Is the Ethereum upgrade complete?

No, Ethereum's upgrades are still on. The Ethereum roadmap launched its most recent Pectra update on May 7, 2025.

How will an Ethereum upgrade affect the price?

Ethereum's upgrades are planned to optimize its network scalability, which might lower its supply and increase demand and user adoption.

What are the benefits of the Pectra upgrade?

The Pectra upgrade allows Ethereum to handle a higher volume of transactions, reduce costs, and facilitate faster transactions.

What Is the Ethereum Verge Upgrade?

Q: What is the Ethereum Verge upgrade?

Ethereum's Verge upgrade will introduce stateless verification, which allows validating Ethereum nodes on smartphones and smartwatches.

The development of Ethereum has been a constant march of progress ever since it was first launched in 2015, pioneering new aspects of blockchain technology with every upgrade. The blockchain’s greatest problem, scalability, worsens as the network becomes more and more popular, but the hard work of countless developers has steadily pushed forward innovative solutions to increase its capacity, reduce fees, and prepare it for mass adoption. The Verge is set to be one of the most impactful upcoming upgrades set to hit the network before long.

The project’s first main stage to solve the scalability problem was dubbed Ethereum 2.0, where it transitioned from a proof-of-work to a proof-of-stake consensus mechanism, becoming more energy-efficient and scalable. Upgrades like Shanghai, Dencun, and Prague/Pectra also introduced staking withdrawals, lower transaction fees, and improved wallet functionality. The Verge, which is one of many scheduled upgrades, could be one of the most important upgrades in the network’s history.

According to the research of Vitalik Buterin, the co-founder and visionary behind Ethereum, the Verge aims to make the verification of the chain computationally affordable, improving decentralization while boosting scalability and efficiency. Theoretically, it could make it possible for just about anyone to become a validator using a mobile wallet, browser wallet, or even a smartwatch.

Ethereum’s Main Problems and Past Upgrades

Like other blockchains, Ethereum faces the classic blockchain trilemma of scalability, decentralization, and security. Often it is extremely difficult to improve one aspect without sacrificing another, but Ethereum’s developers have been at the forefront of blockchain tech, and may soon effectively solve the problem entirely. While it supports thousands of decentralized applications (DApps) and allows ETH transfers, increased usage of Ethereum has presented two major issues:

Slower transaction processing
Expensive transaction fees

On the surface, it seems that bringing fees down and transaction speed up require design compromises, such as increased centralization.

For years, many experts thought that it was nearly impossible to achieve decentralization, security, and scalability simultaneously. So far, Ethereum’s developers have proved them wrong. The Merge update made Ethereum transition from PoW to Proof-of-Stake (PoS), cutting down energy use by around 99.95%.

The Shanghai update allowed staked ETH withdrawals and reduced gas costs. Later, the Cancun-Deneb (Dencun) upgrade reduced tokenization costs, resulting in a decrease in rollup costs of up to 90%.

Again, the recent Pectra update also contributed to enhancing user experience and network scalability while reducing validator centralization. Even though these updates are feats of brilliance and hard work, the network’s scalability still requires further improvement.

The proof-of-stake minimizes the power usage required for validation. Nevertheless, the current system still requires a significant amount of advanced hardware. Ethereum’s Verge update intends to improve this proof-of-stake system, making it much more accessible.

What Is the Ethereum Verge Upgrade?

Ethereum’s Verge upgrade is an upcoming network update aimed at enhancing Ethereum’s efficiency and accessibility. The main idea is to reduce the hardware requirements for running Ethereum nodes.

The enormous data storage requirements needed to run Ethereum nodes are one of the biggest challenges preventing the widespread adoption of blockchain technology. Node operators need powerful hardware because they need to store the entire current state of the blockchain to validate the network. It is unrealistic for most users to manage hundreds of gigabytes of storage and complex hardware to participate in network validation, limiting participation.

The Verge update aims to introduce stateless clients using Verkle Trees, a new cryptographic technique that allows nodes to verify transactions without having to store the entire state of the network. They claim that after the Verge, this can be done on usual devices like smartphones and even smartwatch.

How the Verge Works

With Ethereum now using PoS, validators must stake at least 32 ETH to help secure the network. This can lead to a certain degree of centralization because only a small amount of users have both the hardware and the 32 ETH necessary to become a validator. The Verge upgrade’s goal is reduce the hardware requirements dramatically, allowing more everyday users with less advanced hardware to become validators.

Ethereum’s developers are working on harnessing Verkle Trees, a new cryptographic technique invented in 2018, to make running a node vastly easier. In essence, Verkle Trees drastically reduce the size of the proofs required to verify the state of the network. Instead of having to store the entire state of the blockchain, validators can store the much more compact Verkle Tree proofs, making validation faster and lighter.

Current Timeline

The research is still ongoing to bring forth the Verge update and it’s not a surprise that it isn’t quite ready yet. The implementation of Verkle Trees could be the most significant upgrade after the Merge upgrade.

The most recent Ethereum update was the launch of the Hoodi testnet, a dedicated testnet designed to finalize the Pectra upgrade, on March 17, 2025. After two problematic tests of the upgrade, the developers decided to launch Hoodi to wrap up Pectra testing.

The Pectra upgrade is the largest and most significant hard fork since the Merge went live. This upgrade consists of 11 Ethereum Improvement Proposals (EIPs), designed to improve user experience, validator performance, and reduce rollup costs further.

Ethereum operates on two layers: the execution layer, which processes transactions and smart contracts, and the consensus layer, which handles the PoS validation. Pectra is essentially the combination of two upgrades: the Prague execution layer hard fork for the execution layer and the Electra consensus layer upgrade for the consensus layer.

Beyond Petra, Fusaka is another major hard fork planned for Ethereum, which is scheduled for late 2025. Fusaka combines the Fulu and Osaka updates for the execution and consensus layers. Fusaka’s goal is to build on Pectra, focusing on rollup scalability, state efficiency, and developer optimization.

Why the Verge Is Important

The Verge upgrade is one of the most important upgrades to address Ethereum’s storage and scalability challenges. Here are the advantages the Verge is supposed to bring:

Makes Ethereum More Inclusive

Like other blockchains, Ethereum requires a significant amount of computing and storage resources to run a node. This naturally limits the number and range of people who can afford to become validators, potentially harming decentralization. The Verge upgrade helps Ethereum infrastructure reduce proof sizes, allowing users with mainstream devices to start their own Ethereum nodes.

Reducing the Complexity of Gas Costs

The Verge will also set Ethereum up for more changes down the road. To support the goals of the Verge update, Execution-Environment-Forgetful (EOF) mechanisms could be implemented to help streamline the calculation of gas fees.

Gas fees reflect the computational resources required to perform the desired actions on Ethereum and are paid in ETH to discourage spam. This is an effective system by most measures, but it’s far from perfect, and it’s often very difficult to predict how much a certain complex transaction may cost. EOF will help standardize and simplify the gas fee calculation, helping developers create efficient apps and improving the user experience.

Reducing the Growing Storage Burden

Running a full Ethereum node requires storing all of the network’s historical data, which is now in the realm of several terabytes. The Verge isn’t the only planned update that is trying to fix this problem. EIP-4444 would move some of this old data onto portal networks or decentralized storage systems to reduce the required storage resources. Ethereum developers may decide to instate EIP-4444 along with the Verge to further reduce this burden on validators.

How Will ETH be Affected?

The natural question for crypto investors to ask as Ethereum prepares for the Verge upgrade is: how will ETH’s popularity and price be affected? Because we don’t even know what the final state of the upgrade will look like, we can’t be sure. However, there are a few likely outcomes.

Common factors affecting ETH’s value include:

The supply and demand of ETH
Fees and transaction speed
Ethereum’s network usage
Upgrades and protocol changes
ETH staking activity
Market and investor sentiment

The Verge upgrade is directed at some of the most pressing issues facing Ethereum: scalability and decentralization. Many users have fled to other layer 1 networks like Solana for its cheap and speedy transactions. If Ethereum is able to improve on both fronts, it may bring back such users, and it could better attract new users. This could improve the market’s sentiment and increase the demand and value of ETH.

It’s also possible that there will be unforeseen negative effects because it’s such a major upgrade. If they do spring up, they would most likely only affect developers, but there could be a downstream effect if the problems are severe enough. Fortunately, Ethereum developers are extremely careful and thoroughly test every upgrade before launch so major issues are unlikely.

Other Major Ethereum Upgrades

The Ethereum roadmap is a long-term plan to address its core challenges and secure opportunities to position itself as a leader in the blockchain industry. Ethereum’s roadmap consists of updates such as:

The Merge: The goal was to transition Ethereum to PoS, improving energy efficiency. It was completed in September 2022.

The Surge: The goal is to achieve 100,000 transactions per second through scalability improvements.

The Scourge: Focusing on preventing economic centralization and ensuring fairness in how Ethereum’s blockchain is managed.

The Verge: Focusing on improving the block validation efficiency without increasing gas limits on the execution layer. The goal is to make Ethereum more scalable, efficient, and decentralized.

The Purge: The goal is to reduce network participant costs and technical debt by eliminating historical data requirements for nodes (such as EIP-4444).

The Splurge: Focusing on improving developer and user engagements, like the development of new tools, applications, and community-driven initiatives.

How Important Is the Verge?

The Verge is the most anticipated Verge upgrade since the Merge for good reason. Its goal is to help solve some of the greatest issues facing the network today. This update is set to make Ethereum accessible to everyone’s devices, like smartphones. For many years, Ethereum critics have argued that it simply can’t solve its scalability problem without sacrificing decentralization, but if the Verge upgrade goes as planned, they will all be proven wrong.

Beyond the direct effects on Ethereum, the incredible work by the team of developers behind these upgrades will likely inspire other blockchain projects to follow in their footsteps. If successful, the upgrade could set a turning point, not just for Ethereum, but for the entire future of the decentralized world.