Before joining SIGNAL Magazine as technology editor in June 2010, George I. Seffers was a media relations representative with Northrop Grumman and an internal communications specialist with Raytheon Technical Services Company. He has also been a reporter for Defense News and Federal Computer Week, where he covered a broad range of military and intelligence communications and electronics topics. At SIGNAL, he covers the full spectrum of technology issues.
Seffers earned his bachelor’s degree in English and Communications from Lyon College in Batesville, Arkansas.
My Recent Content:Sometimes It Takes a Village
When I first contacted the Pentagon public affairs office for an interview on the Better Buying Power initiative, I was willing to interview any subject matter expert they could line me up with. Shortly after I sent in my query, the government shut down, the public affairs source I was working with was furloughed and my query was going nowhere fast.
U.S. Secret Service officials are establishing two new cybercrime task forces—in Cincinnati and Denver—that will enhance the agency’s ability to detect and investigate information technology-related crimes, including credit card theft, attacks on the banking and finance infrastructure and identity fraud.
By the end of this fiscal year, the next-generation command and control system for much of the cutter fleet should be installed on the U.S. Coast Guard’s 270-foot cutter class, and the system is now being considered for inclusion on 225-foot and 110-foot vessels. The system, called SeaWatch, combines navigational and tactical, optical surveillance and communications into one situational awareness picture; provides commonality across the fleet; and replaces an aging system that has outlived its usefulness.
Software developed by university researchers accurately predicts cloud computing issues before they occur, enhancing reliability; cutting costs; potentially improving cybersecurity; and saving lives on the battlefield.
Scientists and engineers from MITRE Corporation and Harvard University published a paper this week revealing the development of what they call the most dense nanoelectronic system ever built. The ultra-small, ultra-low-power processor could be used for tiny robotics, unmanned vehicles and a broad range of commercial applications, including medical sensors.