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PROJECT

5G Mission for Industry

5G Mission for Industry

Kicked off in 2019, the 5G Mission in Forge is focused on connecting the promise of 5G to industrial use cases. Together with our partners in the telecom industry, we have established one of the nation’s first cross-industry 5G testbeds to carry out this pioneering work.

Hasan SM standing in front of 5G banner.

 

GE researchers are exploring a range of applications across multiple industries in energy, healthcare, aviation, and defense, which include real-time industrial controls for wind farms, wireless and pervasive patient monitoring, and resilient airbases. We are building a robust network of collaborators and partners, to help us have the most advanced and up-to-date industrial 5G networking capabilities available.
 

Beyond 5G’s promise of stunningly low latency and incredibly high bandwidth, our 5G mission is exploring even more transformational capabilities under the 5G hood. One example is leveraging network slicing and virtualization to create custom segments of the network for the grid, for healthcare, or any industrial segment. Another is improving on GPS to provide more precise indoor and outdoor localization to track hazards in the environment to enhance workplace safety. And 5G will enable us to make full use of edge compute to provide enhanced privacy and security, while shifting computation closer to where it is needed.

 

Project Impact

The 5G mission team is working on two projects totaling $36 million with the U.S. Department of Defense to modernize warehouse facilities at two military bases using smart 5G-enabled technologies. These projects will support the Department’s efforts to execute real-time planning and deployment of resources and supplies for critical missions.

The team will integrate digital twin technology, autonomous robots and real-time tracking of thousands of assets and components, utilizing the power of 5G networks, to create smart warehouse facilities.  Read more here.

Acknowledgment/Disclaimer: 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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