区块链与组件生命周期--一种方法

Heiko Meinen, Julian Dreyer, Katrin Kock, Roman Huebner
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引用次数: 0

摘要

从最初的规划到退役和回收利用,建筑物在整个生命周期内必须有多个参与方和多种材料共同发挥作用。这可能会造成安全问题,特别是在关键部件方面。有必要对产品特性进行详细记录和跟踪,并概述相关各方的相关义务。目前,这一问题通常通过大量合同和纸质建筑文件来解决。区块链技术可能被证明是解决此类用例的一种面向未来的方案。此外,所谓的智能合约是在特定区块链平台上运行的定制设计应用程序,可以成为建筑和设施管理过程中记录文档的适当方式,因为它们允许将其执行分配给所有相关的区块链参与者。基于这种方法,本文提出了一种平台解决方案,可提供各种组件的最新产品信息。该系统的成果是在安全的法律基础上为数字文档提供便利,其界面根据参与建设和维护过程的每个合作伙伴的具体条款和条件量身定制。
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Blockchain and the lifecycle of components—An approach

Buildings involve multiple participants and materials that must work together throughout their life cycle, from initial planning to decommissioning and recycling. This can create safety concerns, particularly with regard to critical components. Detailed documentation and tracking of product characteristics are necessary, as well as outlining the related obligations of the parties involved. Currently, this problem is often addressed by numerous contracts and paper-based building documentation. Blockchain technology could prove to be a future-oriented solution to such use cases. Additionally, so-called Smart Contracts, which are custom-designed applications running on the given Blockchain platform, can be an appropriate way for documentation in the construction and facility management process since they allow distribution of their execution to the entirety of the involved Blockchain participants. Based on this approach, this paper presents a platform solution that provides up-to-date product information on various components. The outcome is a system that facilitates digital documentation on a secure legal foundation, with an interface tailored to the specific terms and conditions of each partner involved in the construction and maintenance process.

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