区块链网络中智能合约的威胁防范与漏洞分析

Pankaj Chandra, Santosh Soni, Akanksha Gupta, Prayas Kumar, Kunal Raj
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引用次数: 0

摘要

区块链技术目前在很大程度上依赖于智能合约,它为商品和数据交换提供了自我执行代码。智能合约使区块链系统上的支付和拍卖等金融活动成为可能。即使发现漏洞,也无法更改。它们经常被用来自动执行协议,以便各方都能对缔结的协议充满信心,而无需中间人。但是,由于它们的开放性以及它们在区块链生态系统中的交互方式,这些合约很容易受到安全风险的影响。近年来,智能合约安全研究取得了重大进展。智能合约安全研究界最近取得了重大进展。研究人员发现了智能合约中的一些安全漏洞,并创建了验证和静态分析框架来查找这些漏洞。本研究试图找出影响智能合约的最关键软件安全问题。然后利用该领域常用的各种方法和设备来处理这些问题
本文章由计算机程序翻译,如有差异,请以英文原文为准。
THREAT PREVENTION & VULNERABILITY ANALYSIS OF SMART CONTRACTS IN BLOCKCHAIN NETWORKS
Blockchain technology now relies heavily on smart contracts, which offer self-executing code for the exchange of goods and data. Smart contracts enable financial activities like payments and auctions on blockchain systems. Even if bugs are found, they cannot be changed. They are frequently used to automate the implementation of agreements so that all parties may be confident in the conclusion without the need for an intermediary. But because of their openness and how they interact with one another in the blockchain ecosystem, these contracts are vulnerable to security risks. Smart contract security research has advanced significantly in recent years. The research community of smart contract security has made a significant improvement recently. Researchers have identified several security flaws in smart contracts and have created frameworks for verification and static analysis to find them. This study attempts to identify the most critical software security issues that affect smart contracts. These are then handled utilizing a variety of methods and equipment common to the sector
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