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Monad: The Scalable L1 Smart Contract Platform

The Monad whitepaper presents a strategy for achieving massive scaling on the Ethereum Virtual Machine (EVM) without sacrificing compatibility. The authors iden

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Abstract

The Monad whitepaper presents a strategy for achieving massive scaling on the Ethereum Virtual Machine (EVM) without sacrificing compatibility. The authors identify that current EVM implementations are bottlenecked by single-threaded execution and inefficient state access. Monad addresses these issues through two primary innovations: MonadBFT, a high-performance consensus protocol, and a massively parallelized execution engine. By leveraging deferred execution and state-pipelining, the platform separates the consensus mechanism from the execution cycle, allowing for higher transaction volume while keeping the network decentralized. The whitepaper argues that full bytecode-level compatibility with Ethereum is critical for ecosystem adoption and developer retention. This document serves as an architectural guide for builders attempting to bridge the gap between high-performance execution environments and the vast, existing Ethereum developer and application ecosystem, focusing on architectural optimizations that preserve user-level parity. Authors: Keone Hon, James Hunsaker, Eunice Giarta Publication: Project Whitepaper Publication date: 2023-01-01

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Key findings

  • Achieves high-throughput execution while remaining EVM compatible.
  • Implements parallel execution of EVM bytecode.
  • Utilizes an optimized consensus mechanism, MonadBFT.
  • Uses pipelining to increase state access efficiency.

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Citation

Keone Hon, James Hunsaker, Eunice Giarta (2023). Monad: The Scalable L1 Smart Contract Platform. Project Whitepaper. https://docs.monad.xyz/
Canonical knowledge ID: research:monad-the-scalable-l1-smart-contract-platform