Scientists running genomic analyses at George Washington University’s Colonial One High Performance Computing Center will pilot ultra-high-speed 40 gigabit/sec data transfers of their research from the National Institutes of Health’s National Library of Medicine using new 100 gigabit/sec links to the Internet2 network.
“High-speed transfers via Internet2’s network will enable us to provide our genomic clients with faster results, ultimately hastening discovery and therapeutic decisions," Raja Mazumder, associate professor of biochemistry and molecular medicine at the GW School of Medicine and Health Sciences, said in an announcement.
Mazumder is also co-developer of the High-performance Integrated Virtual Environment (HIVE), a genomic analysis platform that speeds up the analysis of genomic data.
“Internet2 is pleased to be part of this public-private collaboration. Our 100 gigabit network enables a high-performance genomics platform like HIVE to realize its full potential by removing external bottlenecks,” said Michael Sullivan, associate director, Internet2.
George Washington University connects to the Internet2 backbone through its new research network, the Capital Area Advanced Research and Education Network. CAAREN provides high-performance research and education infrastructure to government, education and research organizations, as well as some private-sector organizations, in the Washington, D.C. area. It aims to facilitate world-class research, education and knowledge sharing in the nation’s capital.
CAAREN is also partnering with DC-Net, a program managed by the D.C. Office of the Chief Technology Officer, to provide public and private K-12 schools, public libraries, museums, hospitals and independent research organizations with access to Internet2.
Posted on Mar 03, 2014 at 12:18 PM0 comments
Used and nonauthentic counterfeit electronic components are widespread throughout the defense supply chain. According to the Defense Advanced Research Projects Agency, over the past two years alone, more than 1 million suspect parts have been associated with known supply-chain compromises.
The problem is pervasive, with both expensive and inexpensive electronic parts being targeted. Counterfeit or otherwise suspect electronic components present a critical risk for the Department of Defense, where a malfunction of a single part could lead to system failures that can put missions at risk.
A new DARPA program seeks to develop a tool to verify the trustworthiness of a protected electronic component without disrupting or harming the system.
The DARPA Supply Chain Hardware Integrity for Electronics Defense (SHIELD) program seeks proposals to develop a small (100 micron x 100 micron) component, or dielet, that authenticates the provenance of electronics components. Proposed dielets should contain a full encryption engine, sensors to detect tampering and would readily affix to microchips and other components.
“SHIELD demands a tool that costs less than a penny per unit, yet makes counterfeiting too expensive and technically difficult to do,” said Kerry Bernstein, DARPA program manager. “The dielet will be designed to be robust in operation, yet fragile in the face of tampering. What SHIELD is seeking is a very advanced piece of hardware that will offer an on-demand authentication method never before available to the supply chain.”
The dielet will be inserted into the component at the manufacturing site or affixed to existing trusted components, without any alteration of the host component’s design or reliability. There is no electrical connection between the dielet and the host component. Authenticity testing could be done anywhere with a handheld probe or with an automated one for larger volumes.
Probes need to be close to the dielet for scanning. After a scan, an inexpensive appliance (perhaps a smartphone) uploads a serial number to a central, industry-owned server. The server sends an unencrypted challenge to the dielet, which sends back an encrypted answer and data from passive sensors—like light exposure—that could indicate tampering.
“The Department of Defense puts severe demands on electronics, which is why a trusted supply chain is so important” said Bernstein. “SHIELD is a technology demonstration leveraging the asymmetry of scaling for security. While the program is being funded by DARPA, industry will adapt future implementations to make the technology scalable to the industry and the defense supply chain.”
SHIELD is seeking proposals that would revolutionize electronic authentication with scalability and advanced technology not available today. DARPA will host a Proposers’ Day Workshop in support of the SHIELD program on March 14, 2014.
Posted on Feb 28, 2014 at 11:41 AM0 comments
The board of Cook County, Ill., approved technology upgrades to track the location of county vehicles and automate building inspections in a move away from a paper-based system.
The Automated Vehicle Location (AVL) system will provide real-time GPS tracking of county vehicles. The county anticipates that over the next several years the new technology will improve emergency response times and speed snow removal and roadway maintenance. The AVL system also will capture performance data within county departments. The $1.7 million contract takes effect March 1, 2014.
“This is a way for Cook County to ensure that we know where county vehicles, and the employees using them, are located during the workday,” said Cook County Board President Toni Preckwinkle when announcing the program.
“This information also will allow us to more effectively manage our resources and make sure we provide the best services in the right location. This is one of the ways we plan to use data to improve the county’s performance and operations.”
County vehicles will be linked to desktop, mobile and Web-based systems using the county’s geographic information system architecture. The AVL system also will help the county increase work-place safety and productivity.
The board also passed the final phase of the county’s Building and Zoning Permit Tracking Application. The e-permit process creates a mobile tool for field inspectors and allows one-stop shopping for residents seeking County permits.
“E-permits will provide the public with quicker access to permits, cut back on counter-time and move the county towards an automated system for building inspections,” Interim Chief Information Officer Mary Jo Horace said.
Posted on Feb 28, 2014 at 10:53 AM0 comments
The crackdown on drunk driving could be moving to the next level with a new alcohol testing system that combines traditional breathalyzers with government-grade facial recognition software.
The handheld, wireless, portable breath alcohol device incorporates automated facial recognition and GPS with every single test. The technology is being used for long-term, unsupervised alcohol testing of first-time and low-level drunk drivers, according to the announcement by Denver-based Alcohol Monitoring Systems.
A SCRAM Remote Breath uses facial recognition software the company calls Automated Facial Intelligence to digitally map the facial features of the offenders as they take the test to match and compare those features to baseline images stored within the system, ensuring that the person taking the breath test is the offender required to submit to testing.
The technology automatically identifies 90 to 95 percent of the photos captured each day, while the remaining five to 10 percent are flagged by law enforcement for manual review, according to the SCRAM Systems website.
Alcohol Monitoring Systems developed the SCRAM Continuous Alcohol Monitoring unsupervised test in 2003. The transdermal alcohol testing system involves an ankle bracelet that samples an offender’s sweat every half hour, 24/7 to measure for alcohol consumption.
It is mainly used for high-risk alcohol offenders however, and SCRAM Remote Breath could provide courts with a less-intensive option for lower level offenders. Alcohol Monitoring Systems believes the new test will increase the number of courts utilizing technology to manage their alcohol offenders. Offenders may move up to Continuous Alcohol Monitoring if they fail a Remote Breath test, or move down to Remote Breath if they demonstrate a prolonged period of sobriety.
Posted on Feb 26, 2014 at 10:26 AM0 comments
NIST's National Cybersecurity Center of Excellence has proposed two new cybersecurity building blocks, one to help organizations develop capabilities for attribute-based access control, and the other to help address enterprise security issues that result from the use of mobile devices to access company resources.
Building blocks are cybersecurity implementations that apply to multiple industry sectors and are expected to be incorporated into many of the center's sector-specific use cases, the agency said in its announcement.
The draft Attribute Based Access Control building block proposes an identity management system that allows multiple enterprises to exchange and validate employee attributes such as title, division, certifications and training. This would allow an organization like a disaster recovery team to grant a visiting doctor access to a range of hospital resources using risk-based policy enforcement.
The technology demoed in this building block will use commercially available technologies and be modular, allowing organizations flexibility in their implementations based on their network infrastructures. Comments should be submitted to firstname.lastname@example.org by March 28, 2014.
The draft Mobile Device Security for Enterprises building block proposes a system of commercially available technologies that provide enterprise-class protection for mobile platforms that access corporate resources.
The building block will examine security technologies that can enable enterprise risk management for users to work inside and outside the corporate network using a securely configured mobile device. It will also incorporate a layered approach that allows enterprises to tailor solutions to their business needs. Comments should be submitted to email@example.com by March 28, 2014.
Posted on Feb 26, 2014 at 10:03 AM0 comments