Infoblox Exposes: Chinese Cybercrime Syndicate Linking European Football Sponsors, Human Trafficking and a Trillion-Dollar Illegal Gambling Economy
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Vigorish Viper is a name derived from the gambling world's exorbitant fees levied on unlucky bettors. The term vigorish, or vig for short, is used by organized crime syndicates to refer to these fees. Viper refers to the complex combination of TDSs and convoluted brand relationships that the actor employs to route users to content. Vigorish Viper leverages sponsorship of popular European sports teams to advertise for their illegal gambling sites, which primarily target Greater China.
Dr. Renée Burton added, "This work is particularly important because it connects the physical crimes of human trafficking, money laundering, and fraud, to online crime in a way that hasn't been done before. We can now see that organized crime is executing a cunning strategy that uses unwitting European clubs to fuel their criminal cycle."
The research report from Infoblox details the discovery of Vigorish Viper, how it operates from a technical perspective, its ties to organized crime, and its role in the European football sponsorship scandals. Key findings include:
"DNS analytics led to the discovery of Vigorish Viper and constitutes the best mechanism for tracking the actor's infrastructure. Stopping Vigorish Viper is also most effective via DNS because the actor changes rapidly," added Burton.
Adding to the gravity of the situation, despite gambling being almost completely illegal in Greater China, it is estimated that citizens in the region bet nearly US$850 billion annually. This staggering figure underscores the scale and complexity of Vigorish Viper's operations, with significant implications for global cybercrime.
Details on this threat actor can be found in Infoblox Threat Intel's latest research report here.
"Infoblox remains committed to providing actionable intelligence to expose threat actors leveraging DNS for their operations," Burton emphasized. "Our ongoing tracking and exposure of threat actors demonstrates the critical role DNS plays in combating sophisticated cyber threats, and underscores the industry's need for continued innovation in DNS and cybersecurity technologies."
Under the leadership of Dr. Ren��e Burton, Infoblox Threat Intel has become a proud originator of DNS-based threat intelligence. Infoblox Threat Intel's researchers use a unique approach that combines a profound understanding of DNS data, data science, machine learning, artificial intelligence, and reverse engineering. This potent mix of skills and expertise enables Infoblox Threat Intel to generate robust threat intelligence, fortifying Infoblox's Threat Defense solutions. Learn more about Infoblox Threat Intel and explore how its research is shaping the future of cybersecurity by visiting https://www.infoblox.com/threat-intel/.
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