CS875 Module 10 Discussion 2

The topic of discussion for this week deals with a connection of the main topics for the CS875 Futuring and Innovation course, back to my dissertation topic. My dissertation topic addresses intrusion detection techniques developed through quantum-based neural networks. One area of the course, which was a major source of study towards the end of this course included sociotechnical planning. The discovery and inclusion of any quantum-based techniques to address network intrusion, either through intrusion detection systems or intrusion prevention systems, is going to need to include a sociotechnical plan for diffusion and adoption. Intrusion detection and/or prevention systems are at the heart of nearly any network security architecture. One of the primary challenges associated with the adoption of any quantum-based detection schema would include encouraging network security teams to trust and accept the new security technology. Pilot programs and early adopters will be necessary to overcome this barrier or obstacle. 

 

Since quantum computing is in its infancy stages, I suspect there is a potential for further development through error or serendipity. I don’t foresee exaptation could play a role in development since the technology associated with quantum computing is quite new. 

 

I do believe scenario planning would have potential with quantum computing. Especially after the technological barriers such as error-correction and noise have been addressed. Scenario planning would play a significant role as organizations map out and plan for the possibility of what the technology associated with quantum computing can provide. 

 

My idea for my dissertation topic was developed while attending another student’s dissertation defense. The doctoral candidate suggested some areas of further study which included the potential of quantum computing in certain network security fields. I was already intrigued by the idea of the probability for quantum computing, based on research I had conducted for a course in my master’s program. The research focused on current and future encryption techniques, and the role that quantum computing will contribute to future encryption techniques, as well as the plans that organizations should undertake now to protect their current data and information systems. 

 

Clearly, quantum computing is in its early stages. Development is currently underway with several major organizations such as Google, IBM and AWS. In fact, Google and IBM have made available lab-based quantum computers that anyone can access and test their algorithms. The current focus is to develop computers with enough qubits that are error-free, to position quantum computing as a viable solution.