The United States Navy has tested and deployed the RQ-20B Puma small unmanned aircraft system (UAS) aboard a Flight I Guided Missile Destroyer (DDG Class), according to an AeroVironment Inc. announcement. Some of these exercises included the use of the company’s fully autonomous system to recover the aircraft aboard a ship.
The complexity of counterterrorism efforts and information sharing in the United States dwarfs the challenges besetting European governments as the continent contends with penetrable borders, an influx of refugees and the radicalization of some of its youth.
The rise in turmoil not only threatens the existence of the Schengen area, in which 26 countries abolished the need for passports to cross mutual borders, but complicates intelligence efforts to combat terror, said Michael Leiter, chief operations officer at Leidos, a panelist at the third annual Intelligence & National Security Summit (INSS) in Washington, D.C. this week.
Geospatial intelligence technology rapidly is advancing and in some ways leaving behind the U.S. Defense Department and intelligence community. Looking to stay on the cutting edge, the nation’s premier geospatial intelligence agency is reorganizing its research and development arm to focus more on long-term research and developing closer ties to other agencies, the private sector and academia.
As discussed in my last post, to meet the needs of the nation’s combatant commands (COCOMs) and National Command Authority, government and industry must evolve the current intelligence, surveillance and reconnaissance (ISR) platforms, sensors and ground systems into a truly global ISR enterprise. An incremental approach must be combined with overarching actions to migrate to common ISR information technology infrastructures, orchestrated toward the larger goal of an integrated ISR enterprise. This can be done through three DOD ISR focus areas:
The world of intelligence sharing has gone from on a need-to-know basis between federal agencies to one in which those key players must, by necessity, combine disparate pieces of intel to ascertain a complete picture of potential threats.
The emergence of cyber as a battlespace domain has changed the formula for intelligence gathering as well as warfighting. No longer can any form of the traditional intelligence architecture guarantee national security superiority. Just as weapon systems needed to accommodate new technologies, the intelligence community now must leverage the trinity of sensors, big data and cyber.
A Virginia-based radio frequency and analytics startup wants to go where no commercial business has gone before.
HawkEye 360, a subsidiary of Allied Minds, is teaming with Lockheed Martin and Deep Space Industries to launch the small business' RF detection, mapping and predictive analytic technologies to detect radio frequency (RF) from space for global commercial and government use, giving customers a unique intelligence offering that cuts across air, land and sea networks.
The U.S. Air Force and industry partners are developing a unique phased array for high-throughput intelligence, surveillance and reconnaissance (ISR) services for X-band satellite services.
During a recent display at Aberdeen Proving Ground in Maryland, Ball Aerospace and XTAR demonstrated that Ball’s Airlink X-1 antenna configured for the C-130 hatch was able to transmit 4.5 megabits of data per second over the XTAR-LANT satellite, a marked throughput increase over existing terminals, officials say.
An intelligence-based research agency has launched a challenge to foster a community of participants that will produce a solution to accurately produce 3-D mapping from satellite photos.
The Intelligence Advanced Research Projects Activity (IARPA), within the Office of the Director of National Intelligence, set in motion its Multi-View Stereo 3D Mapping Challenge, inviting the broader research community of industry and academia, with or without experience in multiview satellite imagery, to participate in a non-contractual way.
Europe is asleep at the wheel and needs an awakening before it crashes, warned Lt. Gen. Riho Terras, commander of Estonian Defense Forces.
The reactionary nature of the continent’s militaries has caught leaders unawares far too many times already, and forces no longer can afford to leave proactive measures to someone else, Gen. Terras shared during the inaugural day of NITEC 2016, a cyber conference being held this week in Tallinn, Estonia.
“What happens in the world comes as a surprise for Europe,” said Gen. Terras, who pulled no punches when laying out examples of when European leaders were caught off guard.
The CIA’s newest directorate consolidates several technology business units into one hub organization focused on deeply embracing innovative approaches and capabilities throughout the agency. As part of an effort to make digitization commonplace in both operations and analysis, the CIA also will work with industry to speed up the adoption of cutting-edge technologies. To start, the agency will add some of the latest data capabilities in the infosphere, and then it will nurture new technologies as they emerge from laboratories in government and industry.
AeroVironment Inc. has announced the U.S. Combating Terrorism Technical Support Office (CTTSO) is evaluating the company’s new tethered unmanned aircraft system, named Tether Eye, for intelligence, surveillance, reconnaissance (ISR) and security applications. The CTTSO funded the development program.
The U.S. intelligence community may not broadly pursue social media information on individuals subjected to federal security clearances, according to a new directive signed May 12 by James Clapper, director of national intelligence (DNI). Security Executive Agent Directive 5 seeks to ensure continued background investigations into social media data without straying into controversial areas.
The Intelligence Advanced Research Projects Activity (IARPA) has awarded an $18.7 million contract to the Allen Institute for Brain Science, as part of a larger project with Baylor College of Medicine and Princeton University, to create the largest-ever road map to understand how the function of networks in the brain’s cortex relates to the underlying connections of its individual neurons. The project is part of the Machine Intelligence from Cortical Networks (MICrONS) program, which seeks to revolutionize machine learning by reverse-engineering the algorithms of the brain.
A group of University of Maryland (UMD) researchers has developed an algorithm that can not only detect a face, but also simultaneously determine the gender and pose, and extract fiducial, or reference, points.
The Office of the Director of National Intelligence, Intelligence Advanced Research Projects Activity (IARPA) has provided funding and support for the invention, which has been dubbed HyperFace. The algorithm simultaneously detects faces; finds facial landmarks, including eye center, nose tip, etc.; estimates the head pose; and recognizes the person’s gender from any real-world images and videos, Rama Chellappa, UMD chair of electrical and computer engineering, said in a written announcement.
OK, I admit it—on any scale—I am an analytic dinosaur. When I started as an intelligence analyst in the (yes) 1980s—it was truly a lifetime of technology ago. Pong was cool. Wang was cutting edge. All the analysts I worked with had amazing colored charts on the wall, big “scrapbooks,” stacks and file cabinets of message traffic a foot high that came from the communications room. When I established one of the first computer databases that my analytic team had ever seen they thought I had gone rogue.
Commercial data and tools are defining the future of geospatial intelligence for the agency tasked with providing it across a growing community. From new private-sector satellites to unclassified information extracted from open sources and social media, the ways of collecting, processing and disseminating geospatial intelligence are changing.
Adversaries have caused less of a disruptive aftermath on some U.S. military operations than a homegrown technology solution: big data.
Once viewed as a tremendous asset, troops can now be mired in the vast amount of information collected from ever-improving sensors of all kinds, impeding some missions in command, control, communications, computers, intelligence, surveillance and reconnaissance, better known as C4ISR. The quagmire drives leaders to seek solutions.
At the height of combat missions in Afghanistan, the U.S. military occupied nearly 825 military outposts throughout the war-ravaged region. That number now stands at roughly 20. The outposts served an extensive intelligence-gathering network, using surveillance balloons and wide-range signals intelligence collection operations. The rapid drawdown of these facilities following the withdrawal of U.S. and NATO forces from the region created a black hole of information, with Afghan forces struggling to fill the gap.