Group items tagged

Monster.com is advising its users to change their passwords after data including e-mail addresses, names and phone numbers were stolen from its database. The break-in comes just as the swelling ranks of the unemployed are turning to sites like Monster.com to look for work. The company disclosed on its Web site that it recently learned its database had been illegally accessed. Monster.com user IDs and passwords were stolen, along with names, e-mail addresses, birth dates, gender, ethnicity, and in some cases, users' states of residence. The information does not include Social Security numbers, which Monster.com said it doesn't collect, or resumes. Monster.com posted the warning about the breach on Friday morning and does not plan to send e-mails to users about the issue, said Nikki Richardson, a Monster.com spokeswoman. The SANS Internet Storm Center also posted a note about the break-in on Friday. USAJobs.com, the U.S. government Web site for federal jobs, is hosted by Monster.com and was also subject to the data theft. USAJobs.com also posted a warning about the breach. Monster.com has been checking for misuse of the stolen information but hasn't yet found any, it said. It has made changes since discovering the break-in but won't discuss them because it doesn't discuss security procedures publicly and because it is still investigating the incident, Richardson said. She also would not disclose the volume of data stolen, but said the company decided it would be prudent to alert all of its users via its Web site.

Affixing a dollar cost to a problem has immense benefit, and The Ponemon Institute goes to great lengths to arrive at the figures for its Annual Cost of a Data Breach Study. We painstakingly analyzed the financial impact a data breach has on a company by examining 43 different companies from a cross section of industries, all of which experienced a significant data breach affecting a range of data records representative of the norm. And knowing that a data breach may cost your company $6.65 million dollars may be all the information that is needed for a company to assign an appropriate budget to those tasked with information security. In 2008 the average total cost of a data breach was $6.65 million, up from $6.35 million last year and $4.54 in 2005. In 2008, the per-victim cost of a data breach was $202, up from $197 in 2007, and from $138 when the study was launched in 2005. Breaches involving a third party to which data had been outsourced bore a per-victim cost of $231, whereas self contained breaches bore a per-victim cost of $179. Breaches that were the result of a malicious act bore a per-victim cost of $225, whereas breaches that were the result of negligence bore a per-victim cost of $199. Breaches that were the result of a lost of stolen laptop computer bore a per-victim cost of $249, whereas breaches that did not involve a lost or stolen laptop computer bore a per-victim cost of $177. If the data breach was a first-time event for the company the per victim cost was $243, but if the company had experienced a breach previously the per victim cost was $192. The simple conclusion to these numbers is clear: the financial impact for a company that experiences a data breach is significant and rising. That finding alone may be alarming, but it seems to merely quantify what most people already knew to be true. The "wow" factor comes when you realize that we haven't simply identified the cost of an inevitable outcome, as if to tell the world, "buckle up and brac

Consumers, who become victims of identity theft through access to public records, do not have a clue as to how they became a victim. They cannot know unless the fraudster who "legally accessed" the public information is caught and confesses that they used or sold the information for identity theft. Most often end users of stolen identities are caught, not the kingpins. Illegal immigrants who purchase identities on the street sometimes for hundreds of dollars do not know the source. * What can an identity thief do with a name and SSN? Here is a short list. * Make a fake Social Security Card (see image below) * Make a fake Medicare Card and get medical treatment and Medicare benefits * Use the fake Social Security Card to get a driver's license or passport * Get a job and government benefits. * Get credit and open new financial accounts * Get housing, utilities and phone service * Get insurance * Thieves use fake ID to elude law enforcement by pretending they are you.

Online crime is increasingly hitting small and mid-size companies in the U.S., draining those entities' bank accounts through fraudulent transfers. The problem has gotten so bad that a financial services group recently sent out a warning about the trend, and the Federal Deposit Insurance Corporation (FDIC) issued an alert today. "In the past six months, financial institutions, security companies, the media and law enforcement agencies are all reporting a significant increase in funds transfer fraud involving the exploitation of valid banking credentials belonging to small and medium sized businesses," says a bulletin sent on Aug. 21 to member financial institutions by the Financial Services Information Sharing and Analysis Center, (FS-ISAC). The FS-ISAC is part of the government-private industry umbrella working with the Department of Homeland Security and Treasury Department to share information about critical threats to the country's infrastructure. The member-only alert described the problem and told its members to implement many of the precautions and monitoring currently used to detect consumer bank and credit card fraud.

There's a great deal of classified information in federal government databases that never should become public. Some of this information, involving the military or the intelligence world, must be made available to contractors by necessity, and that data should be closely guarded and kept confidential. But an alarming new article that we report on this week illustrates this is not always the case, and that information can inadvertently seep out from a classified venue and make it into the public's hands. It turns out that secret information about a U.S. missile defense system was found on the hard drive of a computer discarded by a major contractor, and sold on eBay. The discarded computer, reported the Guardian newspaper in Great Britain, contained documents from defense contractor Lockheed Martin that included detailed test launch procedures, photos and personal data of employees. The hard drive was turned over to the FBI, but one has to wonder how this could have happened and why sufficient controls were not put in place. Apparently, this is not an isolated incident.

The recent U.S. stimulus bill includes $18 billion to catapult the health industry toward the world of electronic health records. This is sure to light a fire under every hungry security vendor to position itself as the essential product or service necessary to achieve HIPAA compliance. It should also motivate healthcare IT professionals to learn where their sensitive data is located and how it flows. To be sure, with federal money allocated through 2014 for the task of modernizing the healthcare industry there will be many consultant and vendor businesses that will thrive on stimulus money. Healthcare is unique in that storage of electronic health records is highly distributed between primary care physicians, specialist doctors, hospitals, and insurance/HMO organizations. Information has to be efficiently shared among these entities with great sensitivity towards patient privacy and legitimate claims processing. Patients want to prevent over zealous employers from performing unauthorized background checks on medical history; claim processors want to prevent paying fraudulent claims arising from targeted patient identity theft. The bill has two provisions which turn this into a tremendously challenging plan, and a daunting task for securing patient data: * Citizens will have the right to monitor and control use of their own health data. This implies a large centralized identity and access control service, or perhaps a federated network of patient registration directories. Authenticated users will be able to reach into the network of health databases audit use of their data and payment history. * Health organizations suffering loss of more than 500 patient records must publicly disclose the breach, starting with postings on the government's Health and Human Services website. This allows related organizations to trace the impact of the breach throughout the healthcare network, but care must be taken not to disclose vulnerabilities in the system to intruders

Date: Tuesday, February 10, 2009 Time: 2:00 p.m. EST/11:00 a.m. PST Follow the link below to register: http://sc.haymarketcomm.net/r/?ZXU=775318&ZXD=33050957 Organizations are still struggling to get into compliance with PCI DSS, especially as the PCI Security Standards Council continues to update and tweak the standards. There's much to keep in mind and even more to do in order to adhere to the mandates, so what are the critical steps to get there. Experts share their know-how. Featured speakers Rich Mogull, L.L.C., Founder and Principle Analyst, Securosis Murray Rosenthal, CISA, Senior Policy Analyst - Security I&T Strategic Planning & Architecture Information & Technology Division, City of Toronto Sponsored by Symantec http://sc.haymarketcomm.net/r/?ZXU=775319&ZXD=33050957 Follow the link below to register: http://sc.haymarketcomm.net/r/?ZXU=775320&ZXD=33050957

You can't ignore the presence and usage of all the myriad forms of instant messaging, social networking and blogging. The millennial generation won't thrive in companies where Facebook is banned or texting is frowned upon. They think and work so differently from their baby boomer managers that generational clashes are inevitable. The Security Executive Council and CXO Media, producer of CSO Perspectives and CSO magazine, are partnering to probe attitudes toward collaborative technologies like IM and social networking. By participating you will receive a research report based on this survey. Definition of web 2.0 apps: The term "Web 2.0" describes the changing trends in the use of World Wide Web technology and web design that aim to enhance creativity, communications, secure information sharing, collaboration and functionality of the web. Web 2.0 concepts have led to the development and evolution of web culture communities and hosted services, such as social-networking sites, video sharing sites, wikis, blogs, and folksonomies. (Wikipedia)

"Legislation, which now moves to the Senate, requires data brokers to provide nationwide notice for certain data breaches and allows consumers to verify and to correct information held on them by data brokers. The U.S. House of Representatives approved legislation Dec. 8 requiring data brokers to establish procedures to verify the accuracy of information that identifies individuals in their databases and to allow consumers to access and request correction of incorrect information. The Data Accountability and Trust Act, approved on a voice vote, would also require data brokers to provide nationwide notice in the event of certain security breaches. The legislation now moves to the U.S. Senate."

Privacy Issues and Education: Peter Kosmala, International Association of Privacy Professionals April 1, 2009 From the Heartland data breach to the new Massachusetts data protection law, privacy is the hot topic in business and government. In an exclusive interview, Peter Kosmala, assistant director of the International Association of Privacy Professionals (IAPP), discusses: The top privacy topics in business and government; How organizations are tackling these issues; The potential impact of state and federal privacy legislation; The value of the Certified Information Privacy Professional (CIPP) credential. Kosmala oversees product management for the IAPP with specific oversight of distance learning products, privacy certifications and industry awards programs. He also manages business development efforts between the IAPP and peer organizations in the information security, information auditing and legal compliance arenas as well as organizations based in the Asia-Pacific region. The IAPP, based in York, Maine, was founded in 2000 with a mission to define, promote and improve the privacy profession globally.

A few weeks ago, I was very relieved to find out I had passed the IAPP exam to be a "Certified Information Privacy Professional" or CIPP. I got this certificate and even a pin, which is more than I ever got for passing the bar exams of New York and California. So what exactly did I need to know to become a CIPP? To be certified in corporate privacy law, you're expected to know what's covered in the CIPP Body of Knowledge, primarily major U.S. privacy laws and regulations and "the legal requirements for the responsible transfer of sensitive personal data to/from the United States, the European Union and other jurisdictions." You're also expected to pass the Certification Foundation, required for all three certifications offered by IAPP. That covers basic privacy law, both in the U.S. and abroad, information security principles and practices, and "online privacy," which includes an overview of the technologies used by online companies to collect information and the particular issues to be considered in this context. So what do you think? Should you be able to pass an all-objective, 180 question, three-hour exam (counting the CIPP and Certification Foundation exams together) on the above topics and be able to call yourself a "privacy professional"?

The House Energy and Commerce Committee is slated to vote Wednesday on legislation that would require strong security policies from firms that collect and store individuals' sensitive information and provide for nationwide notification in the event of a data breach. The bill was sponsored by House Energy and Commerce Commerce, Trade, and Consumer Protection Subcommittee Chairman Bobby Rush, D-Ill., and was tweaked to win his panel's approval in June, but more revisions are expected.

The House Energy and Commerce Committee is slated to vote Wednesday on legislation that would require strong security policies from firms that collect and store individuals' sensitive information and provide for nationwide notification in the event of a data breach. The bill was sponsored by House Energy and Commerce Commerce, Trade, and Consumer Protection Subcommittee Chairman Bobby Rush, D-Ill., and was tweaked to win his panel's approval in June, but more revisions are expected.

A New Jersey credit-card processor disclosed a data breach that analysts said may rank among the biggest ever reported. Heartland Payment Systems Inc. said Tuesday that cyber criminals compromised its computer network, gaining access to customer information associated with the 100 million card transactions it handles each month. The company said it couldn't estimate how many customer records may have been improperly accessed, but said the data compromised include the information on a card's magnetic strip -- card number, expiration date and some internal bank codes -- that could be used to duplicate a card. Heartland, of Princeton, N.J., processes transactions for more than 250,000 businesses nationwide, including restaurants and smaller retailers. Avivah Litan, an analyst at research company Gartner, called it the largest card-data breach ever, based on her conversations with industry executives. Previously, the largest known breach occurred when around 45 million card numbers were stolen from retail company TJX Cos. in 2005 and 2006. Robert Baldwin, Heartland's president and chief financial officer, said it was too early to say how many records were accessed and that calling it the largest-ever breach would be "speculative." Representatives of Visa Inc. and MasterCard Inc. alerted Heartland to a pattern of fraudulent transactions on accounts the processor handled sometime last fall, Mr. Baldwin said. But an internal investigation and audits failed to detect a security breach. Last week, however, a forensic investigator discovered evidence of the breach. Mr. Baldwin said Heartland was targeted with malicious software that was "light-years more sophisticated" than malevolent programs commonly downloaded from the Internet.

The next wave of hacking into computers and stealing data will not be requests or code coming from remote points across the Web, security experts are warning. Instead, the most sophisticated Trojan Horses appearing on Wall Street financial systems may be threaded into the silicon of integrated circuits by design, their malicious instructions baked right into the tiny physical aspects and intricate mapping of the chip itself, according to scientists and academics working with the National Institute of Standards and Technology, the White House and the Financial Services Information Sharing and Analysis Center in Dulles, Va. Detecting such malware after a chip is fabricated will be extremely difficult, if not impossible, these experts say, because the microchips that run servers have millions to billions of transistors in them. Adding a few hundred or even just tens of transistors can compromise an integrated circuit can serve attackers' purposes and escape notice. "You can never really test every single combination on the chip. Testing a billion transistors would take a very long time. It would be very difficult to detect hardware Trojans without having some idea of what you're looking for to begin with," said Scott C. Smith, associate professor of electrical engineering at the University of Arkansas, co-author of a 2007 paper which described a "Hardware Threat Modeling Concept for Trustable Integrated Circuits." Tweaking chips themselves will make them prone to manipulate data, shut down a critical function, or turn a system into a bugged phone that steals and relays vital information, the experts say.

It is information no one would want scattered on papers in a parking lot, much less thrown away in a dumpster for anyone to find. Medical records were found behind a 99 Cents store in southwest Houston putting people's identities at risk. "This has got Social Security numbers, Medicare numbers. That's pretty serious," said the man who found the documents. Dozens of documents with sensitive personal information were dumped. A self-proclaimed dumpster diver who wants to remain anonymous found them.

"It has been a bad past couple of months for healthcare information security. In October and November, multiple healthcare organizations announced patient data losses that made headlines in their communities, and national news in a few of the most egregious instances in which breaches involved hundreds of thousands of records."

"Using Facebook and Facial Recognition to ID Random People : A professor at Carnegie Mellon conducted a study recently and found that about one third of people he took snapshots of on campus could be identified using Facebook and a facial-recognition technology recently bought by Google. Not only that, but 27% of those folks had information on their Facebook profiles - like birth date or birthplace - that enabled him to correctly predict the first five digits of their Social Security numbers (you know, the part of your Social Security number that's supposed to be totally secret)."

Congrats on your inheritance! Okay, you knew that one's the start of a scam. Here are other come-ons you'll encounter when criminals come knocking. What the average guy might call a con is known in the security world as social engineering. Social engineering is the criminal art of scamming a person into doing something or divulging sensitive information. These days, there are thousands of ways for con artists to pull off their tricks (See: Social Engineering: Eight Common Tactics). Here we look at some of the most common lines these people are using to fool their victims.

Like this http://www.hdfilmsaati.net Film,dvd,download,free download,product... ppc,adword,adsense,amazon,clickbank,osell,bookmark,dofollow,edu,gov,ads,linkwell,traffic,scor,serp,goggle,bing,yahoo.ads,ads network,ads goggle,bing,quality links,link best,ptr,cpa,bpa. www.killdo.de.gg

BBC Click's tweet states that they took legal advice following comments on the potential violation of U.K's Computer Misuse Act. There's a slight chance that you may have unknowingly participated in a recent experiment conducted by the BBC. In a bit of an awkward and highly unnecessary move, a team at the BBC's technology program Click has purchased a botnet consisting of 22,000 malware infected PCs, self-spammed themselves on a Gmail account, and later on DDoS-ed a a backup site owned by security company Prevx (with prior agreement), all for the sake of proving that botnets in general do what they're supposed to - facilitate cybercrime. A video of the experiment is already available. Here are more details : Upon finishing the experiment, they claim to have shut down the botnet, and interestingly notified the affected users. Exposing cybercrime or exposing the obvious, the experiment raises a lot of ethical issues. For instance, how did they manage to contact the owners of the infected hosts given that according to the team they didn't access any personal information on them? It appears that they modified the desktop wallpapers of all the infected hosts to include a link notifying them that they've been part of the experiment. Thanks, but no thanks.

With the ink barely dry on headlines about what could be the biggest security breach in history (identity thieves hacked into payment processor Heartland Payment Services, possibly gaining access to the credit-card information of millions of consumers) signing up for a credit-monitoring service may have jumped a few notches on your to-do list. After all, paying $12 or so a month seems like a small price to pay for the peace of mind that -- through regular alerts about activity on your credit reports and other monitoring services -- you'll be protected from identity theft. Right? Think again.