Law enforcement officials are investigating what appears to be a massive theft of U.S. consumers' credit card data, MasterCard and Visa confirmed Friday.
The computer security expert who first reported the theft said it might involve as many as 10 million MasterCard and Visa accounts, making it one of the
largest known credit card heists. Read more
How can restaurants be sure cardholder data is secure? Earlier this year, ABCNews.com published an article discussing a study done by Visa that identified restaurants as the most likely sources of credit card theft. An estimated 40 percent of all credit card theft occurs at restaurants – more than any other location. Understanding why this is the case is easy, restaurants are one of the few merchants that regularly accept customers’ credit cards and physically remove them from the sight of their owners during processing. Finding the solution? Not so much. Read more
Occasionally lax security by some merchants enables criminals to easily steal and use personal consumer financial information from payment card transactions and processing systems. It’s a serious problem – more than 234 million records with sensitive information have been breached since January 2005, according to Privacy Rights Clearinghouse.org. As a business or nonprofit accepting donations, you are at the center of payment card transactions so it is imperative that you use standard security procedures and technologies to thwart theft of cardholder data. Merchant-based vulnerabilities may appear almost anywhere in the card-processing ecosystem including point-of-sale devices; personal computers or servers; wireless hotspots or Web shopping applications; in paper-based storage systems; and unsecured transmission of cardholder data to service providers. Today, we will focus on a main concern for any business that accepts payments. Michael's was a recent example of the vulnerabilities of even the enterprise level businesses. http://news.consumerreports.org/electronics/2011/05/michaels-stores-hit-by-credit-card-skimming.html