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SAS Names Bryan Harris as EVP, CTO; Jim Goodnight Quoted
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SAS Names Bryan Harris as EVP, CTO; Jim Goodnight Quoted

SAS has appointed Bryan Harris as executive vice president and chief technology officer, the company reported on Thursday. With more than two decades of experience, Harris has a deep knowledge of the technology industry, including analytics, cloud and user experience across the public and private sectors. 

"As CTO, Bryan will push SAS to continue leading the market and drive innovation as he leads the organization to do what we do best: develop analytical solutions to address customers' business problems, with an emphasis on continuous integration/continuous delivery  and cloud-first technologies," said SAS CEO Jim Goodnight.

Harris has served as critical senior leader of SAS research and development (R&D) for nearly a decade. Most recently, as senior vice president and head of Engineering, Harris was instrumental in releasing the latest advancement of SAS software, SAS Viya. 

As vice president of R&D for Cyber Analytics with the company, he led the R&D of the SAS Cybersecurity, which is a scalable solution that processes over 100,000 records per second of sensor data.

Prior to SAS, Harris served as chief technology officer with ADG Creative. In the role, Managed all product research and development across commercial and federal business units while also managing IT operations and budgeting for ADG Creative’s headquarters. He also performed capabilities presentations to commercial and Department of Defense (DoD) executives in support of business development activities. 

Before that, Harris served as CTO of VSTI, where he built out an Advanced Solutions Lab for emerging technologies. He also led a team of engineers, leveraging SAS technology and innovative systems engineering, to address information overload within the intelligence community (IC).

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NASA, NSF Sign MOU to Drive Space Initiatives; Jim Bridenstine Quoted
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NASA, NSF Sign MOU to Drive Space Initiatives; Jim Bridenstine Quoted

NASA and the U.S. National Science Foundation (NSF) have signed a memorandum of understanding (MOU), solidifying their intent to continue a long term partnership in mutually beneficial space research activities, NASA reported on Thursday. 

“We look forward to continued collaboration on areas of research here on Earth and in space – including aboard the International Space Station – as well as inspiring the next generation of STEM professionals,” said NASA administrator and 2019 Wash100 Award recipient, Jim Bridenstine.

Under the agreement, the agencies will work to advance space, Earth, biological and physical sciences to support national space policy and scientific research. The MOU includes a range of research and activities, spanning across science, engineering and education.

Through the recent MOU, NASA and NSF will continue to advance NASA- and NSF-sponsored science programs. The agencies also will continue the NASA-NSF partnership for exoplanet research and enable integration of Earth’s ecosystem and biodiversity observations from ground-based, aerial and space-based sensing systems. 

Additionally, the agencies will continue collaboration to develop a space weather research-to-operations-to-research framework. The framework will strive to establish principles for interagency collaboration that will advance and predict Sun-Earth space weather. 

NASA and NSF have previously partnered to support research activities related to astrophysics, astrochemistry, planetary science, astrobiology and heliophysics that work to further understand space weather, exoplanets, gravitational waves and the origins of life.

The agencies also have engaged in field campaigns to address fundamental Earth system science, as well as Earth system modeling, remote sensing, and ocean and climate monitoring activities. NASA and NSF have also collaborated in research aboard the International Space Station (ISS).

“NASA has been a crucial partner for decades, and this interagency collaboration will ensure we can continue and expand our cooperative efforts, including building a strong and diverse scientific workforce,” said NSF director Sethuraman Panchanathan. 

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MITRE Names Gerald Gilbert as MITRE Fellow; Charles Clancy Quoted
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MITRE Names Gerald Gilbert as MITRE Fellow; Charles Clancy Quoted

MITRE has appointed Gerald Gilbert as a MITRE Fellow to lead and grow quantum science initiatives, MITRE reported on Thursday. As a fellow, Gilbert will join the company’s group of scientists that lead critical programs. 

“Gerry’s contributions to MITRE and his field run deep – few people in the world have dedicated their lives to this level of expertise and innovation,” said Charles Clancy, chief futurist, senior vice president, and general manager, MITRE Labs. 

Gilbert has served with MITRE for more than two decades, founding the quantum science research at the company. “As a MITRE Fellow, Gerry will continue to push the boundaries of what’s possible, which is mission critical in the race for global competitiveness in quantum science,” Clancy added.

He serves as the principal investigator of MITRE’s quantum program. The project has worked to develop the first fully universal scalable quantum computer and integrated quantum network. Currently, the project is designing and building programmable nano-photonic quantum processors to serve as engines of a scalable, universal quantum computer.

MITRE fellows work to develop and lead scientific or technical initiatives to address challenges. They also serve as subject matter experts and advisors to mission critical programs, officers and board of trustees. The fellows drive innovation in science and technology (S&T).

Gilbert is a member of the IEEE Standards Board for Quantum Technology and has served on the U.S. Defense Science Board and the U.S. Air Force Scientific Advisory Board. He is also a co-inventor on five patents in quantum information science.

About MITRE

MITRE’s mission-driven teams are dedicated to solving problems for a safer world. Through our public-private partnerships and federally funded R&D centers, we work across government and in partnership with industry to tackle challenges to the safety, stability, and well-being of our nation.

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Sev1Tech Names Matt Jordan as VP, Cloud Center of Excellence; Bob Lohfeld Quoted
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Sev1Tech Names Matt Jordan as VP, Cloud Center of Excellence; Bob Lohfeld Quoted

Sev1Tech has appointed Matt Jordan as vice president of Cloud Center of Excellence to accelerate growth of the Sev1Cloud practice, develop partnerships and drive innovation, the company reported on Thursday. 

“Matt’s experience with our cloud partner ecosystems, unparalleled drive, and continual focus on building the right solutions for each mission customer will help drive Sev1Tech’s capability. I am confident he will expand and deliver exceptional cloud offerings to our Government and Commercial partners,” said Bob Lohfeld, CEO at Sev1Tech.

Jordan has ten years of experience providing cloud-based solutions across the public sector, including federal, state and local government, non-profits, and industry. Throughout his career, he has developed partnerships with cloud providers to deliver innovative solutions.

He has also created strategic business plans to drive business development objectives and managed proposal efforts to increase company revenue. Prior to joining Sev1Tech, Jordan served as vice president of Corporate Strategy & Development at JHC Technology. 

With the company, he was responsible for managing strategic partnerships, business development, capture, marketing, brand and proposal efforts. He also led client engagement and strategic account development, as well as partnerships with Amazon Web Services (AWS), Microsoft and Google. 

Jordan has also served in the federal government as an IT Program Specialist with the Department of Commerce (DOC). In the role, he drove Microsoft SharePoint’s integration with current business processes to gain both time and resource efficiencies. He also captured and implemented high-level agency business requirements and determined end user needs. 

“The investments that Sev1Tech is making in cloud to grow the already impressive capabilities – from mission critical TIC needs to multi-cloud dashboarding, to automated server recommendation and provisioning are exciting and timely for our customers across the board. I’m thrilled to join the family here,” Jordan said. 

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NGA’s Andy Brooks on Efforts to Deploy Cloud for Secure, Unclassified Data Access
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NGA’s Andy Brooks on Efforts to Deploy Cloud for Secure, Unclassified Data Access

Andy Brooks, chief data scientist at the National Geospatial-Intelligence Agency, has said the agency was able to harness cloud to provide access to secure but unclassified data for its remote staff, FedTech Magazine reported Tuesday.

Brooks told the publication that NGA modified its data-access strategy and launched an effort to balance data protection with value delivery for global users. He noted that NGA now plans to evolve its analytics and data-sharing tools in the coming years with a potential intelligence analysis effort slated for 2022. 

According to a new U.S. Geospatial Intelligence Foundation (USGIF) white paper, NGA was to employ a DevSecOps-based approach to developing new technologies that support cross-domain workflows.

NGA's initiatives include a partnership with Booz Allen Hamilton to establish a “develop low, deploy high" framework that “provided a strong foundation” for artificial intelligence and machine learning development amid the COVID-19 pandemic, the white paper states.

“We’ve shown that parts of that can be safely and securely done in unclassified spaces, and we can do that in various secure but unclassified forms,” noted Brooks. “We can do that in different ways that will continue to grow, and people have that experience now.”

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Maj. Gen. Leah Lauderback: Space Force Should Field Tech to Detect Hostile Satellites
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Maj. Gen. Leah Lauderback: Space Force Should Field Tech to Detect Hostile Satellites

Maj. Gen. Leah Lauderback, director of intelligence, surveillance and reconnaissance (ISR) at the U.S. Space Force said the service branch is in need of tools to validate if hostile satellites from benign technologies, SpaceNews reported Wednesday.

"We need something that gives us confirmation and confidence to say: ‘This just happened and this is who did it," said Lauderback. “We need some persistence on orbit and sensors so we can make a more confident call in a faster manner," she added.

Lauderback noted the military service should protect U.S. satellites from adversary technologies built by Russia and China such as laser weapons and jammers.

"Militaries don’t just develop these for deterrence. I think they have an idea they want to use this in the future."

Director of National Intelligence (DNI) John Ratcliffe said the Space Force intends to build a national space intelligence center to secure U.S. space systems from anti-satellite weaponry. According to the report, the service branch plans to train intelligence analysts in support of the facility.

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Gen. John Hyten on Key Factors to Effective DoD Electromagnetic Strategy
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Gen. John Hyten on Key Factors to Effective DoD Electromagnetic Strategy

Gen. John Hyten, vice chairman of the Joint Chiefs of Staff and two-time Wash100 Award recipient, said that joint-service capabilities and industry partnerships will help drive the Department of Defense’s (DoD) electromagnetic spectrum strategy, C4ISRnet reported Wednesday.

Hyten told attendees at an Association of Old Crows webcast that the DoD must renew focus on developing capabilities at the service-level to support joint functions. 

Another objective is to evolve a fully integrated and agile EMS infrastructure to support electromagnetic readiness efforts, he added. Other key factors that Hyten highlighted include effective joint-based governance and sufficient resources for the U.S. Strategic Command.

“In the challenges of the future, whoever we are in contest with, we have to be able to effectively fight and win the electromagnetic spectrum fight right from the beginning,” said Hyten. “That is electronic warfare in every domain.”

The Joint Requirements Oversight Council (JROC) is expected to publish a draft report on multidomain operations this month, according to Hyten. The report will include details on supporting concepts such as joint all-domain command and control, information advantage, contested logistics and joint global fires.

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ICF Wins SMECO Contract Extension to Support Energy Efficiency
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ICF Wins SMECO Contract Extension to Support Energy Efficiency

Southern Maryland Electric Cooperative (SMECO) has awarded ICF a three-year, $30 million contract extension to implement residential and commercial energy efficiency portfolios, ICF reported on Thursday.

"For over 10 years, ICF has worked closely with SMECO to develop, design, test and implement its energy efficiency programs, including full-scale rollout of the tremendously successful smart thermostat pilot program," said Kyle Wiggins, ICF SVP and commercial energy lead. 

Under the extension, ICF will support SMECO's EmPOWER Maryland Programs, including marketing, customer participation and program management. ICF will also deliver innovative designs for energy efficiency pilot programs including schools, renewable energy, loyalty and rewards, as well as low-to-moderate income offerings. 

"We are excited to work together to evolve these programs to better support the co-op's changing relationship with its customer-members and help meet Maryland's new energy targets,” Wiggins added. 

With the award, ICF will add to its dedicated history of delivering management and energy efficiency programs that expand portfolios. In Nov. 2020, the company was also awarded multiple recompete contracts to provide services in support of utilities’ programs. 

ICF will expand its design and implementation services to support the utilities' new home construction and renovations programs for residential, multifamily and commercial and industrial metered buildings. In addition, the company will deliver services, such as training to support workforce development and help transform the energy efficiency and building construction industries. 

About ICF

ICF is a global consulting services company with over 7,000 full- and part-time employees, but we are not your typical consultants. At ICF, business analysts and policy specialists work together with digital strategists, data scientists and creatives. 

We combine unmatched industry expertise with cutting-edge engagement capabilities to help organizations solve their most complex challenges. Since 1969, public and private sector clients have worked with ICF to navigate change and shape the future.

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Report: DoD Contract Obligations Up 10% in Fiscal 2020
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Report: DoD Contract Obligations Up 10% in Fiscal 2020

The Department of Defense obligated $445.5 billion on contract awards during fiscal year 2020, a nearly 10 percent increase from the year-ago period’s contracting obligations of $404.5 billion, driven primarily by events related to the global security landscape and coronavirus pandemic, Bloomberg Government reported Wednesday.

Lockheed Martin, Raytheon Technologies, General Dynamics. Boeing and Northrop Grumman collectively accounted for 35 percent of the total funds that DoD awarded during FY 2020.

BGOV noted that Lockheed secured the highest amount of contracting dollars at $72.3 billion, followed by Raytheon at $27.2 billion.

The U.S. Navy spent $154.7 billion on procurement efforts in FY 2020, the largest spender among the country’s military branches and the amount was up 21 percent from the previous year.

The U.S. Army provided $115.8 billion to contractors, a 9 percent increase from the branch’s FY 2019 contract spending, while the Air Force awarded $83.2 billion to the private sector, compared with the $83.5 billion spent a year ago.

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Michael Hayduk on Air Force Research Lab’s Quantum Initiatives
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Michael Hayduk on Air Force Research Lab’s Quantum Initiatives

Michael Hayduk, deputy director of the information directorate at the Air Force Research Laboratory (AFRL), said AFRL has launched several initiatives focused on advancing quantum information science, Nextgov reported Wednesday.

He said the lab awarded 23 Small Business Technology Transfer Phase II contracts worth approximately $35 million to 15 small businesses in December 2020 for projects spanning AFRL’s four QIS technical areas: quantum computing, quantum sensing, quantum timing and quantum communications and networking.

“The best-case scenario is some of those companies that we funded, say, in the quantum sensing area or quantum timing area, we can see the technologies being further developed with this STTR award—and then really going into things like the RIMPAC demonstration, as well,” Hayduk said.

AFRL plans to work with the Office of Naval Research to test QIS technologies with the Five Eyes – an intelligence alliance composed of the U.S., Canada, Australia, New Zealand and the U.K. – for the RIMPAC 2022 naval exercise. The event is expected to combine electric field sensors, radiometers, gravitational sensors and other components with clocks.

“We know it’s going to be a challenge for 2022. These technologies are still being developed in the lab. But by being able to think ahead, figuring out how you can engineer them, organize them, make them fieldable, will give us really good insight at 2022 RIMPAC,” Hayduk said. “And then we expect in 2024 to really further refine the technologies and really make steady improvements.”

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