Builders of Ethereum scaling solutions known as =nil; Foundation has launched zkSharding for Ethereum. This infrastructure approach aims to improve transaction speeds without compromising the economic security of Ethereum.
Unlike similar scaling methods, Sharding secures the Ethereum network into assorted segments. This facilitates transactions in a less costly and more effective way. With the use of so-called zero-knowledge (zk) technology, zkSharding can develop proofs.
This makes sure transactions are confirmed across varied layer-2 shards before they hit the Ethereum mainnet. The more sub-shards there are, the larger Ethereum’s maximum throughput becomes.
Don’t mix up this method with the Proto-Danksharding process. It’s linked to the Ethereum Improvement Proposal (EIP) 4844. Its main goal? Cut down the costs of transactions for zk rollups by keeping them in temporary data blobs.
Misha Komarov, CEO and co-founder of the =nil; Foundation, shared this information. Proto-Danksharding can help all zk rollups. But here’s the catch – only apps built on =nil can gain extra benefits from zkSharding. Komarov points out that high-load environments stand to gain the most from zkSharding.
“As a zk rollup, =nil; leverages Proto-Danksharding. This method makes storing Ethereum transactions cheaper. It also solves problems like liquidity fragmentation and economic security,” Komarov expressed.
zkSharding: Bridging Blockchain Architectures for Layer-2 Success
ZkSharding is a mix of module-based and full-blockchain layouts. It provides an apt answer in a highly competitive layer-2 setting, he mentioned.
We trust ZkSharding because it can address and resolve the common barriers observed in other market alternatives, which, due to their design, are inherently linked to application-specific scaling,” she stated.
In particular, Komarov pointed out that platforms made on rival zk rollup systems can only join forces with liquidity or data they have shifted to their exclusive zk rollup domain. This jars market smoothness and increase costs and belief demands via bridges for smooth interaction.
“zkSharding presents distinct shards as independent working layers that interact seamlessly with each other. This means one transaction can spark off the generation of new transactions on alternate shards,” stated Komarov.
The objectives do not differ from other zk-based scaling models like zkSync’s. In zkSync language, chain links using the ZK Stack structure are called “hyperbridges.” A representative stated they intentionally designed these to activate transactions on other ‘hyperchains.’
“Generally, don’t just believe, but check the statements of those who guarantee to fix the layer-2 liquidity fragmentation problems. Despite advanced zk-tech, reps can’t fix asset issues without extra security assumptions,” the representative stated.
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We’ll have to hold off on seeing the results until the new =nil; layer-2 comes into play. For now, it’s just working with one shard on a test environment.”