Showing posts with label silicon valley. Show all posts
Showing posts with label silicon valley. Show all posts

Saturday, October 31, 2015

DoD’s Silicon Valley Innovation Experiment Begins



By Cheryl Pellerin DoD News, Defense Media Activity

WASHINGTON, October 29, 2015 — Two months after Defense Secretary Ash Carter officially opened the doors of the Defense Innovation Unit-Experimental in California’s Silicon Valley, the new director and his early team members already are engaging with potential innovators.

During a one-on-one interview before giving a presentation at the Association for Unmanned Vehicle Systems International “Unmanned Systems: Defense 2015” meeting in Arlington, Virginia, DIUx Director Dr. George Duchak, formerly director of the Air Force Research Laboratory’s information directorate and a Defense Advanced Research Projects Agency program manager, told DoD News the new unit is in full startup mode.

“We have a building right outside the gate at Moffett Field … called the Army Reserve Support Center, and we have an agreement with them for 12,000 square feet of space. Currently, we occupy 3,000 square feet,” Duchak said.

When the office is complete, the space will be open and collegial, the director added, and, like a business incubator, people will work together in a collaborative environment where all can coordinate and share ideas and opportunities.

“We’re opening up that space so we can get a lot of cross-pollination and cross-collaboration among the services,” Duchak said, as well as among the Silicon Valley companies.

Working on Basics

The DIUx team is authorized to hire a director and a deputy, a lawyer and four highly qualified experts, or HQEs. To date they’ve filled one of the HQE billets, Duchak said, and the team is working on basics, such as getting the office space built out and furnished and crafting the DIUx governance and engagement models and its concept of operations.

The final DIUx team will consist of six to 10 people -- civilians, active-duty military, and Guard and Reserve service members -- augmented by contractor support in areas where they need expertise, the director said.

Under the government team will be personnel from each service and from defense agencies, and potentially from the combatant commands, he said.

“Right now, we have an Air Force element, a U.S. Cyber Command element, and Army and Navy elements that are on their way, but not yet officially stood up there,” Duchak said.

Service Elements

Each element, depending on the service’s requirements, will have six to 10 people who will be there specifically, the director said, to address the needs of their services. Companies seeking opportunities with the Defense Department also will be able to work directly with the services, he added.

Carter announced the creation of DIUx in April at Stanford University during a speech titled "Rewiring the Pentagon: Charting a New Path on Innovation and Cybersecurity."

The DIUx mission is to strengthen relationships and build new ones, scout for breakthrough and emerging technologies, and serve as a local presence for the department in Silicon Valley.

Tech Matchmakers

“Our instruction is to be matchmakers,” Duchak explained, adding that DIUx will be a hub for increasing DoD’s access to leading-edge technologies from high-tech and startup companies and entrepreneurs.

“[DIUx will] find an interesting technology and connect that with the warfighter. And by the warfighter, I broadly mean the science and technology community, the acquisition community or the combatant commands -- the warfighters themselves,” he said.

“DIUx has no funds to see interesting technology, Duchak noted. Rather, it will make the connection with the lab or program executive office, and it's up to that organization to seek more information about a technology. DIUx’s job, essentially, is to help Silicon Valley companies navigate through DoD acquisition rules and regulations, he added.

Innovation Targets

During an Aug. 5 visit to Silicon Valley, Deputy Defense Secretary Bob Work said the department is interested in innovation in areas such as big data analytics, autonomy and robotics.

“I wouldn't necessarily go to Silicon Valley to find new materials for jet engines or stealth technologies, … but the whole world is going in the direction of doing big data analytics. The whole world is moving in the direction of autonomy,” Duchak said.

The department also is looking at novel technologies in the extremes: such as underwater capabilities and small satellites.

“We have spoken with a company that does underwater mapping primarily for the oil and gas industry, but the capability also aligns with DoD missions,” Duchak said.

The department also is looking at the half-dozen or so companies that are putting into orbit small, but capable, satellites to serve commercial needs, Duchak said.

“They’re doing things that I think caught DoD by surprise -- launching tens if not hundreds of small satellites that can shoot video from space, … networking the satellites and then selling them to commercial industry,” the director added.

“They’re really living on the edge and … making advances not just in the technology but in the concept of operations, the business model, all things that are very synergistic with DoD,” he said.

Duchak said the Silicon Valley DIUx team works not only with local companies, but also with companies from all over the country. And once the local unit has determined the best ways to engage the innovation community, he said, DIUx-like units could open in other major tech innovation hubs such as Boston, Austin, Cincinnati, Seattle and others.

X is for Experiment

The DIUx team isn’t looking only at small tech companies for innovation, the director said.

DIUx  and its efforts do not  replace the large system integrators, he added, referring to companies such as Northrop, Boeing, L3 or Raytheon, for example, which already make up the defense industrial base, but will accentuate and complement their efforts and serve as a connector for the industrial base as well. “We're agnostic,” Duchak said.

“If the warfighter benefits, I don't think we care if the technology's adopted by the system integrator and incorporated into their offering for the government, or if it goes direct through a program executive officer and then to a system integrator, or from lab to market,” he said.

About the experimental nature of the DIUx effort, Duchak said building and operating the unit will be a long journey. “We've got to constantly be refining our business model,” he said, “and we've got to constantly be refining what our value is to both DoD and the innovation community.”

Sunday, August 30, 2015

DoD Announces Award of New Flexible Hybrid Electronics Manufacturing Innovation Hub in Silicon Valley



As part of the Department of Defense effort to partner with the private sector and academia to ensure the United States continues to lead in the new frontiers of manufacturing, Secretary of Defense Ash Carter will announce today that the Obama administration will award a Manufacturing Innovation Institute for Flexible Hybrid Electronics to a consortium of 162 companies, universities, and non-profits led by the  FlexTech Alliance.

The announcement follows a highly competitive nationwide bid process for the seventh of nine such manufacturing institutes launched by the administration, and the fifth of six manufacturing institutes led by the Department of Defense. Part of the National Network for Manufacturing Innovation announced by President Obama in 2012, this newest institute will bring the best minds from government, industry and academia together to advance U.S. leadership in manufacturing flexible hybrid electronics. The emerging flexible hybrid electronics sector promises to revolutionize the electronics industry, and the Silicon Valley-based FlexTech Alliance consortium, backed by companies as diverse as Apple and Lockheed Martin and major research universities including Stanford and MIT, represents the next chapter in the long-standing public-private partnerships between the Pentagon and tech community.        

A truly collaborative consortium, the FlexTech team includes more than 160 companies, nonprofits, independent research organizations and universities. The cooperative agreement will be managed by the U.S. Air Force Research laboratory (AFRL) and will receive $75 million in DoD funding over five years matched with more than $90 million from  industry, academia, and local governments. In total, the institute will receive $171 million to invest in strengthening U.S. manufacturing.

Flexible hybrid electronics manufacturing describes the innovative production of electronics and sensors packaging through new techniques in electronic device handling and high precision printing on flexible, stretchable substrates. The potential array of products range from wearable devices to improved medical health monitoring technologies, and will certainly increase the variety and capability of sensors that already interconnect the world. The technologies promise dual use applications in both the consumer economy and the development of military solutions for the warfighter.

After a decade of decline in the 2000s, when 40 percent of all large factories closed their doors, American manufacturing is adding jobs at its fastest rate in decades, with nearly 900,000 new manufacturing jobs created since February 2010. Today’s announcement represents the kind of investment needed to build on this progress, broadening the foundation for American manufacturing capability and accelerating growth for years to come.

Immediately following Secretary Carter’s announcement of the FlexTech Alliance award, he will hold the first ever roundtable of Silicon Valley leaders at Defense Innovation Unit – Experimental (DIUx). Secretary Carter announced his plans to launch this outpost at Moffett Federal Airfield for the department to work with a variety of corporations and entrepreneurs at a speech at Stanford University in April 2015. The innovative culture of Silicon Valley, in collaboration with these Department of Defense initiatives and the department’s world-class laboratories, will accelerate military technology development cycles and focus on critical Department of Defense needs while also creating new commercial opportunities.

Wednesday, June 13, 2012

NASA and Carnegie Mellon University Celebrate 10 Years of Innovative Partnership


A decade of innovative research, academic excellence and entrepreneurial successes highlighted a celebration of the 10th anniversary of Carnegie Mellon University’s (CMU) Silicon Valley Campus in the NASA Research Park, Moffett Field, Calif., on Saturday, June 8, 2012.

In 2002, the NASA Research Park (NRP) began collaborative partnerships with academia, industry and non-profits to stimulate innovation and education in science and research disciplines critical to space exploration. NASA Ames partnerships were meant to create a dynamic, integrated research community that provides research and development (R&D) leadership into the 21st century. Key areas include astrobiology, information technology, biotechnology and nanotechnology. Today, the NRP has more than 90 partners.

One of the NRP’s first partnerships was Carnegie Mellon University. It has been a hub for developing creative software management leaders and entrepreneurial startups. More than 650 students have graduated from this beacon of technological achievement, and in a wide-variety of R&D programs. Since its inception in 2002, CMU’s Silicon Valley campus has quadrupled in size and helped launch more than a dozen startups.

“With more than 400 VIPS attending, it was a celebration of CMU’s outstanding success in Silicon Valley, highlighting R&D and education innovative collaborations with NASA Ames and many Silicon Valley companies, especially in high-tech applications to disaster planning and assistance,” said Michael Marlaire, director of NASA Research Park.

Many CMU Silicon Valley alums credit their career success to novel teaching, encouraging them to try new ideas, shedding those ideas quickly if unsuccessful and moving on to the next new thing. That problem-solving DNA, so intrinsic to the CMU culture, is demonstrated by the Silicon Valley entrepreneurship program.

CMU's Silicon Valley campus offers part-time and full-time master's degree programs in software engineering, software management, information networking and electrical and computer engineering, as well as a Ph.D. program in electrical and computer science.

"We are celebrating not just our academic achievements, but our important role as a change agent in the dynamic eco-system of Silicon Valley, said Martin Griss, director of CMU Silicon Valley campus. “We are excited to achieve the envisioned balance and synergy between innovative education, research and entrepreneurship."

For more information about the Silicon Valley campus anniversary, go to  http://researchpark.arc.nasa.gov/.

For more information about the Silicon Valley campus anniversary, go to http://www.cmu.edu/silicon-valley/10years.