The Ohio Bureau of Criminal Investigation (BCI) is investing in cutting-edge DNA testing capabilities to bolster its arsenal to solve missing persons forensic cases, among other tasks. The bureau is working with Battelle, an independent nonprofit research and development organization, and the organization’s technology that provides investigators with new tools for more in-depth DNA profiling.
A new NASA mentor-protégé agreement seeks to draw closer the day commercial spacecraft ferry humans to the International Space Station.
"With these 3-D features we've been fabricating on a nanoscale you can get some really interesting properties, but people have never been able to scale them up and see how they behave," said lead author Xiaoyu Rayne" Zheng.
The exotic realm of quantum physics offers the potential for revolutionary breakthroughs in communications and transportation.
Federal agencies need to address their aging legacy systems and need to do it now. But how? Let these legacy systems die, says Wayne Lloyd from RedSeal. The government should not put any more money into a sinking ship and should instead invest $3.1 billion earmarked for improvements to design and implement next-generation networks created from the ground up with security and performance built in.
Ransomware is a menace, but potential victims can take a few simple steps to avoid becoming cyber hostages.
Big data is prevalent across the federal government, particularly the policy-shaping power of new data streams and better constituent information. Two years ago, President Barack Obama signed into law the DATA Act, which promotes an unprecedented level of transparency in the federal government that many critics argue was well overdue—especially as it relates to the costly problem of government fraud and waste.
Recent disasters such as hurricanes Katrina and Sandy demonstrated the importance of improving the nation’s emergency communications infrastructure at all levels of government. Ensuring consistent, uninterrupted communications during a disaster, and the days immediately following, is essential to an organization’s ability to meet mission-critical response requirements. Unfortunately, communications infrastructures easily fall victim to physical damage, leaving personnel and emergency responders unable to effectively communicate.
By the year 2040, we can expect to have general artificial intelligence comparable to humans, according to William Halal, chairman of TechCast Global, speaking on a panel at the AFCEA International/George Mason University Critical Issues in C4I Symposium.
For too long, warfighters have struggled with issues of space, weight and power, each posing major problems in tactical environments. Networking equipment historically has contributed to all three—barriers that must be expunged. Soldiers must travel light. Humvees that barely fit four people must serve as both transport vehicles and portable communication hubs. And networks must be powerful yet agile.
History has shown that deceiving an enemy may lie as much in reactions as actions.
Faced with criticism that its innovation efforts have been lagging, the U.S. Defense Department has reorganized its Defense Innovation Unit-Experimental, or DIUx, established in Silicon Valley last year. The new version will feature a partnership structure and include a new hub in Boston.
A biological detection system developed by Lawrence Livermore National Laboratory scientists will soon take a giant leap into outer space, lab officials announced.
Agility is a common attribute to smaller individuals. Large technology companies are taking note and restructuring accordingly.
The Defense Information Systems Agency will be relying on industry more than ever as it plans future military information technology systems.
What technology job classifications will require more people, or fewer, in the future?
Aurora Flight Sciences announced company personnel successfully flew a subscale version of its LightningStrike vertical take-off and landing experimental plane (VTOL X-plane) for DARPA.
Current technology trends such as the Internet of Things, bring your own device initiatives and the deployment of cloud-based applications all demand more and more bandwidth. One aspect of modernization that could be overlooked as we rush to implement emerging technologies is also the most important—the network backbone that will support it all.
Those of us with the privilege of providing social services to veterans and those with significant needs face a similar challenge: Addressing many requests for help that come at us from so many different directions.
Lawrence Livermore National Laboratory announced it will receive a first-of-a-kind brain-inspired supercomputing platform for deep learning developed by IBM Research.