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The cyber-threat landscape is constantly and rapidly expanding, overwhelming human analysts in their effort to keep track of the latest threats. This affects both organisations that produce threat intelligence to be consumed by third parties, but also the end consumers of this threat intelligence, who want, for example, to configure proactive defences to protect their infras-tructure. This paper presents a novel, Machine Learning-based, solution able to discover & ingest Cyber Threat Intelligence (CTI) data from unstructured online sources, such as dark web forums, social media and online chatrooms, producing a stream of standardised, structured STIX CTI data at its output. Further, a proof-of-concept is developed and assessed, to investigate its effectiveness with real-life data sources, but also to offer insights into the large amount of potentially useful threat intelligence -relevant information that lies unused in online sources, and the positive impact that the discovery and structuring of this information in a standardised, easily shareable manner can have in terms of providing cyber defenders with an up-to-date and comprehensive view of the threat landscape.
Ellinitakis et al. (Mon,) studied this question.
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