Toward a Science of Secure Environments
Title | Toward a Science of Secure Environments |
Publication Type | Journal Article |
Year of Publication | 2014 |
Authors | McDaniel, P., Rivera, B., Swami, A. |
Journal | Security Privacy, IEEE |
Volume | 12 |
Pagination | 68-70 |
Date Published | July |
ISSN | 1540-7993 |
Keywords | agile systems, Approximation methods, Communities, Computational modeling, computer security, continuous optimization problem, cyber environment, cyber security collaborative research alliance, cyber-decision-making, decision making, detection mechanisms, environmental security, formal security, fundamental science, Modeling, Network security, optimisation, science of security, secure environments, security, security of data, software security, Systems Security |
Abstract | The longstanding debate on a fundamental science of security has led to advances in systems, software, and network security. However, existing efforts have done little to inform how an environment should react to emerging and ongoing threats and compromises. The authors explore the goals and structures of a new science of cyber-decision-making in the Cyber-Security Collaborative Research Alliance, which seeks to develop a fundamental theory for reasoning under uncertainty the best possible action in a given cyber environment. They also explore the needs and limitations of detection mechanisms; agile systems; and the users, adversaries, and defenders that use and exploit them, and conclude by considering how environmental security can be cast as a continuous optimization problem. |
DOI | 10.1109/MSP.2014.81 |
Citation Key | 6876248 |
- environmental security
- Systems Security
- software security
- security of data
- security
- secure environments
- Science of Security
- optimisation
- network security
- modeling
- fundamental science
- formal security
- agile systems
- detection mechanisms
- Decision Making
- cyber-decision-making
- cyber security collaborative research alliance
- cyber environment
- continuous optimization problem
- computer security
- Computational modeling
- Communities
- Approximation methods