Street IoT Mesh to Provide Smart Parking and Smart Facilities Management Plus COVID-19 Park and Track
Bluetooth Mesh Solutions Ltd ('BMS') will collaborate with Cambridge Science Park ('CSP') to demonstrate the effectiveness of their SMART parking solution through a pilot project. This solution aims to help sectors recover from COVID-19 by organizing parking in a more structured manner using a Low-Power-Bluetooth-IoT-Mesh-Network. This network will direct vehicles to vacant parking spaces in real-time, reduce pollution, encourage COVID-19 distanced parking, and ensure maximum efficiency of parking spaces. The system will also provide timed entry and exit data for track and trace, and share COVID-19 public health information pre-and-on arrival.
Feedback Overview:
The idea is innovative and addresses a significant problem exacerbated by COVID-19. To increase business value, consider integrating additional features such as electric vehicle charging points and partnerships with local businesses for promotions. Enhancing user experience with a mobile app interface could also attract more users.
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CEO
Expert in urban planning and smart city solutions with a focus on integrating technology to improve urban infrastructure.
How feasible is the integration of this IoT mesh network in existing urban infrastructure?
The integration is feasible but will require collaboration with local authorities and existing infrastructure providers. Pilot projects like the one with CSP are essential to demonstrate scalability.
What are the potential challenges in scaling this solution across multiple cities?
Challenges include varying local regulations, the need for significant initial investment, and ensuring interoperability with existing systems.
How can this solution be made more attractive to city planners?
Highlighting the environmental benefits, cost savings, and improved public health outcomes can make the solution more attractive to city planners.