This application called Unshredder reconstructs the original document by analyzing the pieces of shredded paper.
I wonder if confetti cut paper could be reconstructed?
Posted by
Steve Watson
at
12:35 PM
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Labels: data breaches, data protection, e-discovery, pii (personally identifiable information), steve watson
"Carefully managed virtual servers can make the job of attackers more difficult by reducing the time that any one version of a server is exposed to the Internet, according to a George Mason University professor who has developed software that phases virtual servers in and out of use." (LINK)
"SCIT can further complicate the job of hackers by generating
replacement virtual servers that perform the same function from
different platforms. So the server being taken offline may have Linux
as an operating system and the one replacing it may have Windows. Or
one may be BIND DNS while the replacement is Microsoft DNS server. He
calls this strategy security by diversity." (LINK)
Posted by
Steve Watson
at
8:17 PM
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comments
Labels: information security, information technology, steve watson, virtual server
"A District Court in Missouri became one of the first in the country to
employ the new inaccessibility analysis under Rule 26(b)(2)(B). Ameriwood v. Liberman,
2006 WL 3825291, 2006 U.S. Dist. LEXIS 93380 (E.D. Mo., Dec. 27, 2006).
The plaintiff in another trade secret theft case moved to compel the
defendants (former employees of plaintiff) to allow a complete mirror
image inspection of the hard drives on all of their computers,
including their home computers, and other portable storage devices
(like thumb drives)." (Link - e-Discovery Team, Employer Allowed To Mirror Employees’ Home Computers and Obtain Inaccessible ESI, 17 Feb 2007)
Posted by
Steve Watson
at
12:51 PM
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Labels: e-discovery, ediscovery, precedents, steve watson
Posted by
Steve Watson
at
11:23 AM
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Labels: e-discovery, e-discovery conferences, ediscovery, steve watson
"During the first quarter, Akamai observed attack traffic originating
from 125 unique countries around the world. China and the United States were the two largest attack traffic sources, accounting for some 30% of this traffic in total. Akamai observed attack traffic targeted at 23 unique network ports. Many of the ports that saw the highest levels of attack traffic were targeted by worms, viruses, and bots that spread across the Internet several years ago. A number of major network “events” occurred during the first quarter that impacted millions of Internet users. Cable cuts in the Mediterranean Sea severed Internet connectivity between the Middle East and Europe, drastically slowing communications. Cogent’s de-peering of Telia impacted Internet communications for selected Internet users in the United States and Europe for a two-week period. A routing change by Pakistan Telecom that spread across the Internet essentially took YouTube, a popular Internet video sharing site, offline for several hours.Akamai observed that from a global perspective, South Korea had the
highest measured levels of “high broadband” (>5 Mbps) connectivity.
In the United States, Delaware topped the list, with over 60% of connections to Akamai occurring at 5 Mbps or greater. At the other end of the bandwidth spectrum, Rwanda and the Solomon Islands topped the list of slowest countries, with 95% or more of the connections to Akamai from both countries occurring at below 256 Kbps. In the United States, Washington State and Virginia turned in the highest percentages of sub-256 Kbps connections. However, in contrast to the international measurements, these states only saw 21% and 18% of connections below 256 Kbps respectively." (LINK)
Download the full report HERE.
Posted by
Steve Watson
at
12:50 AM
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Labels: information security, information technology, internet, statistics, steve watson
Posted by
Steve Watson
at
12:44 AM
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Labels: information security, steve watson
Posted by
Steve Watson
at
12:32 AM
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comments
Labels: e-discovery, ediscovery, steve watson