Cheaper Smart Contracts for the Built Environment? Linking On-Chain and Off-Chain in a Blockchain-Governed Approach

David F. Bucher1, Kepeng Hong2, Daniel M. Hall3, Catherine De Wolf1
1 ETH Zürich, Switzerland
2 DTU, Kongens Lyngby, Denmark
3 TU Delft, Delft, The Netherlands
DOI: 10.35490/EC3.2024.269
Abstract: The digitization and automation of contracts within the built environment through blockchain has demonstrated potential. Nonetheless, the use of on-chain smart contracts can amount to substantial costs. This study proposes a blockchain-governed approach to individually assess whether and how to use blockchain for different components of contracts. We explain the rationale behind the concept and implement a pilot prototype of a performance-based, blockchain-governed contract. The results promise an alternative and more cost-effective approach to smart or intelligent contracts in the built environment, while still allowing for trusted verification of key contract parts through blockchain.
Keywords: Blockchain, Built environment as a service, Construction, smart buildings, Smart Contracts

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