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How Do Other Blockchains Achieve EVM Compatibility?

EVM compatibility is achieved by implementing an identical virtual machine, allowing easy porting of Solidity smart contracts and tools.
Greeks.live04.12.25

How Do Other Blockchains Achieve EVM Compatibility?

Other blockchains achieve EVM compatibility by implementing a virtual machine that functions identically to the Ethereum Virtual Machine. This allows developers to easily port their existing Ethereum smart contracts (written in Solidity) and tools to the new blockchain, significantly reducing the barrier to entry for dApp deployment.

How Does the EVM Relate to Other Blockchain Platforms?
How Have Recent Versions of Solidity Changed the Behavior of Fallback Functions to Mitigate This Risk?
What Are the Key Differences between Solidity and Rust for Smart Contract Development?
What Is the Significance of the Ethereum Virtual Machine (EVM)?
What Is “Solidity” in the Context of Smart Contracts?
What Is the Role of ‘Solidity’ in Relation to the EVM?
Can Machine Learning Models Be Trained to Detect Iceberg Orders More Effectively than Rule-Based HFT Algorithms?
What Is an EVM-compatible Blockchain and Why Is It Relevant for Developer Skill Sets?

Glossar

Blockchains

Architecture ⎊ A blockchain represents a distributed, immutable ledger structured as a chain of cryptographically linked data blocks, validated and maintained by a decentralized network of nodes.

EVM Compatibility

Architecture ⎊ EVM Compatibility, within cryptocurrency and derivatives, signifies the degree to which a blockchain or layer-2 solution can natively execute code intended for the Ethereum Virtual Machine.

EVM

Architecture ⎊ The Ethereum Virtual Machine (EVM) represents a decentralized computational engine crucial for executing smart contracts, functioning as the runtime environment for applications built on the Ethereum blockchain.

Virtual Machine

Machine ⎊ A virtual machine (VM) within cryptocurrency, options trading, and financial derivatives represents a software-defined computational environment, effectively emulating a physical computer system.

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