Ethereum has become one of the largest foundations of the crypto economy. But as time goes by, whether we like it or not, the needs of blockchain infrastructure are also changing.

In the future, it may not be only humans making transactions.

Stablecoins, tokenized assets, DeFi, financial applications, AI services, and perhaps even AI agents could become users of blockchain networks.

So the question is:

If Ethereum wants to become infrastructure for the next generation of the digital economy, is its current engine capable enough?

And the answer brings us to Glamsterdam.

Glamsterdam: A New Booster for Ethereum's Engine?

Glamsterdam is Ethereum's next major upgrade following Fusaka, and it is designed to advance Ethereum's Layer 1 scaling roadmap.

The first major milestone is scheduled for October 6, 2026, when Glamsterdam activates on the Sepolia testnet. Ethereum's mainnet deployment is currently expected in Q4 2026, but an exact mainnet activation date has not yet been confirmed.

The name "Glamsterdam" combines the names of two upgrades:

Gloas, the consensus-layer upgrade, named after a star, and Amsterdam, the execution-layer upgrade, named after a previous Devconnect location.

But Glamsterdam is not simply another Ethereum upgrade designed to make transactions cheaper.

It is about something deeper:

How can Ethereum process increasingly complex activity without allowing the infrastructure underneath it to become unmanageable?

Blockchain Scaling Is More Than Lower Gas Fees

When people hear "blockchain scaling," they often think about transaction speed and gas fees.

But Ethereum is dealing with a much broader set of challenges:

1. The amount of state and data continues to grow.
2. The workload placed on network nodes becomes increasingly demanding.
3. Some parts of transaction validation remain sequential.
4. Validators and clients operate within strict propagation and validation time constraints.
5. Hardware, bandwidth, and storage requirements need to remain practical for the network.

Ethereum does not simply need to process more transactions.

Ethereum also needs a more efficient way to process increasing complexity.

And this is where one of Glamsterdam's most interesting changes enters the picture.

EIP-7928: Making Ethereum More Aware of Its Work

Imagine a huge warehouse without a work list.

Workers would have to open boxes one by one just to find out what needs to be handled.

Now imagine that before the work begins, the system already knows which boxes each worker needs to access.

That is the basic idea behind Block-Level Access Lists, or BALs, introduced through EIP-7928.

Instead of looking only at individual transactions, BALs provide information about what is accessed across an entire block, including:

1. The accounts being accessed.
2. The storage locations being accessed.
3. Post-transaction state changes.
4. The dependencies between different pieces of work.

Why does this matter?

Because once the system has better information about these dependencies, some tasks that do not depend on each other can potentially be processed in parallel.

The potential benefits include:

1. More efficient state access.
2. Parallel transaction validation where it is safe to do so.
3. More efficient state-root computation.
4. A stronger foundation for future parallelization.

The important point is that BALs do not simply mean that every Ethereum transaction will suddenly execute simultaneously.

Instead, they provide clients with the information needed to identify and process certain independent workloads more efficiently.

That may sound like a technical detail.

But underneath it is a much bigger idea:

Ethereum is changing how it organizes the work required to maintain the network.

EIP-7732: Who Actually Builds an Ethereum Block?

Now we move from transaction processing to block production.

Enter EIP-7732 — Enshrined Proposer-Builder Separation, or ePBS.

In simple terms:

1. The proposer is the validator responsible for proposing the block.
2. The builder is the party responsible for constructing the execution payload from available transactions.

Ethereum already uses proposer-builder separation, but Glamsterdam takes this relationship deeper into the protocol itself.

The objective is to make the interaction between proposers and builders more natively integrated into Ethereum's consensus layer.

The expected benefits include:

1. More time for block propagation and validation.
2. A clearer separation between block agreement and block processing.
3. Less reliance on trusted middleware for proposer-builder interactions.
4. A stronger foundation for future Layer 1 scaling.

In other words, Ethereum is not only trying to make the engine faster.

It is also redesigning how the engine organizes the work.

EIP-8037 and EIP-8038: The Hidden Part of the Upgrade

There is another part of Glamsterdam that may receive less attention from casual observers.

Ethereum is also adjusting gas pricing through changes related to state creation and state access.

The objective is to make gas costs better reflect the actual resource requirements of execution and state growth.

And yes, this can have consequences.

For developers

Some smart contracts may need to be reviewed, tested, or updated.

For users

Most users will not need to take any direct action.

For Ethereum itself

Gas is not merely a transaction fee.

Gas is also a mechanism for allocating scarce computational and storage resources across the network.

That makes gas pricing an important part of Ethereum's long-term scalability strategy.

Why Does the Sepolia Testnet Matter?

October 6 is important, but we need to be precise.

This is not the Ethereum mainnet upgrade.

It is the Sepolia testnet activation.

And that makes it an important opportunity to observe what happens before the upgrade eventually reaches mainnet.

The testnet can help reveal:

1. Whether the implementation works as expected.
2. How Ethereum clients handle the new protocol changes.
3. How developers respond to changes in gas behavior.
4. Whether compatibility issues appear.
5. How the broader ecosystem prepares for mainnet.

A testnet is not simply a rehearsal.

For an upgrade of this scale, a testnet is where Ethereum can discover problems before those problems discover users.

Then AI Enters the Picture

And this is where the story becomes even more interesting.

On October 1, 2026, the Ethereum Foundation and Open Anonymity Project launched zkAPI on Ethereum mainnet.

The basic idea is fascinating.

Users can deposit credits into an Ethereum vault and authorize metered API usage through zero-knowledge proofs without directly linking the payment source to the API usage.

The provider still sees the requests.

The payment layer sees the spending.

But the two sides do not necessarily learn the link between them.

One of the first obvious applications is AI API usage.

Now imagine an AI agent that needs:

1. AI models.
2. Data.
3. APIs.
4. Computing resources.
5. Storage.
6. Blockchain services.

Every one of those services has a cost.

So here is the interesting question:

What happens if an AI agent can not only consume those services, but also pay for them automatically?

From Human Transactions to Machine-to-Machine Transactions

Today, the typical model looks something like this:

Human → Wallet → Transaction → Service

But imagine a future model:

AI Agent → Wallet → API → Service → Payment

The difference may look small.

It is actually enormous.

Instead of a human initiating every economic interaction, software could potentially initiate transactions based on instructions, available resources, and the services it needs.

That could eventually lead to more machine-to-machine economic activity.

Of course, this is not yet a mainstream machine economy.

But Ethereum is already building components that could support this kind of interaction.

And this is where Glamsterdam + zkAPI create two interesting pieces of the puzzle:

1. How can Ethereum improve the infrastructure underneath the network?
2. How can blockchain be used to pay for digital services consumed by software and AI?

These are two different technologies solving different problems.

But together, they point toward an interesting direction.

So, What Is Ethereum Actually Preparing For?

Perhaps Ethereum is not simply trying to stay ahead of its competitors.

It may be preparing its infrastructure for an increasingly complex digital economy.

Think about the progression:

Glamsterdam

↓

Better execution infrastructure

↓

Higher potential processing efficiency

↓

DeFi + Stablecoins + Tokenized Assets

↓

AI Services + Autonomous Agents

↓

A More Machine-Driven On-Chain Economy

That does not mean Ethereum will automatically become the dominant blockchain for this future.

It means Ethereum is positioning its infrastructure for a world in which the economic activity happening on-chain could become significantly more complex than it is today.

But Will Everything Actually Work as Expected?

This is where we need to step away from the positive narrative for a moment.

There are still important questions.

1. Will Glamsterdam actually deliver the expected scaling benefits?

That remains to be demonstrated through implementation and testing.

2. Will developers adapt smoothly?

Gas repricing and other protocol changes may require some applications and infrastructure providers to adapt.

3. Does AI actually need blockchain?

Not every AI application needs blockchain infrastructure.

Many AI services can operate perfectly well without it.

4. Will Ethereum become the primary settlement layer?

That remains uncertain.

Ethereum still operates in a competitive environment involving:

1. Solana.
2. Layer 2 networks.
3. App-specific chains.
4. Alternative settlement layers.

5. Will better technology automatically create adoption?

Definitely not.

A protocol upgrade does not automatically create users, liquidity, developers, or economic activity.

Technology creates possibilities.

Adoption determines whether those possibilities become reality.

What About ETH's Price?

At the time of writing, ETH is trading around $2,680–$2,700, with approximately:

1. +12.5% over 30 days.
2. +44.9% over 60 days.
3. +50.7% over 90 days.
4. Approximately $329 billion in market capitalization.

The market is already paying attention to Ethereum's recovery.

But this raises another interesting question:

Has the market already priced in part of the Glamsterdam narrative?

Or, put differently:

Is the current ETH price already reflecting expectations for Ethereum's next stage of development?

That is a much more interesting question than simply asking whether ETH will go higher.

Because protocol improvements and token price are related but they are not the same thing.

The Bigger Picture

Ethereum may not simply be building a blockchain capable of processing more transactions from humans.

It may be building infrastructure for a world in which assets, applications, AI agents, and machines can interact economically without requiring a human to stand in the middle of every transaction.

That future is not guaranteed.

The technology still needs to work.

Developers still need to adopt it.

Users still need a reason to use it.

And the market still needs to decide how much value it is willing to assign to that future.

But the direction is becoming increasingly interesting.

If the next digital economy is not powered only by humans, but also by machines

what kind of blockchain infrastructure will we need?

Glamsterdam may not be the answer.

But it could be one of the steps toward it.

This article is intended for educational and informational purposes only. It is not financial advice and should not be considered an invitation to buy or sell any asset. Always do your own research and make your own investment decisions based on your own risk tolerance and circumstances.