3rd International Workshop on Monitoring and Measurability of Software and Network Security (MeSSa 2016)
When : 2016-09-06
Where : Turkey
Submission Deadline : 2016-05-22
Categories : Networks & Communications , Computer Science & Information Technology
3rd International Workshop on Monitoring and Measurability of Software and Network Security (MeSSa 2016)
September 6, 2016
Turkey
Call For Papers
Security-related incidents are increasing, and at the same time our society is increasingly relying on cyber-physical systems. Systematic approaches to monitor and measure security are needed to build secure systems, including IoT and cloud services, and to offer security evidence for system designers and users. Security analysis and measuring on software architecture level produces evidence of security in the design phase, to deal with requirement trade-offs. Architecture-level security analysis supports “security by design”. On the other hand, to understand overall security status and get a holistic view, architecture-level security analysis has to be extended to the operational system domain, and needs to include also the network level security monitoring and analysis. Thus, techniques to understand and scale the needs in both measurement and analytics are needed. Together these are able to provide the basis for security situational awareness in the modern complex software infrastructure. Security metrics also support security adaptation and architecture-based evolution.
Topics
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* Security, trust and privacy metrics
* Measurement systems and architectures
* Securing Internet of Things
* Trusted cloud
* Situational awareness and threat intelligence
* Software Defined Networking and Network Function Virtualisation
* Self-adaptive and cognitive security
* Trade-off analysis and decision-making
* Evolutionary techniques
* Measuring at runtime
* Security visualisation and analytics
* Quality and uncertainty in security measurement and metrics
* Anomaly detection
* Forensics and data analytics
* Taxonomies and ontologies on security metrics
* Empirical case studies and pilots
* Risk-based security measurement and analysis
* Adaptive metrics
* Semantic provability