Nigeria's 419 scammers are evolving. Instead of just using charm to con wealthy marks into handing over their cash, these actors are now also using malware, according to a Palo Alto Networks report released today.
Palo Alto has dubbed this series of attacks "Silver Spaniel." Fortunately, "these individuals are often experts at social engineering, but novices with malware."
The attackers are primarily using the NetWire remote access tool along with DataScrambler, a crypter used to evade anti-virus software. These are relatively inexpensive commodity tools that can be easily obtained at online marketplaces. So far, the attackers are delivering these executables as email attachments. "Silver Spaniel attacks have thus far not exploited any software vulnerabilities and have instead relied entirely on social engineering to trick victims into installing malware," according to the report.
The attackers are using dynamic DNS domains from NoIP for command-and-control, but in an effort to make it easier to manage their malicious activity, they're making it easier for law enforcement officials to locate them. From the report:
Not only are they doing a poor job of hiding their IP addresses, but they're also doing a poor job of hiding their own identities. Palo Alto provided the example of Ojie Victor, a rather hapless fellow who may or may not be involved in Silver Spaniel attacks but is certainly attempting to commit acts that are consistent with the style.
Victor was found posting messages on social networks and forums, publicly seeking assistance buying and using malware. For example, he tweeted: "I NEED A SPOOFER FOR MY CYBERGATE RAT... CAN SOMEBODY HELP ME OUT HERE? [email protected]"
Read the full report at paloaltonetworks.com/resources/research/419evolution.html (registration required).Sara Peters is Senior Editor at Dark Reading and formerly the editor-in-chief of Enterprise Efficiency. Prior that she was senior editor for the Computer Security Institute, writing and speaking about virtualization, identity management, cybersecurity law, and a myriad ... View Full Bio