LEGAL REGIME OF SMART CONTRACTS: A CODE OR A CONTRACT

IF 0.3 Q3 LAW
A. A. Krytsula
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引用次数: 0

Abstract

Introduction: the article is devoted to the analysis of legal regulation of smart contracts, the concept, content, and scope of their application. The author analyzes in detail foreign expe- rience of using smart contracts and suggests possible options for expanding the application area. The article also has a separate section that looks at smart contracts as compared with traditional institutions of civil law. Smart contracts are expected to find application in almost all areas of life in the future. As is often the case with new technologies, the use of smart con- tracts raises a number of civil law issues. Blockchain technology makes it possible not only to create new means of payment but also to autonomously manage almost any process. It can be used for individual contracts and even for the creation of autonomous decentralized systems. Purpose: to provide an insight into the institution of smart contracts and define their role in civ- il law. Methods: empirical methods of comparison, description, interpretation; theoretical me- thods of formal and dialectical logic; special scientific methods such as the legal-dogmatic me- thod, the methods of interpretation of legal norms and comparative legal research. Results: smart contracts are computer programs that perform legally significant actions according to predetermined algorithms set out in the form of a so-called program code. In practice, they are especially important in connection with the development of blockchain technology or (more generally) distributed ledger technology. Conclusions: the term ‘smart contract’ was defined by Nick Szabo in the 1990s as a sequence of commands represented in digital form, including transaction protocols that execute these agreements. Thus, smart contracts formulate rules and sanctions for agreements and execute them automatically. These are not necessarily contracts in the legal sense, but they are capable of controlling, tracking, and documenting legally signif- icant actions. Smart contracts can also be implemented using traditional, for example, mechan- ical technologies (e.g. in a vending machine). However, blockchain and distributed ledger tech- nologies make it possible to implement incomparably more complex rules and enforcement me- chanisms and offer a decentralized environment with an integrated settlement system. From a legal point of view, smart contracts perform two functions. On the one hand, they serve as a functional equivalent of a contract since their technological code can identify the services to be exchanged as well as the conditions under which they must be provided. Being the normative order of the digital, this code formulates the program of obligations of the parties. It resembles the legal order of a contract, without necessarily coinciding with it. On the other hand, smart contracts serve as a tool for the execution of contracts – by controlling, monitoring, and docu- menting the exchange of services. They can also facilitate the execution of conventional con- tracts by translating their provisions into a technical code, verifying the occurrence of agreed- upon events, and enforcing contracts. Smart contracts are suitable for contractual relation- ships, for example, for processing payments or delivering goods without the participation of the parties and an intermediate step in the form of direct execution. Smart contracts are gaining more and more popularity, especially in the financial sector. In addition to the so-called token economy (cryptocurrencies, ICO, etc.), there are also discussed algorithmic ETFs, online plat- forms for loans or project financing. Another important area of application is sharing economy. From a legal point of view, smart contracts can either be the subject of a contractual agreement or generate it on their own. There is sometimes put forward a thesis under the motto ‘Code is law’ that smart contracts give rise to a largely autonomous legal system and/ or are not subject to applicable law. However, this appears to be an erroneous conclusion
智能合约的法律制度:代码或合同
导论:本文主要分析了智能合约的法律规制,智能合约的概念、内容和适用范围。作者详细分析了国外使用智能合约的经验,并提出了扩大应用领域的可能选择。这篇文章还有一个单独的部分,将智能合约与传统民法制度进行比较。智能合约有望在未来的几乎所有生活领域得到应用。正如新技术经常出现的情况一样,智能合约的使用引发了一系列民法问题。区块链技术不仅可以创造新的支付方式,还可以自主管理几乎所有流程。它可以用于个人合约,甚至可以用于创建自治的分散系统。目的:深入了解智能合约制度,并界定其在民法中的作用。方法:采用比较、描述、解释的经验方法;形式逻辑与辩证逻辑的理论方法法学教条法、法律规范解释法、比较法研究等特殊的科学方法。结果:智能合约是计算机程序,根据以所谓程序代码的形式设定的预定算法执行具有法律意义的操作。在实践中,它们在区块链技术或(更普遍的)分布式账本技术的发展中尤为重要。结论:Nick Szabo在20世纪90年代将“智能合约”一词定义为以数字形式表示的一系列命令,包括执行这些协议的交易协议。因此,智能合约为协议制定规则和制裁,并自动执行。这些不一定是法律意义上的合同,但它们能够控制、跟踪和记录具有法律意义的行为。智能合约也可以使用传统的,例如,机械技术(例如,在自动售货机中)来实现。然而,区块链和分布式账本技术使得实施更加复杂的规则和执行机制成为可能,并提供了一个具有综合结算系统的分散环境。从法律的角度来看,智能合约执行两个功能。一方面,它们在功能上相当于合同,因为它们的技术代码可以确定要交换的服务以及必须提供这些服务的条件。作为数字化的规范秩序,本规范规定了当事人的义务程序。它类似于合同的法律秩序,但不一定与之一致。另一方面,智能合约作为执行合约的工具——通过控制、监控和记录服务交换。它们还可以通过将传统合同的条款翻译成技术代码、核实商定事件的发生以及执行合同来促进传统合同的执行。智能合约适用于合同关系,例如,在没有各方参与和直接执行形式的中间步骤的情况下处理付款或交付货物。智能合约越来越受欢迎,尤其是在金融领域。除了所谓的代币经济(加密货币、ICO等)之外,还讨论了算法etf、贷款或项目融资的在线平台。另一个重要的应用领域是共享经济。从法律的角度来看,智能合约既可以是合同协议的主体,也可以自己生成。有时在“代码即法律”的座右铭下提出一个论点,即智能合约产生了一个很大程度上自主的法律体系,并且/或者不受适用法律的约束。然而,这似乎是一个错误的结论
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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