An structure analysis staff on the College of Hong Kong (HKU) developed a blockchain-based system to remotely monitor the standard of development of scholar residences, in accordance with a press release.
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- The system, named E-Inspection 2.0, helps handle development high quality inspection paperwork, ensuring development web site photographs and back-and-forth signed inspection information are all “accountable, traceable and immutable,” the press launch stated.
- The blockchain-based system can also be used to report temperature, humidity, vibration, and site knowledge collected by sensors to trace the transportation of constructing modules and decide whether or not they have been broken by moisture or different environmental elements, HKU stated.
- The system has been utilized to the college’s new dormitory undertaking, the Wong Chuk Hold scholar residence, which adopted the modular built-in development (MiC) approach, the press launch stated.
- Beneath the approach, constructing blocks had been assembled in a manufacturing unit within the Guangdong Province of mainland China, and transported to the development web site in Hong Kong for stacking as much as an entire constructing.
- A border lockdown and different measures in the course of the Covid-19 pandemic prevented high quality inspectors from accessing the plant in Guangdong, prompting the adoption of the blockchain system for distant high quality inspection.
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