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Blockchain Technology in Commercial Real Estate: Developing a Conceptual Design for Smart Contracts

Blockchain Technology in Commercial Real Estate: Developing a Conceptual Design for Smart Contracts

Evgeny Exter, Milan Radosavljevic
This study proposes a conceptual design for smart contracts on the Ethereum blockchain to transform commercial real estate transactions. Using an action design science research methodology, the paper develops and validates a prototype that employs tokenization to address inefficiencies. The research focuses on the Swiss real estate market to demonstrate how this technology can create more transparent, secure, and efficient processes.

Problem Commercial real estate transactions are inherently complex, inefficient, and costly due to multiple intermediaries, high volumes of documentation, and the illiquid nature of the assets. This process suffers from a lack of transparency and information asymmetry, and despite the potential of blockchain and smart contracts to solve these issues, their application in the industry is still in its nascent stages.

Outcome - Smart contracts have the potential to significantly reduce transaction costs and improve efficiency in the commercial real estate industry.
- The research developed a prototype that demonstrates real estate processes can be encoded into an ERC777 smart contract, leading to faster transaction speeds and lower fees.
- Tokenization of real estate assets on the blockchain can increase investment liquidity and open the market to smaller investors.
- The proposed system enhances transparency, security, and regulatory compliance by embedding features like KYC/AML checks directly into the smart contract.
Blockchain, Smart Contracts, Commercial Real Estate, Design Science Research, Action Design Science Research, Tokenization