One year later: How proof of stake has changed Ethereum (2024)

Energy consumption has been reduced by 99.95%

In proof of work, miners participated in a never-ending rivalry to be the ones to process a block. This rivalry was about computing a string below a target set by the network. The latter was computed using a mathematical function to mostly go through trial and error. This called for immense computational power, in Ethereum’s case, GPUs, using a great amount of electricity. Now, the network randomly chooses a validator every 12 seconds to process a block, so there are no battles for the blocks. The bottom line is that Ethereum has reduced its energy consumption by about 99.95%. This great reduction makes Ethereum much more appealing in a never-satisfied ESG world.

Another advantage of proof of stake is the consistency of 12-second blocks, so they do not fluctuate similar to during Ethereum’s proof of work era. This makes the network more predictable and easier to utilize for various protocols. The shift from average blocks of 13 seconds during proof of work to consistent 12-second blocks has also made Ethereum slightly more scalable, as block sizes have stayed the same.

Is Ethereum now more centralized?

This is a discussion largely beyond the scope of this piece; however, we will shortly touch upon the most critical considerations. Leaving the matter of decentralization aside for a second, Ethereum has certainly archived greater security by proof of stake. The network now reaches block finalization about 15 minutes after a block has been proposed. This is an extra layer of security not found in proof of work. It says that for a block to be altered or removed after reaching finalization at least 33% of the total staked Ether must be burned, effectively imposing a cost of at least $13bn for doing that. On top of that, the network can slash validators by burning some of their Ether in case they behave dishonestly or against the objectives of the network. In other words, by having collateral in something of great value from validators, in this case, Ether, the network can enforce much stricter rules for strong security.

Decentralization is another matter. This highly depends on who you ask. In our view, it is roughly the same as before the merge, as it is now. The challenge of the present staking distribution is that the largest staker is the liquid-staking provider Lido with around 32.5% network penetration, but still growing slowly. The Ether staked by Lido belongs to thousands of holders and is spread across 31 independent validators by smart contracts, so it is considerably better than if it was a single entity. The challenge, however, is that Lido may capture the consensus layer of Ethereum if it continues to grow, so the governance token of Lido suddenly decides much of the future of Ethereum. You had a somewhat similar situation during proof of work, as miners mingled their computational power to form so-called mining pools to enhance their chances of creating a block.

In both instances, the market operates with strong economies of scale. For mining pools, there are scale economies, as the capital flows to few but large mining pools to boost the chances of proposing a block. In proof of stake, there are no such advantages, but instead, large liquid-staking providers attain an upper hand in terms of liquidity. This enhances the ability of users to buy and sell the given liquid staking token without much price impact. The fear is that if Lido is not limited sooner rather than later, then it will continue to devour Ethereum with ever-increasing advantages for users by choosing Lido over other much smaller liquid staking providers.

Another challenge facing Ethereum in proof of stake is that its staking ratio continues to rise, meaning more and more Ether is staked. Most critically, this may lead to fewer Ether than optimal to be left to be paid in transaction fees to maintain the ecosystem, while liquid-staking providers, particularly Lido, archive damaging network penetration. Ethereum’s core developers decided last week to slow down the acceptance of new validators in Ethereum’s next upgrade to allow the community more time to figure out a proper solution.

One year later: How proof of stake has changed Ethereum (2024)

FAQs

One year later: How proof of stake has changed Ethereum? ›

Summary: In September of last year, Ethereum replaced its proof of work consensus mechanism with proof of stake in a highly anticipated upgrade known as the merge. Since then, Ethereum has seen its circulating supply decrease by nearly 300,000 Ether, while consuming 99.95% less electricity.

How did Ethereum change to proof-of-stake? ›

In 2022, Ethereum underwent one of its biggest transformations: the transition from a Proof-of-Work (PoW) to a Proof-of-Stake (PoS) consensus mechanism. Labeled Ethereum 2.0, the upgrade was accomplished by merging with Beacon Chain, a PoS-based blockchain.

How does proof-of-stake affect Ethereum? ›

The Ethereum network has seen a reduction of 417,413 ETH in supply since transitioning to a Proof-of-Stake (PoS) consensus mechanism in September 2022, per data from ultrasound.

What are the drawbacks of proof-of-stake Ethereum? ›

Proof of Stake Drawbacks

Susceptibility to attacks decreases the overall security of the blockchain. Validators who hold large amounts of a blockchain's token or cryptocurrency may have an outsized amount of influence on a proof of stake system.

How fast is Ethereum proof-of-stake? ›

Through sharding and Proof of Stake, Ethereum will be able to process anywhere from 20,000 to 100,000 transactions per second. Though it may take a few years to reach this maximum capacity, this represents a speed increase of up to 999,900% from the current rate of 20-30 transactions per second.

What happened to proof-of-stake? ›

On September 15, 2022, Ethereum successfully changed its consensus mechanism by its transition away from proof of work to proof of stake. This transition was known as the merge. The latter was a goodbye to miners in verifying transactions but a welcome to stakers.

Is Ethereum on proof-of-stake now? ›

What Is Ethereum Proof-of-Stake? — Ethereum officially switched to a Proof of Stake (PoS) consensus mechanism in 2022 as a more secure and energy-efficient way to validate transactions and add new blocks to the blockchain.

Can you mine Ethereum after proof-of-stake? ›

Because Ethereum shifted to proof-of-stake in 2022, you cannot mine ether. But you can mine altcoins that use the same algorithm as Ethereum used to, and some may be profitable.

Is Ethereum proof-of-stake profitable? ›

The current estimated reward rate of Ethereum is 2.70%. This means that, on average, stakers of Ethereum are earning about 2.70% if they hold an asset for 365 days. 24 hours ago the reward rate for Ethereum was 2.71%. 30 days ago, the reward rate for Ethereum was 2.70%.

What are the benefits of proof-of-stake? ›

Proof-of-stake pros, explained

Proof-of-stake systems are significantly more energy-efficient than proof-of-work operations. The hardware requirements of many proof-of-stake systems are equivalent to average laptops on today's market. Validator software is also not very demanding across most proof-of-stake systems.

Why proof-of-stake is flawed? ›

As a result, proof-of-stake systems lack the decentralization and security of leading proof-of-work systems. The most popular argument against proof-of-stake systems is that coins are concentrated among only a few validators.

What is the problem with staking Ethereum? ›

Researchers at the Ethereum Foundation have raised concerns about the high and growing staking rate. Whilst staking more ETH yields a lower reward rate per validator, the total rewards paid out may still contribute to inflation if the total amount of staked ETH becomes substantial.

Is it a good idea to stake Ethereum? ›

Clearly, staking Ethereum is a great way to earn some passive income on the side of your crypto investments. It's relatively low-risk and easy, but your yields (results) can vary quite a lot, depending on what kind of staking strategy you use.

Why did Ethereum change to proof of stake? ›

Ethereum's shift to proof-of-stake is one of the most anticipated events in cryptocurrency. The “Merge” is intended to shift the Ethereum blockchain from the current proof-of-work (PoW) consensus mechanism to a proof-of-stake (PoS) model intended to be faster and more energy efficient.

How to make money with Ethereum proof of stake? ›

Ethereum staking involves locking ETH to enhance network security and validate transactions. By staking Ethereum you earn rewards, paid out in additional ETH. Options for staking ETH include running a validator, using a Staking Service Provider or liquid staking.

What is the reward of Ethereum proof of stake? ›

THE BENEFITS OF STAKING ETH

Staking ETH token in your Ethereum wallet with Kiln offers an average return of 7%. Staking ETH with Lido offers an average return of 4%. This rate may vary depending on different criteria. *Rewards are not guaranteed.

Is there any reason not to stake Ethereum? ›

By staking Ethereum, individuals can earn passive income, estimated at an annual return of around 5-10%. However, staking Ethereum also involves risks, including market volatility and technical challenges. Therefore, it's important to consider these factors before deciding to stake your Ethereum.

When did the ETH merge happen? ›

The Ethereum Merge took place on September 15, 2022. The Merge was a two-step process. The first step was a consensus-layer network update, Bellatrix, followed by Paris, the execution layer's transition from PoW to PoS.

What is the reward of Ethereum proof-of-stake? ›

THE BENEFITS OF STAKING ETH

Staking ETH token in your Ethereum wallet with Kiln offers an average return of 7%. Staking ETH with Lido offers an average return of 4%. This rate may vary depending on different criteria. *Rewards are not guaranteed.

What is the Ethereum 2.0 architecture? ›

Ethereum 2.0 is designed to improve the scalability, security, and efficiency of the Ethereum network. The most significant change that Ethereum 2.0 has bring is a shift from the current proof-of-work (PoW) consensus algorithm to a new proof-of-stake (PoS) consensus algorithm.

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