The Department of Defense wants to improve its modeling and simulation programs as a way to bolster how it trains cyber warriors and to make better use of intelligence, surveillance and reconnaissance data from drones.
To do that, the Pentagon is looking to a new public-private partnership to speed up delivery of these technologies in a range of areas.
The Training and Readiness Accelerator (TReX) brings together the U.S. Army Contracting Command – Orlando, the Program Executive Office for Simulation, Training, and Instrumentation (PEO STRI), and the National Security Technology Accelerator (NSTXL).
“This is a way to get in front of people who might never think of doing business with the government. It lowers the barrier of entry when you don’t have to sign a 30-page agreement or sign over every legal thing just to submit a white paper. We want folks to just come in and show us what they’ve got,” said Brian Serra, a contracting officer with Army Contracting Command (ACC) Orlando.
While it isn’t clear yet what new training capabilities may emerge through the program, planners have their sights set on a couple of key areas.
“We know there are a lot of critical technologies out there that we are going to need for the next generation of modeling and simulations programs,” said Tom Kehr, a systems engineer in Integrated Training Environment program at PEO STRI.
He pointed to three likely areas of interest:
• Rapid terrain generation. Planners are looking to advance the state of the art to automatically generate extremely high-fidelity synthetic terrain for simulations, using commercial UAV platforms, ground-based sensors, and geospatial data.
• Medical simulation technologies. The program will encourage prototyping of medical simulators and software to evaluate and improve the military medical training curriculum.
“In cyber, you can’t wait to field something. You can’t do a training exercise that takes eight months of planning. It all just becomes obsolete,” Kehr said.
The ISR community also could benefit from rapid advances in terrain modeling technologies, which may allow for faster, more accurate simulations. One promising area, known as photogrammetry, uses photos taken by commercial UAVs to build 3-D representations based on building heights, shadows and other attributes.
The net result is a highly realistic model, one that offers enhanced training opportunities and can be assembled relatively quickly. “We can give them tools to build a virtual environment to train on in a day or two, as opposed to have to wait a few months to get that database,” Kehr said.
Startups and others on the commercial side have a range of technologies in the works that might bolster the military’s training regimen. What they lack is a means to bring these tools to the attention of Pentagon planners.
“There is an unknown set of technologies that DoD doesn’t typically get access to,” said Tim Greeff, CEO of the nonprofit NSTXL, which seeks to bring together emerging tech firms and government users. “Right now, they don’t get a representative sample of what is possible and what is available.”
The greatest value of the OTA may lie in its ability to give military officials access to technologies they didn’t even know they were looking for, by opening a window into cutting-edge efforts that typically fly below the procurement radar.
“You may have some smaller nontraditional companies that are working on things that don’t inherently align what we’re trying to get after, something that may be way out in left field but is nonetheless a strong fit,” Kehr said. “Now we can actually go out and sign an agreement, even if it’s not something we have previously been looking at.”