Officials across the U.S. Defense Department are pushing to identify and develop the disruptive technologies that will offer orders-of-magnitude advantages on the battlefield. But while bringing such capabilities to fruition is difficult, even determining what qualifies as disruptive represents a challenge. As personnel wrestle with definitions, they are forging ahead with their creative ideas.
Painful recollections of the tragic deaths of the 19 firemen who perished last year battling a forest fire in Yarnell, Arizona, remained all too vivid in the memory of Prescott, Arizona, Fire Division Chief Don Devendorf as he observed a few weeks ago how technology developed for the U.S. military might help in saving the lives of firefighters battling wildfires. If the new technology can save even one life, he says, he’s all in favor of it.
Scientists from the University of Pittsburgh School of Medicine might have discovered a way to get bodies to regrow muscle following traumatic injuries.
The research, funded with about $4 million over a five-year period from the Defense Department, targets patients who have large, or volumetric, muscle loss; results of injuries where so much muscle tissue is lost the body is unable to regenerate the tissue.
Two years ago, a team of surgeons, scientists, radiologists and physical therapists began conducting the first human of trials to implant scaffolding material into severe wounds to trigger their bodies to regrow muscle.
One man’s trash really can be another man’s treasure. Professors at the University of Arizona (UA) recently transformed sulfur waste from refining fossil fuels into moldable, infrared-capable plastic lenses—an incredibly inexpensive and lightweight component that can be used for night-vision goggles among other uses.
The discovery could have huge positive implications for the U.S. military, which has already expressed interest in the patent-pending polymer, Robert A. Norwood, professor of optical sciences at UA, says.
The global market for cloud-based architecture and related services and applications is expected to surge through 2017, analysts say. Demand for a variety of virtualized “as a service” capabilities such as infrastructure, software and security also will increase.
Worldwide spending on cloud-related technologies and services will be in the range of $174.2 billion in 2014, a 20 percent increase from the $145.2 billion spent in 2013, states a recent report by IHS Technology. According to IHS, by 2017 the cloud market will be worth $235.1 billion, triple the market’s $78.2 billion in 2011.
A new effort to connect entrepreneurs with national security agencies that need their ideas has taken hold as a public-private partnership in Arlington, Virginia. Tandem NSI hopes to accelerate innovation in the national security sphere through the work.
Lowest price technically acceptable (LPTA) procurement might not give government the best solutions, and it definitely causes consternation for industry, but it is here to stay at least for a while. A survey released this week reveals deep concerns about the LPTA business deals and why current fiscal demands will keep them around.
The latest advancement in graphene research shows promise for improving electronics and biological or chemical sensors by pushing or pulling liquid droplets across the surface. By placing long chemical gradients onto the graphene, scientists can control the substances’ flow. Through this capability, scientists can create larger puddles, making it easier to detect dangers such as nerve agents or bacteria in water.
The U.S. Naval Education and Training Command (NETC) is in the first stages of a five-stage plan to virtualize its computers at facilities across the globe in an attempt to save resources. Though the program itself has no direct connection to the recent sequester cuts that went into effect earlier this month, such projects could present possible cost-saving options to budget-constrained organizations.
|NASA’s new TDRS-K communications satellite, built by Boeing, features new electronics and better power management to serve future space missions.|
The TDRS constellation adds to its lifetime, but NASA planners already are looking at revolutionary technologies for the subsequent generation of orbiters.
Big data can mean big problems for the people trying to derive usable information from a large number of sources. Since coming into existence in March, the Scalable Data Management, Analysis and Visualization Institute has made strides to resolve this issue for programs running on supercomputers. The young organization’s efforts have applicability to a variety of scientific fields—including nuclear physics—and its tools are open source so others can take advantage of the findings.
NATO recently consolidated three support and acquisition agencies into one to create effectiveness, improve efficiencies and increase savings. The organization will continue to evolve as the NATO mission transforms, including changes expected following the withdrawal from the war zone in Afghanistan.
If you have ever called Kent Schneider, president and chief executive officer of AFCEA International, or arranged his attendance at your chapter’s upcoming function, chances are you have either spoken to or interacted with his ebullient executive assistant, Jennifer Argote. Now celebrating two years on the job, Argote is a native of Worcester, a town in the British midlands, and she attended an all-girls secondary school. After what she calls some “technical education,” she went to work for the British Ministry of Defense.