DARPA Considers Deploying Technology, Drones On Ocean Floor
2013 01 17
By Patience Wait | InformationWeek.com
The Defense Advanced Research Projects Agency (DARPA) is investigating ways to store technology, including drones, on the ocean floor until needed by the U.S. Navy.
An ongoing challenge for the Navy is anticipating where resources will be needed and distributing them accordingly, knowing it can take days or weeks for its ships to reach a location across the globe. DARPA’s new program, called Upward Falling Payloads, would help address that challenge by storing a range of technologies in waterproof containers deep in the ocean. When needed, the containers could be awakened remotely and brought to the surface.
DARPA will hold a half-day conference on Jan. 25 in Arlington, Va., where it will flesh out the three key areas of the program: the communications component that triggers the containers’ rise to the surface; the riser mechanism, which protects against the ocean pressure and lifts the containers; and the actual payloads that can be delivered this way. The agency seeks to attract experts in deep-sea engineering, underwater signaling, sensors, electronic warfare and unmanned platforms. The conference is open only to U.S. contractors.
"The goal is to support the Navy with distributed technologies anywhere, anytime over large maritime areas," said program manager Andy Coon in a written statement. "If we can do this rapidly, we can get close to the areas we need to affect or become widely distributed without delay."
Read the full article at: informationweek.com
The DARPA project envisions deploying assets such as this earlier DARPA concept, the Cormant underwater UAV
DARPA Wants "Upward Falling" Robots That Can Hide On The Seafloor For Years, Launch On Demand
DARPA wants to hide naval assets on the sea bottom
Latest News from our Front Page
Our Fears May Be Shaped by Ancestral Trauma
2014 04 18
Last December, an unsettling Nature Neuroscience study found that mice who were taught to associate the smell of cherry blossoms with pain produced offspring who feared the smell of cherry blossoms, even if they had never been exposed to it before. We knew that the process was epigenetic—that it was not hard-wired in the permanent genetic structure of the mouse—but ...
Tiny Micro Robots Build Things in ‘Microfactory’
2014 04 17
The teenie-weeniest robot uprising ever might be sooner rather than later due to the work of research institute SRI.
Don’t let these microbots’ size fool you, there is power in numbers and thousands of the robots can work together to perform tasks at dizzying speed.
SRI International has developed a new generation of ant-like robots that can work as ...
’We are not dead yet’: Heartbreaking text messages sent from schoolchildren trapped aboard South Korean ferry
2014 04 17
Passengers on board the South Korean ferry sent heartbreaking messages to their family members just moments before it sank.
Children waiting to be rescued frantically reached for their phones as the boat began to list in a bid to communicate with their loved ones a final time.
Twenty-four people, including five students and two teachers, have been found dead, but 272 are ...
"A world of pure imagination": How Occupy turned to "anarchy"
2014 04 17
In the closing ceremonies of London’s 2012 Summer Olympics, comedian Russell Brand, perched atop the Beatles’ "Magical Mystery Tour" bus, opened his performance by singing the first lines of "Pure Imagination" from the movie Willy Wonka:
Come with me
And you’ll be
In a world of
Artists ’have structurally different brains’
2014 04 17
Artists have structurally different brains compared with non-artists, a study has found.
Participants’ brain scans revealed that artists had increased neural matter in areas relating to fine motor movements and visual imagery.
The research, published in NeuroImage, suggests that an artist’s talent could be innate.
But training and environmental upbringing also play crucial roles in their ability, the authors report.
As in many areas ...
|More News » |