Phase 2 of DARPA’s Spectrum Collaboration Challenge raises the bar for Collaborative Intelligent Radios

As teams gear up for Phase 2 of the Spectrum Collaboration Challenge (SC2), Barone Consulting is providing infrastructure development and essential support.

FOR IMMEDIATE RELEASE

APRIL 10, 2018—Plans are well underway for Phase 2 of DARPA’s (Defense Advanced Research Projects Agency) Spectrum Collaboration Challenge (SC2), with Barone Consulting working with DARPA to make the research problem more challenging and to enhance the scenarios, radio frequency (RF) emulation systems and scoring approach to spur greater collaboration.

Ten finalists from Phase 1 are moving up to Phase 2, while interested contenders are working on the Phase 2 hurdle—creating a machine learning enabled, software-defined radio system that can successfully move data across a simulated, virtual RF environment the; the design of which was overseen by Barone Consulting. Contestant designs are due on April 30.

SC2 is addressing a growing problem: the shortage of radio frequency bandwidth available to support the growing number of connected devices, from home computers to cell phones to soldiers on the battlefield, using these same frequencies to transverse the wireless communications highway.

“One of the problems in today’s radio spectrum, is that often two devices are trying to use the same frequency, but they aren’t able to function, due to their mutual interference,” explains Craig Pomeroy, senior consultant at Barone Consulting. “This is what happened when Wi-Fi and Bluetooth, two wireless technologies, became widely available. The goal of SC2 is for teams to make use of machine learning techniques to enable their devices to automatically figure out how to interoperate. This interoperability will massively increase the available usable spectrum for future services like the Internet of Things.”

As part of Phase 2, Barone Consulting is working with SC2 vendors to move beyond canonical RF problems and into real world sharing problems modeled on commercial and DoD spectrum users. This involves scaling up the size of networks and network interactions and retooling the scoring approach to ensure desired outcomes are rewarded; incumbent radio systems are protected, and to incentivize collaboration between networks when opportunities exist. “During Phase 1, we wanted the teams to develop a solid radio system that was fast and able to move lots of data,” says Pomeroy. “For this phase, we want the teams, like their radios, to work more closely and leverage efficiencies that can be achieved through collaboration.” Underpinning this effort, teams are developing intelligent reasoning engines, which rely on a shared collaboration language being developed by Barone and the teams.

After all the teams secure their spots, they will have until December 2018 to complete their designs, which will compete at SC2’s Second Preliminary Event at the end of the year. Winners of the Second Preliminary Event will advance to the final phase of competition in 2019, culminating in a Championship Event. The first-place winner of that event will receive a prize of $2 million; the second-place winner, $1 million; and the third-place winner, $750,00.

The programs Championship Event will be held in conjunction with the 2019 Mobile World Congress Americas annual conference and exhibition. The combined event is the result of a partnership between  GSMA (the organization that represents mobile operators worldwide), and DARPA.

“Competitions like this one show how effectively research can be conducted in a results driven framework like the one Barone provides,” concludes Pomeroy. “The successes of this program can be attributed to the hard work of both the competitor teams developing the technology, and the government teams providing the infrastructure necessary to bring disparate research together in a way never before possible.”

About Barone Consulting

With an emphasis in areas such as autonomous systems, electronic warfare, big data, geointelligence, and cloud computing, Barone Consulting provides support to America’s leading scientists and engineers with a mission of tackling the toughest problems faced by the Department of Defense. Barone Consulting is a subcontractor to ECS for this effort.

Barone Consulting is actively recruiting and encourages strong candidates with Top Secret security clearances, systems integration, flight test, and aeronautical engineering to contact us regarding DARPA opportunities.

Information about Barone Consulting can be found at www.barone.net

Revolutionizing U.S. Command of Space, the Next Military Frontier

With assistance from Barone Consulting teamed with Schafer a Belcan Company, DARPA’s Hallmark Program enters Phase 1, awarding contracts to eleven companies that are transforming how commanders manage space-based assets.  

In shear volume, the Earth’s operational space domain dwarfs the oceans. Throw in thousands of objects hurtling at 17,000 miles per hour, and you have a situational-awareness and command-and-control nightmare. Given that complexity—and the growing importance of protecting U.S. space assets—DARPA, aided by Barone Consulting teamed with Schafer a Belcan Company, is developing a breakthrough approach known as Hallmark for the rapid acquisition and development of capabilities in this critical domain. In 2017, the Agency successfully completed initial research demonstrations for the Hallmark program and awarded Phase One contracts to eleven companies.

The ultimate goal of Hallmark is to arm U.S. commanders with new technologies for rapidly planning, assessing, and executing military operations in space. Hallmark is particularly innovative for being both a set of technologies and a framework, or “software testbed,” for developing new technologies to meet future challenges. The key to this agility and adaptability is ongoing, behind-the-scenes simulation and forecasting.

During the research demonstrations, military space operators worked through hypothetical scenarios involving U.S. space assets and evaluated what kinds of software tools and operating environments would be most useful in each case. The goal for each scenario: Chart only the most useful data path through a near-infinite cloud of inputs.

Hallmark is taking a multi-pronged approach to its research. The Agency has awarded Phase One contracts for the Hallmark Software Testbed (Hallmark-ST) to two teams. Hallmark-ST aims to build an advanced enterprise software architecture to facilitate a testbed for tools that will integrate a full spectrum of real-time space-domain systems and capabilities. The testbed would be used to develop a comprehensive set of new and improved technologies that can be spun off into near-term operational use.

Hallmark is also developing its first set of technologies to run through the testbeds. DARPA has awarded Phase One contracts for the Hallmark Tools, Capabilities, and Evaluation Methodology (Hallmark-TCEM) research thrust to eight organizations.

DARPA has awarded a second set of Hallmark-TCEM Phase One contracts to two teams to perform cognitive evaluation of the testbeds, tools, and technologies. By using cognitive evaluation, DARPA aims to help improve decision making by showing whether information has been effectively conveyed to operators, whether operators have been properly assigned tasks that contribute to understanding the situation, and whether given tools facilitate their ability to act on that information.

Subject Matter Experts from Barone Consulting will continue to provide technical SETA support to DARPA as the Hallmark program enters its next phase. Barone Consulting excels in test planning, management, and execution for command and control research projects like Hallmark.

About Barone Consulting

Founded in 2009, Barone Consulting provides technical assistance and systems engineering services to the Department of Defense and the intelligence community.

Barone Consulting is actively recruiting and encourages strong candidates with Top Secret security clearances, systems integration, flight test, and aeronautical engineering to contact us regarding DARPA opportunities.