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Month: October 2008

Cisco Study: IT Security Policies Unfair

Posted on October 29, 2008December 30, 2021 by admini

The surveys were conducted of more than 2,000 employees and IT professionals in 10 countries: the United States, the United Kingdom, France, Germany, Italy, Japan, China, India, Australia and Brazil.

The study found that the majority of employees believe their companies’ IT security policies are unfair. Indeed, surveyed employees said the top reason for non-compliance is the belief that policies do not align with the reality of what they need to do their jobs, according to Cisco.

The study found that the majority of employees in eight of 10 countries felt their company’s policies were unfair. Only employees in Germany and the United States did not agree. IT believes employees defy policies for a variety of reasons, from failing to grasp the magnitude of security risks to apathy; employees say they break them because they do not align with the ability to do their jobs. The largest gaps — 31% — were in the United States, Brazil and Italy.

http://www.itworld.com/security/56874/cisco-study-it-security-policies-unfair

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Army defense task force targeting hackers

Posted on October 28, 2008December 30, 2021 by admini

The document, produced in August for the Pentagon’s department for acquisition, technology and logistics and first reported last week by Inside Defense, says that the task force will also address the fact that the increasing use of non-U.S.

A report last year from the Defense Science Board warned that the globalization of the supply chain, with software for high-technology systems increasingly developed outside the United States, created targets for unfriendly countries or other U.S. adversaries.

http://washingtontimes.com/news/2008/oct/27/army-defense-task-force-targeting-hackers/

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Forensic Teams Take On Hackers

Posted on October 26, 2008December 30, 2021 by admini

Speed is vital, so the time may be right to assemble a forensic SWAT team trained to locate high-risk threats, armed with the latest investigative software, and empowered to work directly with legal counsel to report breaches in accordance with policy.

Acquiring evidence in a forensically sound manner isn’t difficult with the proper tools and training, but policies and procedures must be put in place that ensure the repeatability, accuracy, completeness, and verifiability of evidence as proscribed by the Federal Rules of Evidence. In addition to clearly written policies, there must be a forensic methodology that’s followed for acquiring, handling, and analyzing evidence.

AccessData, Guidance Software, and Mandiant are at the forefront of producing enterprise versions of robust, collaborative incident-response and forensic tools. Both AccessData’s and Guidance Software’s suites allow for remote access to computers so investigators can retrieve details from running systems. Mandiant’s Intelligent Response has comparable capabilities but is more focused on incident response. Agile’s F-Response product allows investigators to mount Windows hard drives and physical memory remotely and in a read-only manner so they can perform forensically sound “live” analysis of running Windows systems. The remote systems’ hard drives and physical memory appear as normal attached drives to the investigator’s system, allowing IT to use any forensic product for analysis.

Every enterprise forensic tool has added memory imaging capabilities in the past 12 to 18 months, with varying capabilities for in-depth analysis of acquired images.

The Volatility Framework is an open source tool leading the way with its ability to list running processes, open network ports, and files opened and DLLs loaded by each process; it can also extract executables from memory for further analysis.

http://www.informationweek.com/news/security/management/showArticle.jhtml;jsessionid=BRQVSY1YF4EB4QSNDLPCKH0CJUNN2JVN?articleID=211600249

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Symantec to identify safe software by ‘reputation’

Posted on October 24, 2008December 30, 2021 by admini

That’s an example of a reputation-based choice in selecting a restaurant,” Basant said in an interview with ZDNet Asia, during his visit to Symantec’s Kuala Lumpur office.

According to Basant, Symantec’s reputation-based approach assumes three distinct populations in its user base, which numbers in the millions. “We identify these by looking at the history of infections on their machines,” said Basant, who plays a key role in driving innovation for Symantec’s next-generation technologies, architecture and standards. The safe group encompasses “prim and proper” users who only download applications from reputable software companies, he explained, while the adventurous group is users who are generally safe, but are willing to try out online games or new programs.

Users in the unsafe crowd are those who frequent a class of websites where they can get infected easily, he added. For example, when a new program is detected, the reputation-based approach will entail looking at where the program is found among the machines of millions of Symantec users. “If a large number of the ‘safe’ machines have it, making an educated guess is to say that this is a safe program,” Basant said. “But, if you see this application only [installed] with the unsafe crowd and a few of the adventurous guys, it is almost certain that this is an unsafe program.

Asked when the new reputation-based technology will be introduced into Symantec’s Norton security products, Basant said: “[This] will happen when the product teams deem the market timing is right for it”. Bad outpacing the good In its Internet Security Threat Report Vol XIII, covering a six-month period from June to December 2007, Symantec measured the release of both legitimate and malicious software and found that 65 percent of the 54,609 unique applications released to the public, were categorized as malicious.

To protect the targeted few, Basant said Symantec’s security products leverage behavioral-analysis technologies and, in the near future, will tap reputation-based security, which does not depend on a signature but behavior or prevalence to determine whether a program is legitimate.

http://news.zdnet.com/2424-9595_22-243676.html

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Ethernet data center standards still evolving

Posted on October 21, 2008December 30, 2021 by admini

Even though strides are being made to define standards for extending Ethernet to handle data center applications, these advances will not be a panacea, according to vendors. Indeed, proprietary extensions to those standards, which are being defined by the IEEE and the Technical Committee T11 of the InterNational Committee for Information Technology Standards, will still be required to address customer requirements for data center-optimized Ethernet. Additionally, vendor marketing may confuse the issue even more as some have adopted different acronymic brands that essentially refer to the same technology.

A group of vendors is driving standards for Converged Enhanced Ethernet (CEE), an extended version of Ethernet for data center applications. Cisco participates in the CEE standards efforts, though refers to the technology as Data Center Ethernet (DCE).

A new kind of Ethernet CEE and DCE describe an enhanced Ethernet that will enable convergence of LAN, storage-area network and high-performance computing applications in data centers onto a single Ethernet interconnect fabric. Currently, these applications have separate interconnect technologies, including Fibre Channel, InfiniBand and Myrinet. This forces users and server vendors to support multiple interconnects to attach servers to the various networks, a situation that is costly, energy and operationally inefficient and difficult to manage.

So, many in the industry — including Brocade, EMC, NetApp, Emulex, Fujitsu, IBM, Intel, Sun Microsystems and Woven Systems, in addition to Cisco and Force10 — are proposing Ethernet as a single, unified interconnect fabric for the data center. These vendors point to its ubiquity, familiarity, cost and speed advances: 10Gbit/sec. But in its current state, Ethernet is not optimized to provide the service required for storage and high-performance computing traffic — speed alone won’t cut it, vendors said.

Ethernet, which drops packets when traffic congestion occurs, needs to evolve into a low- latency, “lossless” transport technology with congestion management and flow control features, according to backers. “You need to make sure Ethernet will behave in the same way as Fibre Channel itself,” said Claudio DeSanti, a technical leader in Cisco’s storage technology group. DeSanti is vice chair of T11 and technical editor of the IEEE’s 802.1Qbb priority-based flow control project within the Data Center Bridging (DCB) task group.

T11’s FCoE defines the mapping of Fibre Channel frames over Ethernet so storage traffic can be converged onto a 10Gbit/sec. The IEEE’s DCB task force is defining three standards — 802.1Qau for congestion notification, Qaz for enhanced transmission selection and Qbb for priority-based flow control. Where Ethernet standards fall short Vendors said these standards should be solid enough to implement in products and deploy in data centers by late 2009 or early 2010. The DCB standards will be final in March 2010, four months later than initially planned because of some outstanding but not insurmountable issues, according to Pat Thaler, chair of the DCB task group in the IEEE.

But some leading-edge customers need a pre-standard lossless Ethernet implementation now, vendors said; and even when these standards are complete they will be incomplete, others pointed out. “A particular area where we feel these standards don’t really address is the avoidance of congestion — primarily with respect to load-balancing traffic first before we rate limit traffic at the source,” said Bert Tanaka, vice president of engineering at Woven Systems. “They are really targeted for a fairly small fabric — maybe hundreds of nodes,” he said. “But if you’re trying to scale to multiple hops and larger fabrics, it’s not clear it would scale to something like that.”

Apart from the standards efforts, CEE and DCE may raise some operational challenges, according to Chuck Hollis, EMC’s global marketing chief technology officer.

http://www.computerworld.com/action/article.do?command=viewArticleBasic&articleId=9117639&source=NLT_PM&nlid=8

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The Global State of Information Security 2008

Posted on October 16, 2008December 30, 2021 by admini

Quantifying returns on information security projects can be a struggle, often because it’s hard to put a dollar value on a crisis averted. This year, a bad economy forces decision makers to squint even harder at proposals. Even so, survey results show companies are buying and applying technology tools, including software for intrusion detection, encryption and identity management, at record levels. However—and this is serious, folks—too many organizations still lack coherent, enforced and forward-thinking security processes, our survey shows.

While 59 percent of respondents said they have an “overall information security strategy,” that’s up just two points from last year’s survey and it’s not enough, says Mark Lobel, advisory services principal at PricewaterhouseCoopers. Two elements, Lobel says, correlate with lower numbers of security incidents: having a C-level security executive and developing the aforementioned security strategy.

But disappointing numbers piled up this year. For instance, 56 percent of respondents employ a security executive at the C level, down 4 percent from last year. You comb network logs for fishy activity, but just 43 percent of you audit or monitor user compliance with your security policies (if you have them). This is up 6 percent from 2007, but still “not where we need to be,” Lobel says.

As a result, security is still largely reactive, not proactive. More-sophisticated organizations will funnel data from network logs and other monitoring tools into business-intelligence systems to predict and stop security breaches.

So along with encryption fanatics and identity management experts, an infosec team needs statisticians and risk analysts to stay ahead of trouble and keep the company name off police blotters. Still, while our survey illuminates continuing problems, in discovering the problems, we also see a path to safer data for companies that, yes, apply technology but also develop processes and make them part of everyone’s everyday work. What we have to do now is examine our failings, then act.

The Big Picture: Technology Reigns Money really is power, isn’t it? When asked to indicate any sources of funding for information security, 57 percent of survey respondents named the IT group and 60 percent cited functional areas such as marketing, human resources and legal as major providers. Just 24 percent indicated a dedicated security department budget. With the IT group a strong force, technology becomes the answer to many security questions. To someone with a hammer, everything looks like a nail, according to the old saw.

Divert potential phishing attacks with spam filters.
Stymie laptop thieves by encrypting corporate data.

If there’s a security tool out there, our survey pool uses it. Companies have realized they must do a better job disposing of outdated computer hardware, for example, wiping disks of data and applications. Sixty-five percent of respondents now have tools to do that, up from 58 percent last year.

More organizations than ever are encrypting databases (55 percent), laptops (50 percent), backup tapes (47 percent) and other media.

Use of intrusion-detection software also is up: 63 percent this year compared with 59 percent last year.

And installing firewalls to protect individual applications, not just servers and networks, increased to 67 percent from last year’s 62 percent.

Despite these technology-oriented gains, though, disturbing trends continue in the areas of security processes and personnel—some negate any protection an IT budget can buy. For example, encrypting sensitive data makes good sense, but such technology can’t stop an employee from flouting policies concerning how that data should be handled. If the goal is to secure information, to make it truly safe, you’d better develop processes and procedures for putting your nails in the right place before whacking anything with a technology hammer. Technology must be part of a larger plan to secure information, says Dennis Devlin, chief information security officer at Brandeis University. Devlin reports to Brandeis’s vice president and provost for libraries and information technology. He’s seen it at Brandeis, since joining last year, and at Thomson Corp., now called Thomson Reuters, where he was chief security officer for seven years. For example, employees sometimes fall for e-mail scams and open attachments that unleash malicious software such as key-stroke loggers that record passwords and rootkits that take control of operating systems.

Just 41 percent of those surveyed require employees to undergo training on the corporate privacy policy and practices, up incrementally from last year’s 37 percent.

Checklist Security Regulations such as the Health Insurance Portability and Accountability Act for medical data, Sarbanes-Oxley for financial data and the Payment Card Industry standard for credit card data continue to move executives to action. For example, 44 percent of respondents say they test their organization for compliance with whatever laws and industry regulations apply, up from 40 percent last year; 43 percent say they monitor user compliance with security policy, a healthy increase from last year’s 37 percent. Many organizations aren’t doing much beyond checking off the items spelled out in regulations—and basic safeguards are being ignored, says Karen Worstell, a managing principal at the consulting firm W Risk Group, former chief information security officer at Microsoft, and former CISO and VP of IT risk management at AT&T.

http://www.csoonline.com/article/454939/The_Global_State_of_Information_Security_

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