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Researchers have cracked the password protecting a server that controlled the Flame espionage botnet giving them access to the malware control panel to learn more about how the network functioned and who might be behind it.
Kaspersky analyst Dmitry Bestuzhev cracked the hash for the password Sept. 17 just hours after Symantec put out a public request for help getting into the control panel for Flame, which infected thousands of computers in the Mideast.
The hash - 27934e96d90d06818674b98bec7230fa - was resolved to the plain text password 900gage!@# by Bestuzhev.
Symantec said it tried to break the hash with brute force attacks but failed. Flame has been investigated by a joint effort of Symantec, ITU-IMPACT and CERT-Bund/BSI.
www.csoonline.com
Kaspersky analyst Dmitry Bestuzhev cracked the hash for the password Sept. 17 just hours after Symantec put out a public request for help getting into the control panel for Flame, which infected thousands of computers in the Mideast.
The hash - 27934e96d90d06818674b98bec7230fa - was resolved to the plain text password 900gage!@# by Bestuzhev.
Symantec said it tried to break the hash with brute force attacks but failed. Flame has been investigated by a joint effort of Symantec, ITU-IMPACT and CERT-Bund/BSI.
How Cisco’s newest security tool can detect malware in encrypted traffic
Cisco’s Encrypted Traffic Analytics (ETA), which monitors network packet metadata to detect malicious traffic even if its encrypted, is now generally available.
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