8 April 2021
Fuse used its native 3D printing capability to rapidly prototype and solve a pop-up hardware issue. This issue was identified during local flight-testing of an integrated communications pod. The Fuse hardware team designed and printed cable backshells to fix a connector orientation issue at the last minute of flight testing. The quick-thinking and skilled engineering of the team ensured that flight testing was able to continue with minimal schedule slippage.
Fuse’s CEO, Sumner Lee, was recently featured in a citybiz Executive Q&A where he discussed the company’s warfighter-first approach to developing tactical edge communications and networking technologies. In the interview, Lee shares how Fuse blends the expertise of engineers and
Blog outlines how artificial intelligence can strengthen warfighter comms in DDIL environments “Cross-radio stitching in a geographically dispersed network with U.S. Joint and coalition partners operating across air, land, and sea isn’t easy. . . But what if AI could
The TENTaCLE architecture integrated the aircraft into a live tactical network from thousands of miles away Fuse Integration, supporting the B-1 System Program Office at Tinker AFB and the 337th Test and Evaluation Squadron at Dyess AFB, announced a successful
