Christiaan Beek

Christiaan Beek, lead scientist & sr. principal engineer is part of Mcafee’s Office of the CTO leading strategic threat intelligence research within Mcafee. He coordinates and leads passionately the research in advanced attacks, plays a key-role in cyberattack take-down operations and participates in the NoMoreRansom project. In previous roles, Beek was Director of Threat Intelligence in McAfee Labs and Director of Incident Response and Forensics at Foundstone, McAfee’s forensic services arm. At Foundstone, he led a team of forensic specialists in Europe, the Middle East, and Africa during major breaches. Beek develops threat intelligence strategy, designs threat intelligence systems, performs malware and forensic analysis, pentesting and coaches security teams around the globe. He is a passionate cybercrime specialist who has developed training courses, workshops, and presentations. He speaks regularly at conferences, including BlackHat, RSA, BlueHat and Botconf. Besides conferences, he is also frequently teaching at universities, Police Academies and public schools to recruit, mentor and train the next generation of cyber-security specialists. Beek contributed to the best-selling security book "Hacking Exposed." and has two patents pending. Twitter: @ChristiaanBeek
Politics and ransomware. No, it’s not a lost single from the Oasis back catalogue, but in fact a relatively recent tactic by ransomware developers looking to exploit the profiles of major politicians to install ransomware on victims’ computers. Donald Trump, Angela Merkel, and now Barack Obama all serve as lures for the unsuspecting. Despite its ...
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The latest update to the McAfee® ePolicy Orchestrator® platform offers a new add-in to provide insight into the latest analysis carried out by McAfee Labs and the Advanced Threat Research team. The Security Resources section of the McAfee ePO™ console Version 5.10.0 will contain multiple windows providing the latest news. The first window in the section shows an ...
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This research is a joint effort by Jay Rosenberg, senior security researcher at Intezer, and Christiaan Beek, lead scientist and senior principal engineer at McAfee. Intezer has also posted this story.  Attacks from the online groups Lazarus, Silent Chollima, Group 123, Hidden Cobra, DarkSeoul, Blockbuster, Operation Troy, and 10 Days of Rain are believed to ...
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Every week we read about adversaries attacking their targets as part of online criminal campaigns. Information gathering, strategic advantage, and theft of intellectual property are some of the motivations. Besides these, we have seen during the past two years an increase in attacks in which adversaries are not shy of leaving a trail of destruction. ...
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This blog was co-written with Brook Schoenfield. That adversaries adopt new techniques is a known fact. However, the speed they include new innovative techniques to bypass end-point security and or evade sandboxing appears to be at an ever-increasing pace. Indeed, adversary adoption is often faster than the InfoSec industry can implement and test effective countermeasures. ...
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The authors thank John Fokker and Marcelo CaroVargas for their contributions and insights. In our upcoming talk at the Cloud Security Alliance Summit at the RSA Conference, we will focus our attention on the insecurity of cloud deployments. We are interested in whether attackers can use compromised cloud infrastructure as viable backup resources as well ...
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In Q4 2017 we found that the Necurs and Gamut botnets comprised 97% of spam botnet traffic. (See the McAfee Labs Threats Report, March 2018.) Necurs (at 60%) is currently the world’s largest spam botnet. The infected computers operate in a peer-to-peer model, with limited communication between the nodes and the control servers. Cybercriminals can ...
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