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Smart home system using blockchain technology in green lighting environment in rural areas
1College of Art & Design, Putian University, Fujian, China.
Heliyon
|March 4, 2024
Summary
This study introduces a blockchain-based smart home system for efficient green energy management in rural areas. The system enhances performance and security, offering reliable lighting solutions and promoting sustainable development.
Area of Science:
- Smart Home Technology
- Blockchain Applications
- Sustainable Energy Systems
Background:
- Increasing demand for smart home systems in rural areas.
- Challenges in managing green energy and intelligent control in rural settings.
- Need for efficient and secure solutions for rural smart homes.
Purpose of the Study:
- Design a blockchain-based smart home system for rural green lighting.
- Improve system performance, safety, and energy management.
- Promote sustainable development in rural smart home environments.
Main Methods:
- System design incorporating home gateway and cloud services.
- Implementation of data monitoring, transmission, storage, and remote control.
- Utilizing Hyperledger Fabric for access control and security.
Main Results:
- System confirmed effective through simulation experiments.
- Achieved lowest latency at 40tps transaction arrival rate and block size of 10.
- Hyperledger Fabric-based access control efficiently handles smart home resource requests.
Conclusions:
- Blockchain-based smart home system significantly improves performance and security.
- Provides reliable lighting solutions for rural areas.
- Offers theoretical and practical guidance for future smart home development.
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