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Move Language Vulnerability

Definition ∞ A Move Language vulnerability refers to a security weakness discovered within smart contracts written using the Move programming language. Move aims to prevent common exploits through its resource-oriented programming model. However, flaws can arise from incorrect logic implementation or unexpected state transitions. These vulnerabilities can lead to unauthorized asset transfers.
Context ∞ Discussions about Move Language vulnerabilities are significant in developer communities for blockchains utilizing this programming paradigm. News reports often highlight audits related to Move-based projects, emphasizing the continuous effort to harden these new ecosystems. The ongoing scrutiny of Move codebases is essential for establishing confidence in security.

A brushed metallic component, resembling a secure enclave or a specialized network node, precisely channels a vibrant blue, glowing data stream. This visual metaphor illustrates the high-speed transaction throughput and cryptographic hash generation within a decentralized ledger. The luminous flow represents real-time digital asset transfers, smart contract execution, and the seamless movement of value across a blockchain network. It emphasizes data integrity, network security, and the efficient processing of complex DeFi protocols, showcasing the core infrastructure supporting Web3 interoperability.

→Security Posture Failure

→Integer Overflow

→Move Language Vulnerability

Concentrated Liquidity DEX Drained by Critical Integer Overflow Vulnerability

A flawed overflow check in the AMM's liquidity calculation function allowed an attacker to mint phantom assets, draining $223 million.