Monad, a high-performance Ethereum-compatible L1, stealth releases docs

Monad, a new high‑performance, Ethereum‑compatible Layer 1 blockchain, has quietly published public technical and user documentation on GitBook and its own docs portal, detailing the design and operation of the network. The docs describe Monad as a proof‑of‑stake chain focused on combining “true decentralization” with high throughput and low latency, targeting around 10,000 transactions per second, 400 ms block times, and sub‑second finality while preserving full EVM bytecode and Ethereum JSON‑RPC compatibility so existing Ethereum applications and tooling can migrate without changes. The documentation outlines Monad’s core architectural choices—parallel execution, asynchronous (decoupled) consensus and execution, and a pipelined BFT consensus protocol (MonadBFT)—as the mechanisms used to scale performance without significantly raising node hardware requirements. It also positions Monad as an L1 that behaves very similarly to Ethereum from a user and developer perspective, including support for standard Ethereum wallets and infrastructure, but with materially higher throughput and lower transaction costs. By releasing detailed public docs ahead of broader ecosystem adoption, the project is providing validators, node operators, and application developers with the technical specifications needed to begin building and integrating with the Monad network, signaling a move from largely closed‑door development toward a more open, production‑ready environment.

✨ AI-generated background, compiled from web sources — not editorial content.

More coverage

• Monad • BitGo Docs (assets.bitgo.com)
• What is Monad? The fast, scalable, and EVM-compatible L1 - Stakely (stakely.io)
• Monad | MetaMask developer documentation (docs.metamask.io)
• Introduction - Monad Documentation (docs.monad.xyz)
• Monad RPC Endpoints - Dwellir (dwellir.com)

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