Difference between revisions of "Framework Towards Decentralized Autonomous Space"

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[[CBC 2021]] presentation by [Hongyang Wang].
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[[CBC 2021]] presentation by [[Hongyang Wang]].
  
 
=Abstract=
 
=Abstract=
Collaboration in construction projects is reinforced with building information modelling (BIM) technologies and the use of common data environments (CDEs). However, utilizing centralized data-sharing platforms in projects involving many stakeholders from different disciplines/organizations raises cybersecurity concerns. This article proposes a data-sharing architecture that utilizes blockchain technology and decentralized storage for enhanced cybersecurity. The proposed schema suggests not storing the project files in the blockchain blocks but instead storing their fingerprints. Decentralized storage is proposed for storing and exchanging the actual files in the construction network. While blockchain provides immutability and enables enhanced change tracking, utilizing a peer-to-peer (P2P) decentralized storage mechanism improves the transaction speed and reduces the total size of the blockchain (copy) that every stakeholder holds in the network. The article presents the proposed idea on a conceptual level. The authors are working on a prototype of the proposed data-sharing architecture to better understand the possible limitations for further improvement and actual implementation.
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In this presentation, we introduce the concept of Decentralized Autonomous Space, where agents of human and self-owning machines come together and are governed through a blockchain-enabled decentralized system. The research focuses on the governance aspects of such a space, meaning the decision-making and value allocation processes. Then the proof-of-concept prototype is described. The prototype is designed to be a single-person, soler-powered, and self-owning meditation space. The technical feasibility of the space is established through a preliminary electronic system that is connected and autonomously broadcast to the blockchain. Users can interact with the space by connecting crypto wallets. Ultimately, this research explores the possibility of the coordination of mixed-agent communities and the possibility to improve system efficiency and social equity through introducing non-rent seeking digital infrastructures and decentralized governance systems.
  
 
=Presentation=
 
=Presentation=
  
Recording of the [https://youtu.be/QFvsDy05j5k presentation is available here].
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[[File:YouTube.png |Left|50px|link=https://youtu.be/-y63B3nAAZ4]] [https://youtu.be/-y63B3nAAZ4 Recording of the presentation is available here].
  
 
=Keywords=
 
=Keywords=
[[CBC2021]], [[Blockchain]], [[Cybersecurity]], [[Decentralized Storage]], [[Collaboration]], [[CDE]], [[BIM]], [[Construction 4.0]].
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[[Blockchain]], [[Decentralised Space]], [[Construction 4.0]].
  
 
=Reference=
 
=Reference=
DOI: https://doi.org/10.47330/CBC.2021.NOKH7555
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DOI: https://doi.org/10.47330/CBC.2021.PBRJ8934

Latest revision as of 23:06, 2 March 2022

CBC-Logo.png
CBC 2021 presentation by Hongyang Wang.

Abstract

In this presentation, we introduce the concept of Decentralized Autonomous Space, where agents of human and self-owning machines come together and are governed through a blockchain-enabled decentralized system. The research focuses on the governance aspects of such a space, meaning the decision-making and value allocation processes. Then the proof-of-concept prototype is described. The prototype is designed to be a single-person, soler-powered, and self-owning meditation space. The technical feasibility of the space is established through a preliminary electronic system that is connected and autonomously broadcast to the blockchain. Users can interact with the space by connecting crypto wallets. Ultimately, this research explores the possibility of the coordination of mixed-agent communities and the possibility to improve system efficiency and social equity through introducing non-rent seeking digital infrastructures and decentralized governance systems.

Presentation

Left Recording of the presentation is available here.

Keywords

Blockchain, Decentralised Space, Construction 4.0.

Reference

DOI: https://doi.org/10.47330/CBC.2021.PBRJ8934