EVM Compatibility Turns Expansion Into Distribution Decision
Auston Bunsen, Co-Founder of QuickNode, on the infrastructure of multi-chain
The key implication is that EVM compatibility turns multi-chain expansion from a rewrite into a distribution decision. For an app like OpenSea or Rarible, the same Ethereum style smart contract logic, wallet calls, and JSON-RPC data fetching patterns can be reused on chains like Polygon and Gnosis, so the main work is adapting endpoints, indexing, and chain specific settings rather than rebuilding the product from scratch. This is why multi-chain infrastructure matters so much for NFT and dapp platforms.
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QuickNode describes the practical developer benefit very simply. An Ethereum app does not port to Solana, but it does port across EVM chains such as Polygon, Gnosis, and BNB Chain. That means a team can reach users on lower fee networks with much less engineering work than launching on a non EVM chain.
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Under the hood, this works because these chains expose Ethereum style interfaces. QuickNode notes that Ethereum and EVM based chains commonly use JSON-RPC, and Polygon documents both Polygon PoS and zkEVM as EVM compatible. Gnosis similarly supports Ethereum execution clients adapted for Gnosis Chain.
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The bottleneck shifts from contract compatibility to data and UX layers. Marketplace specific metadata, like collection descriptions and verification status, can still live inside OpenSea or Rarible, while core on-chain facts such as owner, contract address, token ID, and transfers are public and portable across infrastructure providers.
Going forward, the advantage moves to whichever infrastructure company can add new EVM chains fastest and keep the developer experience uniform across them. As more activity fragments across lower cost Ethereum compatible networks, the winning platforms will be the ones that let developers expand chain by chain with a small config change instead of a new engineering project.