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FIN6 Exploits AWS and LinkedIn with Fake Resumes to Deliver More_eggs Malware

FIN6 Exploits AWS and LinkedIn with Fake Resumes to Deliver More_eggs Malware

TL;DR

The cybercriminal group FIN6 is using fake resumes hosted on AWS and distributed via LinkedIn to spread More_eggs malware. This tactic involves building trust with recruiters before sending phishing messages that lead to malware infection.

FIN6’s New Tactic: Fake Resumes on LinkedIn to Spread Malware

The financially motivated cybercriminal group known as FIN6 has adopted a new strategy to distribute the More_eggs malware family. This tactic involves hosting fake resumes on Amazon Web Services (AWS) infrastructure and leveraging professional networking platforms like LinkedIn and Indeed to deliver the malware.

Building Trust with Recruiters

FIN6 poses as job seekers and initiates conversations with recruiters on these platforms. By building rapport and trust, the group increases the likelihood that recruiters will open phishing messages. These messages ultimately lead to the delivery of the More_eggs malware.

Leveraging AWS Infrastructure

The use of AWS to host fake resumes adds a layer of legitimacy to the operation. Recruiters are more likely to trust documents hosted on a reputable cloud service, making the phishing attempts more effective. This tactic showcases FIN6’s adaptability and sophistication in evading detection.

The More_eggs Malware Family

More_eggs is a versatile malware family known for its ability to deliver various payloads, including ransomware and data-stealing trojans. FIN6’s use of this malware highlights their focus on financial gain through cybercrime.

Conclusion

The evolving tactics of FIN6 underscore the importance of vigilance in cybersecurity. As threat actors continue to find innovative ways to exploit trusted platforms, organizations must stay informed and proactive in their defense strategies. Recruiters and professionals on platforms like LinkedIn should be particularly cautious of unsolicited communications and verify the authenticity of attachments and links.

For more details, visit the full article: The Hacker News

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