Blockchain Protocol Enhances Digital Building Twins and Automation Systems
There’s a new decentralized protocol designed to boost the cyber resilience of IoT data transfers for digital twins, which also helps automate building operations. It merges both public and private blockchain technologies to overcome the vulnerabilities of centralized systems that can easily fail. Two real-world case studies tested prototypes using smart home devices and two digital twin platforms. The focus was on cost, scalability, data security, and privacy. Findings indicate that the Hyperledger Fabric-based system stands out in terms of scalability. This research, available under arXiv:2604.16534v1, presents an innovative approach to enhancing building automation through decentralized solutions.
Key facts
- A blockchain-based decentralized protocol enhances IoT data transfer for digital twins
- The protocol addresses vulnerabilities in centralized architectures prone to single points of failure
- The framework incorporates both public and private blockchain technologies
- Two case studies showcase prototypes validated in a real-world building environment
- Prototypes used smart home appliances and two digital twin platforms
- Performance evaluated based on cost, scalability, data security, and privacy
- Hyperledger Fabric-based system excels in scalability
- Study announced as arXiv:2604.16534v1 with cross-disciplinary focus
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Institutions
- arXiv