Intellectual Property Program
Metatink LLC develops innovative processes and methodologies designed to enhance learning, cybersecurity, and human interaction. The MetaTink work under development supports a range of sectors in areas designed to synergystically advance the cyber resilience of society thorugh human factors, learning, and technological innovation. Development in the portfolio is based on the Cognitive Sciences, AI, Algorithmic Development, and years of experience innovating cybersecurity education. MetaTink works with the intellectual property of a range of collaborators to transfer technology from discovery and research to commercialization.
Adaptive Learning Environment Automation Method
This patent application covers an innovative adaptive learning method that is based on discoveries in cyber training exercises and competitions. The patent itself is generalized to cover a broad range of learning needs across technical and non-technical disciplines, age ranges that fit professional cyber defense training, cybersecurity awareness, and curriculum for University and K12 applications.
Multi-Shield Cyber Security Visualization
This innovative Defense-focused Cybersecurity resilience method offers new ways to create defensive structure within cyber infrastructure and provide a solution for the question often raised in ZTRA "Who Watches the Watchmen?" It's presented in a peer reviewed paper at the HICSS Conference.
Short-Cycle Framework -
Integrating Psychometric Feedback into Rapid Cyber Defense
This framework enables rapid psychometric feedback for active cyber defense teams during live operations. Using the methods laid out in the peer reviewed paper presented at the World Information Security Education Conference in Lisbon, Portugal, organizations can support cyber defense teams with real-time psychometric-based coaching to address issues related to team cohesion, role stress, and other critical performance factors.
Layred Model for Building Cyber Defense Training Capacity
This model provides a guide to developing cyber defense training capacity, and thus overall cyber defense for state and regional governments, multi-state organizations, and the private sector. Methods focus on building the right services as dependencies are in place and works through technical, psychological, and inter-organizational challenges. this peer reviewed paper was presented at the World Information Security Education Conference.
Interdisciplinary Cyber Defense Collaboration Model
Cyber Defense, particularly when it is collaborative and multi-organizational requires a broad set of interdisciplinary process in order to yield an increase in collaborative resilience. This peer reviewed paper presented at the Colloquium for Information Systems Security Education presents a functional model with a strong track record for enabling this type of collaborative.
Contact
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