Category: Company News

MetaWrap is a general-purpose software tool that uses CAD-compatible solid models as inputs and outputs, and that can wrap any planar periodic structure over any surface while preserving the electromagnetic

FTL’s SHR3DR (Sub-sea High Resolution 3D Reconstruction) technology enables automatic detection of voids and piles in the subterranean areas below wharfs and piers. SHR3DR utilizes active seismic sensing with specialized

FTL Labs developed and evaluated multiple Vest Integrated Load Assist (VILA) concepts designed to reduce spinal loading and fatigue for Navy helicopter pilots. These concepts aim to lessen the effective

With the Navy’s fleet rapidly autonomizing, FTL’s proprietary autonomous risk assessment and navigation AI engine, TyFUN, enables the Navy to bring swarm autonomy to smaller patrol boats. TYFUN was developed

FTL Labs’ FRAMER (Fast Reconstruction of Architectural Models from Existing Resources) combines specially trained neural networks with advanced 3D processing algorithms and intelligent data exports to enable high quality building

Combat parachute jumping is a high-risk activity, with significant potential for injuries that require time and resources to resolve, slowing the unit down, and increasing their risk of being attacked.

FTL is drawing upon its vast expertise in biomechanics, musculoskeletal modeling, and wearable robotics to develop an exoskeletal system that mitigates injury to paratroopers during a parachute landing fall (PLF).

FTL’s “AM4Sight” will employ sensor data fusion, leveraging FTL’s vast knowledge base and expertise in machine learning, artificial intelligence, and additive manufacturing processes, to provide foresight of possible defects and

“SharpScan” from FTL Labs Corporation is an innovative, compact, improved-angular-resolution radar that is modified to extract the Doppler shift of moving targets to create real-time Range-Doppler Maps (RDMs), employing new

The SonoPod technology, when implemented, will allow a significant enhancement in the U.S. Department of Defense’s Hearing Conservation Program by providing a method to quickly verify proper HPD fit in

FTL’s SDARIT, Structural Damage And Repair Inferencing Tool, enables the Navy to autonomously convert structural 3D scan data of damaged piers into actionable Battle Damage Assessments (BDAs). SDARIT leverages FTL’s