Building sensor networks secured by quantum-grade encryption is an advanced architectural and technological implementation that represents the convergence of smart building infrastructure and quantum cryptography, designed to protect sensitive building automation data from both current and future cyber threats, including those potentially wielded by quantum computers. This cutting-edge security approach integrates quantum-resistant algorithms and protocols into the existing Internet of Things (IoT) sensor networks that monitor and control various building systems, including HVAC, lighting, occupancy, security, and environmental parameters. The system's architecture typically consists of multiple layers of sensors distributed throughout a building's infrastructure, connected through a mesh network that employs post-quantum cryptographic methods to ensure data integrity and confidentiality. These networks represent a significant evolution in building management systems, incorporating sophisticated encryption mechanisms that can withstand attacks from both classical and quantum computers, thereby future-proofing the building's operational security. The implementation of such systems requires careful consideration of various factors, including power consumption, bandwidth limitations, and the need for real-time data processing, while maintaining the highest levels of security. These networks have gained particular attention in the design community, as evidenced by their recognition in various categories at the A' Design Award & Competition, where innovative approaches to secure building automation have been celebrated for their contribution to advancing architectural technology and cybersecurity integration.
quantum cryptography, smart building infrastructure, IoT security, post-quantum encryption, building automation systems, cybersecurity architecture
CITATION : "Sebastian Cooper. 'Building Sensor Networks Secured By Quantum-grade Encryption..' Design+Encyclopedia. https://design-encyclopedia.com/?E=467658 (Accessed on November 11, 2025)"
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