Ethereum is continuously working to improve the scalability and performance of its blockchain. With the latest "ETH 3.0" plans, a potential solution may be emerging to scale the network to millions of transactions per second (TPS). Ethereum researcher Justin Drake recently hinted at an ambitious proposal that could further strengthen the technology behind Ethereum.

The Return of ETH Sharding

In the past, sharding was discussed as a solution for Ethereum's scalability challenges, but it was ultimately set aside. Sharding is a technology that distributes transactions across multiple parallel "shards" or chains, which could significantly increase capacity. Now, there is a consideration to revive this concept and combine it with the latest techniques, such as zero-knowledge proof technology (zkEVM).

With a zkEVM, multiple identical execution shards could be created, allowing transaction processing to be much more efficient. This combination could make Ethereum's core layer stronger and more reliable and might even reduce the need for layer-2 solutions such as rollups.

What Does Sharding Mean for the Future of Ethereum?

These developments are focused on achieving high transaction speeds without compromising the security or decentralization of the network. With the potential to reach millions of TPS, Ethereum appears to be a step closer to a network that can be applied on a large scale. Although it may take years to fully implement these kinds of improvements, ETH 3.0 offers new hope for users and developers who rely on a more efficient network.

The Ethereum community is closely following these new developments and speculating on what these innovations could mean. If these proposals are implemented, Ethereum could set a new standard for scalability within the blockchain world.

With ETH 3.0, Ethereum is moving towards a future-proof network that meets the needs of a rapidly growing digital economy.