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File-sharing, video and social apps are tiny threat, Pal Alto finds

Social networking, file sharing and video applications are not the major security risk many admins believe them to be despite living up to their reputation as major bandwidth hogs, firewall firm Palo Alto has discovered.

The firm analysed the firewall logs of 3,056 of its customers between May and December 2012, finding that the average network contained 30 video applications, 19 file-sharing applications and 17 social networking applications.

These applications including popular names such as Facebook, YouTube and Dropbox - consumed an average of 20 percent of available bandwidth but, surprisingly, accounted for only 0.4 percent of the threat logs (i.e. detected malware).

Conclusion: blocking these apps wont generate much of a security boost and could simply annoy users by cutting the ways they can communicate with one another and customers.

Conversely, if bandwidth is the issue block or manage video applications because these were found to consume an average of 13 percent of network bandwidth.

According to Palo Alto, the real security risk lies with a clutch of ten popular applications and that accounted for 97 percent of all software exploits.

These included, web browsing, Microsoft SQL, MS SQL Monitor, MS Office Communicator, MS Remote Procedure Call, Server Message Block, SIP (VoIP), Active Directory, and DNS.

Second conclusion: these internal applications and their vulnerabilities are the real target and protecting them should be priority number one.

In Palo Altos view, such an approach allows an attacker to exploit a system without ever crossing a perimeter IPS, underscoring the importance of organizations bringing IPS and threat prevention measures deeper into the network and not exclusively monitoring at the perimeter.

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File-sharing, video and social apps are tiny threat, Pal Alto finds

Meet flu virus' new enemy

Washington, February 22 (ANI): An international group of scientists has discovered a new class of molecular compounds capable of killing the influenza virus.

Their new compounds will lead to a new generation of anti-influenza drugs that the virus' strains can't adapt to, and resist, as easily as they do Tamiful - the anti-influenza drug that is becoming less effective against the constantly mutating flu virus.

Working on the premise that too much of a good thing can be a killer, the team that include Simon Fraser University virologist Masahiro Niikura and his doctoral student Nicole Bance have advanced previous researchers' methods of manipulating an enzyme that is key to how influenza replicates and spreads.

They have described how to use their newly discovered compounds to interrupt the enzyme neuraminidase's facilitation of influenza's spread.

Tamiful and another anti-influenza drug, Relenza, focus on interrupting neuraminidase's ability to help influenza detach from an infected cell's surface by digesting sialic acid, a sugar on the surface of the cell. The flu virus uses the same sugar to stick to the cell while invading it. Once attached, influenza can invade the cell and replicate.

This is where the newly discovered compounds come to the still-healthy cells' rescue. They clog up neuraminidase, stopping the enzyme from dissolving the sialic acid, which prevents the virus from escaping the infected cell and spreading.

The new compounds are also more effective because they're water-soluble. "They reach the patient's throat where the flu virus is replicating after being taken orally," said Niikura, a Faculty of Health Sciences associate professor.

"Influenza develops resistance to Replenza less frequently, but it's not the drug of choice like Tamiful because it's not water-soluble and has to be taken as a nasal spray.

"Our new compounds are structurally more similar to sialic acid than Tamiful. We expect this closer match will make it much more difficult for influenza to adapt to new drugs," Niikura explained.

Ultimately, the new compounds will buy scientists more time to develop new vaccines for emerging strains of influenza that are resistant to existing vaccines.

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Meet flu virus' new enemy

How to manage modules in Drupal – Video


How to manage modules in Drupal
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How to manage blocks in Drupal – Video


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By: ARYA CO

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How to manage blocks in Drupal - Video