
L1s vs L2s
Alt-L1 Validators vs. Ethereum L2 Data Availability: Cost Comparison for Chain Operators
In this blog, we compare onchain costs for L1s (validator payouts) versus L2s (data availability and ZK proving).
L1s vs L2s
In this blog, we compare onchain costs for L1s (validator payouts) versus L2s (data availability and ZK proving).
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If you're building your own chain, you'll face a crucial question: Alt-L1 or Ethereum L2? We break down the pros and cons of each here, and tell you how to evaluate for your project.
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Ethereum’s next major upgrade, Glamsterdam, is slated for early 2026. Learn about the EIPs being considered and how they can make Ethereum more scalable, efficient, and censorship-resistant.
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We break down the differences in running RPC nodes on L2s vs. L1s.
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Blockchain indexers make it possible to query, read, and use blockchain data for app development.
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Appchains are blockchains designed to support a single application. Learn how appchains enable better performance and scalability here.
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Rollup teams need to evaluate the cost to run their chain holistically. That's where total cost of operations (TCO) comes in.
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Rollups-as-a-service (RaaS) platforms make it easy for any team to customize, deploy, and scale a rollup. Learn how here.
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Onchain AI agents are AI programs that operate autonomously on the blockchain.
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High availability sequencers provide better uptime for rollups and allow them to continue operating through upgrades.
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Stylus enables developers to write smart contracts in Rust, C, C++, and other programming languages that compile down to WASM, in addition to Solidity.
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As a direct measure of onchain compute, Mgas/s is the best metric for comparing blockchain performance.