferability does not guarantee that a large transaction will execute at the value used in a fund’s accounting.

During ordinary trading, market makers may bridge that gap efficiently. Under stress, the amount of available liquidity and the cost of absorbing an order become more important. A structure that supports full staking can still face a difficult execution decision when many holders seek liquidity together.

The broader point echoes Bitcoin products using options for downside management: the underlying asset’s name cannot fully describe the investor’s payout.

Likewise, the process examined in CoinShares’ fund liquidation shows why redemption rules deserve attention before a deadline arrives. Trading a share and withdrawing its underlying exposure are distinct operations.

NewsBTC’s coverage of corporate Ethereum staking adds another comparison: an equity holder owns a company with financing and management decisions, rather than a simple balance of staked coins.

Lido’s note is therefore most useful as a prompt to examine the complete structure. Allocation, net reward sharing, liquidity arrangements and market depth must be read together before two headline staking rates can be meaningfully compared.

Written by the News Desk and edited by Samuel Rae.

Lido has opened a permissionless route to Ethereum validators that can hold much larger effective balances, but the first allocation is deliberately limited. Its October 23 launch of 0x02 Community Staking Module separates gaining access from receiving the full amount of stake a validator could eventually support.

• Lido says its new 0x02 CSM is live.
• Operators supply a bond while protocol allocations arrive in stages.
• Existing 0x01 operators can continue without switching modules.

A larger validator is funded through two queues

The launch announcement sets the bond at 32 ETH for the first key and 30 ETH for each additional key. Lido supplies the allocated stake. New keys first receive a 32 ETH seed deposit; further deposits follow after activation through a separate top-up queue.

The module starts with a 0.01% share limit of Lido Core’s total value locked and 32 top-up seats. Further capacity increases depend on a staged governance process and sufficient protocol inflows. A maximum balance is therefore a technical ceiling, not an immediate allocation promise to every operator.

The Ethereum change underneath this is EIP-7251, which allows a validator’s effective balance to rise to 2,048 ETH while retaining a lower activation requirement. More stake can consequently be represented by fewer validator keys.

For an operator, fewer keys can simplify parts of administration. It also makes the amount controlled by each operational setup more consequential. Key count alone becomes a weaker way to judge how broadly stake is distributed.

That distinction fits the concentration questions examined in NewsBTC’s network-resilience coverage. Independent operators, infrastructure diversity and correlated failures all matter alongside the number of validators.

The entry bond is only one part of the operating decision

An operator’s experience depends on how long a key waits for activation, how quickly additional stake arrives and how reliably the validator performs. A favorable projection at full allocation cannot describe the whole period between posting a bond and reaching that allocation.

The comparison with solo staking also requires care. A bonded operator receiving protocol stake and a solo staker providing all the capital are taking different roles. The same percentage headline can conceal different denominators, duties and sources of reward.

Large corporate ETH treasuries illustrate how staking decisions can involve substantial balances. The new CSM route instead concerns how independent operators can service stake allocated through Lido.

It is separate, too, from Ethereum’s execution-capacity tests. Supporting larger validators does not by itself raise the volume of application transactions a block can carry.

The staged launch gives the market concrete milestones to observe: activated keys, completed top-ups and approved capacity increases. Those measurements will show whether the permissionless route is expanding in practice, beyond the largest balance allowed by its design.

Written by the News Desk and edited by Samuel Rae.

TL;DR: Ethereum developers have removed the planned October 26 Glamsterdam activation on Hoodi while they investigate EIP-8037 interactions with existing contracts; no replacement date has been announced.

Ethereum developers have pulled the October 26 activation of Glamsterdam on the Hoodi testnet, introducing a pause that matters directly to operators preparing for the next network upgrade.

The Ethereum Foundation said Thursday that developers want additional time to investigate how EIP-8037 interacts with existing mainnet smart contracts. The old Hoodi target, October 26 at 17:42:48 UTC, epoch 132,352, is no longer valid. A replacement activation time has not been chosen.

This is a testnet scheduling decision, not a rollback of transactions already confirmed on Hoodi, and it should not be presented as an announced delay to a specific Ethereum mainnet launch date.

The change extends beyond one activation flag

The decision removes the planned Amsterdam execution-layer activation and the Gloas consensus-layer activation from Hoodi's schedule. It also drops the accompanying plan to raise the testnet gas limit to 200 million at that epoch.

Those details matter because network upgrades involve multiple pieces of client software agreeing on exactly when a change takes effect. If a validator or node follows the original schedule after everyone else has removed it, the result can be a chain incompatibility rather than a harmless configuration mismatch.

The Foundation has therefore told operators to check revised instructions for both execution and consensus clients. Earlier compatibility tables cannot be assumed to reflect the postponement. A client version that was correct for the previous schedule might now need a new configuration or update.

Why a testnet pause can be constructive

Major blockchain upgrades are supposed to encounter their difficult questions in testing, before real economic activity depends on the new rules. EIP-8037's compatibility issue is the reason given for the pause, but the Foundation has not published a definitive diagnosis establishing a particular live exploit or failure.

The next useful signal will be a documented resolution, updated client releases and a fresh Hoodi activation epoch. Developers can then measure whether applications, block builders and validators behave as intended under the revised rules.

For ETH investors, the immediate effect is mainly on the upgrade calendar and development expectations. Ethereum's existing mainnet continues to operate under its current rules. For infrastructure teams, however, the message is operational and urgent: do not leave an obsolete October 26 activation hard-coded in production-like test systems.

A cautious testnet postponement is less exciting than a launch, but it is precisely how an upgrade process should handle an unresolved compatibility concern.

Source: blog.ethereum.org original announcement or data.

Related Reading: Ethereum; smart contracts; staking.

Written by the News Desk and edited by Samuel Rae.

TL;DR: Ethereum ETFs returned to net inflows on October 21 after five negative sessions. The $14.9 million gain was modest, with Grayscale and Fidelity offsetting continued withdrawals from BlackRock’s ETHA.

The losing streak ended. The recovery in Ethereum fund demand was considerably less decisive.

US spot Ether ETFs recorded $14.9 million in net inflows on Wednesday, Farside Investors’ figures show. Grayscale’s ETH product brought in $28.1 million and Fidelity’s FETH added $13 million, while BlackRock’s ETHA lost $29.3 million.

Smaller positive readings from Bitwise, Franklin and Morgan Stanley helped leave the overall total above zero. The other listed products recorded no net movement.

A Positive Session After A $388.9 Million Drain

The five preceding trading days, October 14 through October 20, produced combined withdrawals of $388.9 million. Wednesday recovered approximately 3.8% of that sum, based on the same table.

That makes the change in direction useful without making it a full repair. The aggregate turned positive because subscriptions at some providers exceeded redemptions at another, rather than because every major fund began attracting money simultaneously.

Issuer differences deserve attention. Investors can move between competing products, change portfolio exposure or manage positions for reasons a daily aggregate does not disclose. The data establishes the net result; it cannot identify the motives of the underlying accounts.

The Next Test Is Persistence

For Ethereum, a small inflow after sustained withdrawals removes one immediate source of pressure. It does not settle the larger question of whether demand for the investment products is rebuilding.

A stronger recovery would involve repeated positive totals, with contributions from more than a narrow set of funds. Continued redemptions at a large product could still outweigh subscriptions elsewhere, as the recent sequence demonstrates.

Fund flows also need to be kept separate from network activity. ETF subscriptions measure demand for a particular investment wrapper. They do not directly measure Ethereum transaction fees, staking participation or how much value applications settle.

Wednesday’s session therefore changes the description from an uninterrupted outflow run to an uneven pause in selling. The next few daily reports will show whether that pause develops into something more durable.

Related Reading

• Ethereum ETFs Lose $320 Million In A Week As Bitcoin Outflows Slow
• Ethereum ETFs Lose $201.9 Million As Bitcoin Funds Return To Inflows
• BlackRock Bitcoin ETF Pulls In $665 Million While Rivals Lose Money

This article was written by the News Desk and edited by Samuel Rae.

TL;DR: Bitmine says its Ethereum holdings reached approximately 6.04 million ETH after it added 12,535 tokens over the past week.

Bitmine Immersion Technologies has pushed its Ethereum treasury past the six-million-token mark, reporting holdings of 6,041,481 ETH as of October 18. The company said it acquired another 12,535 ETH during the preceding week.

The size is striking even by corporate crypto-treasury standards. Bitmine describes its position as roughly 4.9% of Ethereum’s circulating supply and says more than five million of its ETH are staked.

That staking component matters. Unlike a Bitcoin treasury that generally depends on price movements, a large Ethereum holding can also earn network rewards by participating in validation. Rewards are not risk-free, however, and the economics depend on staking performance, technical operations and protocol conditions.

Bitmine valued its wider portfolio of crypto assets, cash, marketable securities and other investments at about $15.1 billion. Its holdings therefore represent a substantial bet on Ethereum as both a long-term asset and a productive network.

The company’s disclosure offers investors a clearer look at the scale of that wager, though headline token counts are not the same as shareholder returns. Equity valuation, financing arrangements and the market price of ETH all affect what ownership in the company is ultimately worth.

As more listed firms build dedicated crypto treasuries, those distinctions are likely to become increasingly important.

Written by the News Desk and edited by Samuel Rae.

TL;DR: Bitmine says its Ethereum holdings reached approximately 6.04 million ETH after it added 12,535 tokens over the past week.

Bitmine Immersion Technologies has pushed its Ethereum treasury past the six-million-token mark, reporting holdings of 6,041,481 ETH as of October 18. The company said it acquired another 12,535 ETH during the preceding week.

The size is striking even by corporate crypto-treasury standards. Bitmine describes its position as roughly 4.9% of Ethereum’s circulating supply and says more than five million of its ETH are staked.

That staking component matters. Unlike a Bitcoin treasury that generally depends on price movements, a large Ethereum holding can also earn network rewards by participating in validation. Rewards are not risk-free, however, and the economics depend on staking performance, technical operations and protocol conditions.

Bitmine valued its wider portfolio of crypto assets, cash, marketable securities and other investments at about $15.1 billion. Its holdings therefore represent a substantial bet on Ethereum as both a long-term asset and a productive network.

The company’s disclosure offers investors a clearer look at the scale of that wager, though headline token counts are not the same as shareholder returns. Equity valuation, financing arrangements and the market price of ETH all affect what ownership in the company is ultimately worth.

As more listed firms build dedicated crypto treasuries, those distinctions are likely to become increasingly important.

Written by the News Desk and edited by Samuel Rae.

Ethereum’s next major upgrade has another date on the calendar, though it is not a mainnet launch. Developers have scheduled Glamsterdam to activate on the Hoodi test network on October 26, a further step in testing changes to how Ethereum produces blocks and accounts for execution costs.

TL;DR: Glamsterdam is scheduled for Hoodi at 17:42:48 UTC on October 26. The testnet‘s gas limit will rise to 200 million at the same point, but Ethereum has not announced a mainnet activation date.

The Ethereum Foundation says the upgrade will activate at Hoodi epoch 132,352, slot 4,235,264. It follows the upgrade’s October 6 activation on Sepolia, giving developers another environment to check software compatibility before choosing a date for the main chain.

Two changes sit at the heart of Glamsterdam. Enshrined proposer-builder separation, or ePBS, moves the relationship between block proposers and builders into Ethereum’s protocol instead of relying as heavily on outside arrangements. Block-level access lists are intended to make it easier for clients to process and validate parts of a block in parallel.

The upgrade also changes gas accounting, including how Ethereum charges for state creation and access. That matters to application developers whose contracts or tools rely on fixed assumptions about gas costs. Validators and node operators on Hoodi, meanwhile, will need compatible execution and consensus clients before the activation.

A 200-million gas limit on a test network is an important engineering milestone, not a promise that mainnet capacity will instantly quadruple. The Hoodi exercise will help determine whether the planned changes behave as expected under real operating conditions. Mainnet users have no action to take yet.

Written by the News Desk and edited by Samuel Rae.

Ethereum’s Glamsterdam upgrade has raised Sepolia’s block-gas limit from about 60 million to nearly 200 million, giving developers a live test of a much larger processing budget. Early results are encouraging, but sampled blocks used less than half that capacity, and the test doesn’t commit to the same gas limit on mainnet.

More than 25 consecutive blocks used roughly 52 million to 92 million gas, or 26% to 46% of the available allowance. In a separate six-minute period, all 32 scheduled blocks were produced, and 99.97% of eligible testnet stake voted toward finality; Hoodi is tentatively planned for October 27, pending Sepolia results.

Sepolia’s Higher Gas Limit is a Capacity Rehearsal, Not a Throughput Verdict

The upgrade activated on Sepolia on Tuesday, October 6. By early Thursday, October 8, blocks were being produced with a limit near 200 million gas, compared with about 60 million before the change, according to CoinDesk’s report.

Gas measures the computing work required to process transactions. When Ethereum demand outstrips available block space, users compete to have transactions included, which can push fees higher; a larger allowance could accommodate more payments and trades before that competition intensifies.

But a threefold increase in the block budget does not mean three times as many transactions. Glamsterdam also changes the gas charged for particular tasks, so transaction counts depend on the mix of activity and the revised costs assigned to it.

Multiple reviews of more than 25 consecutive test blocks found usage between roughly 52 million and 92 million gas, or 26% to 46% of available capacity. None approached the limit, leaving the test short of the fuller blocks that would place the greatest strain on the computers running the network.

The upgrade changes how work is divided between specialists assembling transactions and validators publishing blocks, giving validators more time to check transaction calculations.

It also introduces lists of accounts and stored information touched by transactions, allowing software to fetch data ahead of time and check unrelated transactions in parallel. The changes link Ethereum’s higher-capacity ambitions to a broader scaling and Layer-2 capacity outlook.

Ethereum (ETH)

24h7d30d1yAll time

Block Production and Finality Held Up in a Separate Test Window

During a separate six-minute voting period early Thursday, all 32 scheduled blocks were proposed, while 99.97% of eligible testnet stake voted toward finality, according to the ethPandaOps explorer. Finality is the point at which the network treats its transaction history as settled.

Those figures show that the test configuration produced its scheduled blocks and attracted near-total eligible stake participation during that window. They do not establish that sustained blocks near 200 million gas would be safe under heavier demand or across the full range of mainnet operating conditions.

Sepolia is a public test network where developers run software using tokens with no real value before changes reach Ethereum itself. The rehearsal therefore offers a live environment for assessing the upgrade, but its results are not a direct measure of how many more transactions Ethereum mainnet will process.

After Glamsterdam, Hoodi is Next, While Mainnet Timing Remains Undecided

Hoodi, the next public test network, is tentatively planned for October 27, pending the Sepolia results. Ethereum’s mainnet has no activation date in the reported schedule, and no final production gas limit has been set.

The Sepolia data can inform further testing, but the distinction remains material: a higher testnet gas limit shows developers are using more capacity, not that mainnet is ready to adopt it.

Any future decision will have to account for block production, validation demands, and the revised costs of processing and storing data alongside raw gas capacity.

Glamsterdam is also one stage in Ethereum’s broader protocol roadmap, where capacity changes are assessed alongside network economics and functionality. For now, the meaningful result is a larger Sepolia test with blocks still well below the new ceiling, not a confirmed threefold increase in mainnet throughput.

The post Glamsterdam Upgrade: Sepolia Blocks Leave Most of Ethereum’s New Gas Capacity Unused appeared first on Cryptonews.

Ethereum’s Glamsterdam upgrade has raised Sepolia’s block-gas limit from about 60 million to nearly 200 million, giving developers a live test of a much larger processing budget. Early results are encouraging, but sampled blocks used less than half that capacity, and the test doesn’t commit to the same gas limit on mainnet.

More than 25 consecutive blocks used roughly 52 million to 92 million gas, or 26% to 46% of the available allowance. In a separate six-minute period, all 32 scheduled blocks were produced, and 99.97% of eligible testnet stake voted toward finality; Hoodi is tentatively planned for October 27, pending Sepolia results.

Sepolia’s Higher Gas Limit is a Capacity Rehearsal, Not a Throughput Verdict

The upgrade activated on Sepolia on Tuesday, October 6. By early Thursday, October 8, blocks were being produced with a limit near 200 million gas, compared with about 60 million before the change, according to CoinDesk’s report.

Gas measures the computing work required to process transactions. When Ethereum demand outstrips available block space, users compete to have transactions included, which can push fees higher; a larger allowance could accommodate more payments and trades before that competition intensifies.

But a threefold increase in the block budget does not mean three times as many transactions. Glamsterdam also changes the gas charged for particular tasks, so transaction counts depend on the mix of activity and the revised costs assigned to it.

Multiple reviews of more than 25 consecutive test blocks found usage between roughly 52 million and 92 million gas, or 26% to 46% of available capacity. None approached the limit, leaving the test short of the fuller blocks that would place the greatest strain on the computers running the network.

The upgrade changes how work is divided between specialists assembling transactions and validators publishing blocks, giving validators more time to check transaction calculations.

It also introduces lists of accounts and stored information touched by transactions, allowing software to fetch data ahead of time and check unrelated transactions in parallel. The changes link Ethereum’s higher-capacity ambitions to a broader scaling and Layer-2 capacity outlook.

Ethereum (ETH)

24h7d30d1yAll time

Block Production and Finality Held Up in a Separate Test Window

During a separate six-minute voting period early Thursday, all 32 scheduled blocks were proposed, while 99.97% of eligible testnet stake voted toward finality, according to the ethPandaOps explorer. Finality is the point at which the network treats its transaction history as settled.

Those figures show that the test configuration produced its scheduled blocks and attracted near-total eligible stake participation during that window. They do not establish that sustained blocks near 200 million gas would be safe under heavier demand or across the full range of mainnet operating conditions.

Sepolia is a public test network where developers run software using tokens with no real value before changes reach Ethereum itself. The rehearsal therefore offers a live environment for assessing the upgrade, but its results are not a direct measure of how many more transactions Ethereum mainnet will process.

After Glamsterdam, Hoodi is Next, While Mainnet Timing Remains Undecided

Hoodi, the next public test network, is tentatively planned for October 27, pending the Sepolia results. Ethereum’s mainnet has no activation date in the reported schedule, and no final production gas limit has been set.

The Sepolia data can inform further testing, but the distinction remains material: a higher testnet gas limit shows developers are using more capacity, not that mainnet is ready to adopt it.

Any future decision will have to account for block production, validation demands, and the revised costs of processing and storing data alongside raw gas capacity.

Glamsterdam is also one stage in Ethereum’s broader protocol roadmap, where capacity changes are assessed alongside network economics and functionality. For now, the meaningful result is a larger Sepolia test with blocks still well below the new ceiling, not a confirmed threefold increase in mainnet throughput.

The post Glamsterdam Upgrade: Sepolia Blocks Leave Most of Ethereum’s New Gas Capacity Unused appeared first on Cryptonews.