Starknet v0.13.3 slashes blob gas costs by 5x, improving scalability for Ethereum’s Layer 2 solutions.
Ethereum rollups face data limitations, but Starknet’s compression method makes transactions more efficient.
Starknet now charges users based on the marginal data cost, introducing a 25% discount through state diff compression.
The scalability of Ethereum layer 2 (L2) becomes problematic as transaction data increases. Ethereum co-founder Vitalik Buterin has brought attention to this problem, highlighting two important facets of scaling, increasing Ethereum's blob capacity and enhancing rollup data efficiency.
With its most recent release, Starknet v0.13.3, the company has risen to the occasion and tackled this issue by cutting blob gas expenses, making it five times less expensive. This update will shortly be made available on the Mainnet after going live on the Testnet.
https://twitter.com/VitalikButerin/status/1858486010927308871 Improving Data Efficiency in Rollups
Ethereum rollups are integral to L2 scaling. However, each transaction in a rollup takes significant data space on-chain. For example, an ERC20 transfer uses around 180 bytes. Despite Ethereum's efforts to enhance data availability sampling, the scalability of L2 protocols remains capped.
Vitalik proposes making transactions more data-efficient, which can further unlock scalability. His suggestions include using zero-byte compression and signature aggregation through BLS (Boneh-Lynn-Shacham) signatures.
Furthermore, Vitalik supports replacing long addresses with smaller pointers. This would reduce the byte size of each transaction and improve efficiency. Starknet’s recent update addresses similar challenges, particularly with blob gas.
By compressing state diffs before submitting them to L1, Starknet has cut costs for users by a factor of five. This is achieved by squashing L2 blocks, reducing the data that reaches L1. Starknet’s new approach offers an efficient way to manage state diffs, resulting in cheaper blob gas for users.
Starknet’s State Diff Compression Approach
Starknet v0.13.3 introduces a more efficient way of handling state diffs. Previously, transactions paid for the full cost of state updates, even when multiple transactions updated the same state. However, with the new update, users now pay based on the marginal contribution of their transaction to the state diff.
Additionally, the compression of state diffs allows Starknet to introduce a discount factor, making blob gas five times cheaper. The discount factor includes the squashing of L2 blocks and a 25% additional reduction for state diff compression.
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