Speakers
Description
The authors put forward a hypothesis that when independent organizations in Country N carry out nuclear/high-tech-related developments, a basis for a network of intellectual property clusters is created. When reviewed separately, they do not raise additional doubts about their end use potential. However, such clusters collectively create prerequisites for acquiring technologies for creating testable explosives. Data mining methods are to be used for hypothesis verification. Currently, the use of such mechanisms for an open network segment processing may be limited due to (i) incomplete descriptions of target systems with development potential and (ii) the non-additive nature of the data. The authors introduce the innovative agent system (AS) for big data processing and use it in a distributed manner. In the study, the AS is considered a tool enabling the Comprehensive Nuclear-Test-Ban Treaty Organization's decision making bodies to identify and prevent efforts to establish testing infrastructure at an early technology development stage. In the CTBT’s context, Annex 2 States profiles with traceable packages of registered IP are suggested to be introduced and maintained, thus complementing the conventional International Monitoring System's capability. The model, transparent exchange of methodologies and updates in the database enable the international community to monitor information on activities potentially violating the testing regimes.
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