- Awarded two projects totaling $36 million to modernize DoD warehouses using smart 5G-enabled technologies at two military bases that support real-time planning and deployment of resources and supplies for critical missions
- Would reduce major operations planning from several weeks to less than 24 hours push toward “just-in-time” inventory planning scenarios
- Projects will involve digital twin technology, autonomous robots and real-time tracking of thousands of assets and components, utilizing the power of 5G networks
- To support research effort, GE Research utilize one of the nation’s 1st first cross-industry scale 5G network testbeds installed by Verizon on the Lab’s Niskayuna campus
NISKAYUNA, NY – May 5, 2021 – Home to one of the nation’s first cross-industry 5G testbeds on it research campus in Upstate New York, GE Research, the technology development arm of the General Electric Company (GE), officially launched two projects as part of the U.S. Department of Defense’s (DOD) recently announced $600 million 5G initiative.
The two projects being led by Dr. SM Hasan, GE Research’s 5G Mission Leader, and Michael Dell’Anno, a Principal Engineer at GE Research, will involve creating “smart warehouse” facilities at two separate military bases. One of these projects will be for the Naval Base in San Diego, California, which houses resources and supplies for Naval unit operations. The other project will be for the Marine Corps Logistics Base (MCLB) in Albany, Georgia, which sends critical resource and supplies to Marines performing various missions around the world.
20X faster than the current 4G or Advanced LTE networks, 5G is the next generation network that can achieve the speed and low latency at scale required to dynamically manage major projects like the smart warehouse transformations with the Marines and Navy
“The superior network speed and capacity of 5G networks will allow us to take full advantage of a multitude of digital technologies to transform industrial assets and operations,” Hasan, Principal Investigator on the two projects, said. “Through our projects with the DOD, we will be demonstrating the ability to track and manage thousands of assets in real-time that support critical military missions on land and at sea. Operations that previously took several days or weeks could accurately and reliably be prepared and deployed in less than 24 hours.”
Dell’Anno, a co-principal investigator with Hasan on the DOD projects, says the two teams are pushing to develop a “just-in-time” inventory scenario, where new supplies are deployed as soon as they arrive. “The most efficient factory or ideal warehouse is one that is essentially empty, “ Dell’Anno says. “It would basically signal that you are able to time the delivery and shipping of supplies, so perfectly that inventory never sits.”
To build these smart warehouses at the Navy and Marines bases, Hasan and Dell’Anno’s teams will create digital twins, or digital replicas of these warehouses that can account for their entire inventory and floor footprints. They will integrate real-time asset tracking and autonomous robots that are able to “virtually walk” the warehouse floors to validate and inspect warehouse inventory.
“We will be able to get a snapshot of the entire warehouse inventory every 15- minutes,” Hasan said. “What we are talking about is providing these bases with unprecedented visibility to their inventory that will allow them to be much more responsive and faster with decisions.”
These efforts have been sponsored by the U.S. Government under Other Transaction number W15QKN-15-9-1004 between the NSC, and the Government. The US Government is authorized to reproduce and distribute reprints for Governmental purposes notwithstanding any copyright notation thereon. The views and conclusions contained herein are those of the authors and should not be interpreted as necessarily representing the official policies or endorsements, either expressed or implied, of the U.S. Government.
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