Blockchain and Quantum for Cybersecurity Simulation
Abstract
On behalf of the University of Central FloridaÕs Institute for Simulation and Training (UCF IST), we propose to lay the technical foundation for a Blockchain Simulator that can accommodate a variety of threat scenarios as well as enterprise applications that can benefit the militaryÕs robust network and operational needs. While initially focused on IoT and edge devices, building the generalized framework described below will provide a basis for development of specific pilots and prototypes under one consistent set of frameworks. This will save the government considerable time and cost and provide a reconfigurable platform across a wide range of use cases. UCF IST has begun design of a Blockchain Simulator that can accommodate multiple testnets and protocols while also modeling human behavior and processes Ð as part of a more comprehensive evaluation framework that further defines and measures adherence to industry practices, standards, government regulations, and international privacy laws. A fundamental component for previewing the functionality of blockchain applications are the testnets that can be used to model transactions and evaluate potential problems before they arise on an immutable blockchain. This fundamental tenet of the development process is important and useful but may not go far enough. In order to truly test the effectiveness, reliability, and security of a blockchain solution, it is important to evaluate the entire scenario Ð including both the system and non-system components. As with any technology solution, weak points exist in the handoff between systems and particularly in the vulnerabilities between humans and processes where they touch the systems. These touch points can be evaluated using the traditional tools and techniques of the simulation industry. There are, however, many nuances to what must be evaluated in blockchain solutions. UCFÕs Blockchain Simulator will provide an additional tool to speed development and ensure that cybersecurity best practices are met and hardened solutions are released to meet the rapidly changing market demands. Our programs enhance current research capabilities in several cybersecurity areas of interest and describe new capabilities to extend cybersecurity for blockchain capabilities, including cryptographic and quantum functions.
Document Details
- Document Type
- DoD Grant Award
- Publication Date
- Jul 09, 2020
- Source ID
- W911NF2010048
Entities
People
- David Metcalf
Organizations
- Army Contracting Command
- United States Army
- University of Central Florida