Leveraging quantum computing artificial intelligence to prevent cyberattacks on quantum iot devices

A system comprising:

• a network comprising a plurality of quantum Internet of Things (IoT) devices;
• wherein:
• each of two or more of the plurality of quantum IoT devices comprises:
• a quantum processor;
• an application that is operable, using the quantum processor, to provide electronic access from a respective one of the plurality of quantum IoT devices to one or more third-party computer applications or systems operated by a third party;
• and
• a first artificial intelligence (AI) algorithm that is trained, using the quantum processor, based on data derived from user interactions between the respective quantum IoT device and the one or more third-party computer applications or systems;
• and
• an aggregator, comprising a processor, that is operable to aggregate data derived from the user interactions with the one or more third-party computer applications or systems and the plurality of quantum IoT devices and to provide the aggregated data to a second AI algorithm at the one or more computer applications or systems in the network to be used to train the second AI algorithm to prevent or mitigate cyberattacks on the plurality of quantum IoT devices.