New energy power stations, charging piles and energy storage devices are widely distributed and vulnerable to attacks.
Massive IoT devices have weak security protection and are easy targets for botnet attacks.
IoT devices are limited in computing power and cannot run complex encryption algorithms.
Problems such as device identity forgery and data tampering are prominent.
Adopts a low-power chip protection + edge aggregation protection + cloud-based management architecture
Deploy IoT cloud quantum security platforms and device management platforms.
Deploy quantum security modules for IoT edge aggregation gateways.
Equip IoT devices with low-power quantum-secure chips/modules.
Ensure the security of power station scheduling and control commands.
Guarantee the security and accuracy of charging transaction data.
Implement unique identity identification and authentication for massive IoT devices.
Achieve secure collection and backhaul of sensor data.
Prevent malicious firmware injection and device hijacking.
