This book analyzes cyberdefense from a novel and interdisciplinary perspective, offering solutions for problems that have long impeded a more efficient defense. It explains why cyberdefense organized and performed by humans is too slow, too cumbersome, and too ineffective.
Combining the analytical capabilities of experts in operations research and management, international security studies, economics, risk analysis, and defense management, the volume addresses these problems of current cyberdefense. The authors present suggestions for the next generation of cyberdefense, explaining why the future defense must focus on speeding up responses, why a single response may not be enough, and why effectiveness requires foresight.
This makes the book a must-read for scholars, researchers, intelligence analysts, homeland security staff, and professionals who are interested in learning more about the issues of current cyberdefense, as well assolutions for the next generation of cyberdefense.

Analyzes cyberdefense from a novel and interdisciplinary perspective Explains why cyberdefense organized and performed by humans is too slow, too cumbersome, and too ineffective Offers solutions for problems that have long impeded a more efficient defense

Autorentext

PD Dr. Marcus Matthias Keupp leads the Department of Defense Economics at the Military Academy of the Swiss Federal Institute of Technology. An economist by training, he specializes in interdisciplinary work with a strong focus on empirical methods. His academic achievements won numerous awards and honorable mentions.

Inhalt
M.M.Keupp: Introduction and Overview.- Speed: S. Gillard, T. Maillart, M.M.Keupp: Reducing Time to Response in Cyber Defense: An Agent-based Model.- K Su, Ch Ahmed, J. Zhou: Unsupervised Attack Isolation in Cyber-physical Systems: A Competitive Test of Clustering Algorithms.- P. Fischer, S. Gillard: Next Generation ISACs: Simulating Crowdsourced Intelligence for Faster Incident Response.- Foresight: D. P. David, W. Blonay, S. Gillard, T. Maillart, A. Mermoud, L. Maréchal, M. Tsesmelis: Identification of Future Cyberdefense Technology by Text Mining.- A. Mezzetti, L. Maréchal, D. P. David, W. Blonay, S. Gillard, M. Tsesmelis, T. Maillart, A. Mermoud: A Novel Algorithm for Informed Investment in Cybersecurity Companies and Technologies.- M. Tsesmelis, L. Dolamic, M. M. Keupp, D. P. David, A. Mermoud: Identifying Emerging Technologies and Influential Companies Using Network Dynamics of Patent Clusters.- C. Aeschlimann, K. Cuche, A. Mermoud: Cybersecurity Ecosystems: A Network Study from Switzerland.- S. A. Moreno, D. P. David, A. Mermoud, T. Maillart, A. Mezzetti: Anticipating Cyberdefense Capability Requirements by Link Prediction Analysis.- Effectiveness: P. Fischer, F. Muhly, M. M. Keupp: Drawing with Limited Resources: Statistical Modeling of Computer Network Exploitation and Prevention.- D. Baschung, S. Gillard, J.-C. Metzger, M. M. Keupp: Individual Career Versus Corporate Security: A Simulation of CSO Investment Choices.- F. Muhly: Improving Human Responses to Cyberdefense by Serious Gaming.- S. Shrivastava, A. P. Mathur: Next Generation Cyber-physical Architecture and Training.- S. Gillard, C. Aeschlimann: Improving the Effectiveness of Cyberdefense Measures.- S. Pangrazzi, F. Muhly: International Law and Cyber Defense Best Practices: A Normative Proposal.