Archive for October, 2011

Stottler Henke Congratulates Boeing and All Nippon Airways on First Commercial B787 Flight

October 29th, 2011

Stottler Henke congratulates Boeing and All Nippon Airways on the first commercial flight of the Boeing B787 Dreamliner from Tokyo to Hong Kong.

Stottler Henke’s intelligent scheduling software, Aurora(TM), is used by Boeing to manage aspects of the process of building the Boeing 787 Dreamliner(TM) commercial airliner. Aurora prioritizes factory production tasks for Boeing by balancing resource capacities with manufacturing requirements and constraints. The result is a dynamic assembly schedule that adapts to real-time production variability and allows Boeing to execute the plan as efficiently as possible. This is critical to Boeing because the plane is the fastest-selling new jet in aviation history and there is a large backlog of nearly 800 B787s.

“The scale of the airplane assembly scheduling problem, and the tangle of inter-related constraints makes it extremely difficult to resolve conflicts,” said Richard Stottler, President of Stottler Henke Associates. “We’re gratified that Boeing recognized in Aurora a uniquely capable solution for this massive scheduling challenge, and that Aurora has contributed to the launch of this new generation of civil aircraft and civil aviation.”

Aurora is a sophisticated scheduling system that combines a variety of scheduling techniques, intelligent conflict resolution, and decision support. The software’s scheduling decisions take into account resource requirements, a variety of constraints, and any pertinent domain knowledge. Once Aurora has created a schedule, it displays it in a series of graphical images that allow the user to see the scheduled activities, resource allocations and the temporal relationships among the activities. This display also allows the user to edit the schedule directly, intuitively, and easily. Aurora’s analytic capabilities help the scheduling team understand why the software scheduled the way it did, so the team can focus on those parts of the production plan that could result in schedule cycle improvement if streamlined.

Founded in 1988, Stottler Henke Associates, Inc. applies artificial intelligence and other advanced software technologies to solve problems that defy solution using traditional approaches. The company delivers intelligent software solutions for education and training, planning and scheduling, knowledge management and discovery, decision support, and software development. In 2006, Stottler Henke was the subject of a NASA “Hallmarks of Success” video profile for its work developing and later commercializing advanced planning and training software systems. Stottler Henke received a 2004 “Brandon Hall Excellence in Learning” award for innovative technology. Stottler Henke was named one of the “top 100″ companies making a significant impact on the military training industry by Military Training Technology magazine for 2011 and seven previous years. Stottler Henke has received a Blue Ribbon from Military Training Technology magazine, recognizing it as a company that leads the industry in innovation.

Source:http://www.pr.com/press-release/364648

Card Scanning Solutions Releases Java API for Magnetic Stripe Reader and Processing SDK.

October 29th, 2011

Card Scanning Solutions (CSSN Inc.), the leader in image processing and OCR technologies, recently released a Java API for their Magnetic Stripe Reader SDK. This solution is compatible with Java-based and web-based applications, allowing for advanced web based applications to be built and run in popular web browsers such as Firefox, Chrome and Internet Explorer. The Java API further enhances the flexibility of CSSN’s Magnetic Stripe Reader which extracts data from the magnetic stripes of personal ID cards such Driver’s Licenses and Medical Insurance Cards. The data from any AAMVA and ISO compliant driver’s license can also be extracted and is stored into an external file or a powerful database.

With CSSN’s comprehensive Software Developer Kit (SDK), integrators are able to incorporate this reading technology directly into their existing software application. The SDK provides a wider variety of sample programming languages and it is fully compatible with applications written in VC++, .Net, VB6, Delphi, JavaScript, and Java. The Java API can also process RAW data strings from magnetic stripes and bar codes and is able to read and interpret 2D PDF417 and 1-D symbol from driver license barcodes.

“Our goal is to provide our customers with advanced and efficient solutions. In order to achieve this we have extended the capabilities of our existing Magnetic Stripe Reader SDK to now work with Java, a key platform for many developers today.” said Yossi Zekri, President and CEO of Card Scanning Solutions

CSSN solutions have always been highly capable of barcode and magnetic stripe reading but the new Java API pushes these boundaries further and provides a far wider reach, added flexibility and easier integration into environments that use Web and GUI based applications. The Magshell® 900 is capable of reading and processing magnetic stripes and the SnapShell® and ScanShell® units are capable of reading barcode information. This latest SDK release with the Java API makes integration far simpler and supports most popular programming languages.

By integrating CSSN’s advanced technological solutions into a wide variety of software offerings, increasing the efficiency and processing in a vast range of industries such as Medical, Finance, Security, and Automotive is easily achieved.The new Java API now makes the CSSN magnetic stripe reader SDK a true industry innovator and leader.

Additional information on the image processing solutions offered by CSSN, Inc. can be found at www.card-reader.com.

Card Scanning Solutions (CSSN Inc.) is a leading developer of card reading and image processing technologies since 1999. They are renowned for developing an OCR engine and OCR SDK that can read the driver licenses and ID’s from all 50 states and over 40 countries. CSSN Inc.’s software solutions are used among a variety of industries such as Medical, Finance, Security, and Hospitality offering valuable solutions that significantly increase productivity, saves time and money resulting in greater efficiency.

Source:http://www.sfgate.com/cgi-bin/article.cgi?f=/g/a/2011/10/29/prweb8917810.DTL

India shuts server linked to Duqu computer virus

October 29th, 2011

Indian authorities seized computer equipment from a data center in Mumbai as part of an investigation into the Duqu malicious software that some security experts warned could be the next big cyber threat.

Two workers at a web-hosting company called Web Werks told Reuters that officials from India’s Department of Information Technology last week took several hard drives and other components from a server that security firm Symantec Corp told them was communicating with computers infected with Duqu.

News of Duqu first surfaced last week when Symantec said it had found a mysterious computer virus that contained code similar to Stuxnet, a piece of malware believed to have wreaked havoc on Iran’s nuclear program.

Government and private investigators around the world are racing to unlock the secret of Duqu, with early analysis suggesting that it was developed by sophisticated hackers to help lay the groundwork for attacks on critical infrastructure such as power plants, oil refineries and pipelines.

The equipment seized from Web Werks, a privately held company in Mumbai with about 200 employees, might hold valuable data to help investigators determine who built Duqu and how it can be used. But putting the pieces together is a long and difficult process, experts said.

“This one is challenging,” said Marty Edwards, director of the US Department of Homeland Security’s Industrial Control Systems Cyber Emergency Response Team. “It’s a very complex piece of software.”

He declined to comment on the investigation by authorities in India, but said that his agency was working with counterparts in other countries to learn more about Duqu.

Two employees at Web Werks said officials from India’s Department of Information Technology came to their office last week to take hard drives and other parts from a server.

They said they did not know how the malware got on to Web Werks’ server. “We couldn’t track down this customer,” said one of the two employees, who did not want to be identified for fear of losing their jobs.

An official in India’s Department of Information Technology who investigates cyber attacks also declined to discuss the matter. “I am not able to comment on any investigations,” said Gulshan Rai, director of the Indian Computer Emergency Response Team, or CERT-In.

UNLOCKING THE SECRET

Stuxnet is malicious software designed to target widely used industrial control systems built by Germany’s Siemens. It is believed to have crippled centrifuges that Iran uses to enrich uranium for what the United States and some European nations have charged is a covert nuclear weapons program.

Duqu appears to be more narrowly targeted than Stuxnet as researchers estimate the new trojan virus has infected at most dozens of machines so far. By comparison, Stuxnet spread much more quickly, popping up on thousands of computer systems.

Security firms including Dell Inc’s SecureWorks, Intel Corp’s McAfee, Kaspersky Lab and Symantec say they found Duqu victims in Europe, Iran, Sudan and the United States. They declined to provide their identities.

Duqu — so named because it creates files with “DQ” in the prefix — was designed to steal secrets from the computers it infects, researchers said, such as design documents from makers of highly sophisticated valves, motors, pipes and switches.

Experts suspect that information is being gathered for use in developing future cyber weapons that would target the control systems of critical infrastructure.

The hackers behind Duqu are unknown, but their sophistication suggests they are backed by a government, researchers say.

“A cyber saboteur should understand the engineering specifications of every component that could be targeted for destruction in an operation,” said John Bumgarner, chief technology officer for the US Cyber Consequences Unit.

That is exactly what the authors of Stuxnet did when they built that cyber weapon, said Bumgarner, who is writing a paper on the development of Stuxnet.

“They studied the technical details of gas centrifuges and figured out how they could be destroyed,” he said.

Such cyber reconnaissance missions are examples of an increasingly common phenomenon known as “blended” attacks, where elite hackers infiltrate one target to facilitate access to another.

Hackers who infiltrated Nasdaq’s computer systems last year installed malware that allowed them to spy on the directors of publicly held companies.

In March, hackers stole digital security keys from EMC Corp’s RSA Security division that they later used to breach the networks of defense contractor Lockheed Martin Corp.

Researchers said they are still trying to figure out what the next phase of Duqu attacks might be.

“We are a little bit behind in the game,” said Don Jackson, a director of the Dell SecureWorks Counter Threat Unit. “Knowing what these guys are doing, they are probably a step ahead.”

Source:http://timesofindia.indiatimes.com/tech/enterprise-it/security/India-shuts-server-linked-to-Duqu-computer-virus/articleshow/10529541.cms

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