An anonymous reader writes: Kaspersky Lab performed a forensic investigation into cybercriminal attacks targeting multiple ATMs around the world. During the course of this investigation, researchers discovered the Tyupkin malware used to infect ATMs and allow attackers to remove money via direct manipulation, stealing millions of dollars. The criminals work in two stages. First, they gain physical access to the ATMs and insert a bootable CD to install the Tyupkin malware. After they reboot the system, the infected ATM is now under their control and the malware runs in an infinite loop waiting for a command. To make the scam harder to spot, the Tyupkin malware only accepts commands at specific times on Sunday and Monday nights. During those hours, the attackers are able to steal money from the infected machine. Read more of this story at Slashdot.
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Infected ATMs Give Away Millions of Dollars Without Credit Cards
HughPickens.com writes Reuters reports that your medical information, including names, birth dates, policy numbers, diagnosis codes and billing information, is worth 10 times more than your credit card number on the black market. Fraudsters use this data to create fake IDs to buy medical equipment or drugs that can be resold, or they combine a patient number with a false provider number and file made-up claims with insurers, according to experts who have investigated cyber attacks on healthcare organizations. Medical identity theft is often not immediately identified by a patient or their provider, giving criminals years to milk such credentials. That makes medical data more valuable than credit cards, which tend to be quickly canceled by banks once fraud is detected. Stolen health credentials can go for $10 each, about 10 or 20 times the value of a U.S. credit card number, says Don Jackson, director of threat intelligence at PhishLabs, a cyber crime protection company. He obtained the data by monitoring underground exchanges where hackers sell the information. Plus “healthcare providers and hospitals are just some of the easiest networks to break into, ” says Jeff Horne. “When I’ve looked at hospitals, and when I’ve talked to other people inside of a breach, they are using very old legacy systems — Windows systems that are 10 plus years old that have not seen a patch.” Read more of this story at Slashdot. 
