Cubic tailors mortar simulator for the US Army
The company’s mortar trainer received improvements based on soldier’s feedback.
One of the major challenges plaguing training creation and updates for the USN is the lengthy time it takes to conduct an ISD analysis. (Photo: US DoD)
Central Florida Tech Grove has initiated a $160,000 challenge aimed at identifying AI tools capable of expediting Instructional Systems Design (ISD) analysis for military training and human performance enhancement.
The initiative is in collaboration with Team Orlando, the Office of Naval Research (ONR), the Naval Air Warfare Center Training Systems Division (NAWCTSD), and the National Security Innovation Network (NSIN).
One of the major challenges plaguing training creation and updates for the USN is the lengthy time it takes to conduct an ISD analysis with limited availability of analysts or subject matter experts to conduct and participate in the analysis.
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With the requirement to create and update training with ‘speed to the fleet’ the need to find automated methods for ISD analysis is required.
This challenge's primary objective is to pioneer proof-of-concept prototypes using AI large language models to automate the ISD analysis process and facilitate the development of requirements for ready relevant learning.
Specifically, it aims to determine whether such models can generate high-quality task analysis, learning analysis, and media selection data in a more efficient and cost-effective manner, streamlining the overall process.
The company’s mortar trainer received improvements based on soldier’s feedback.
The company will operate in two new locations in the coming years to better support US services.
This type of tool provides more realistic training easing the incorporation of new scenarios that accurately represent the threats of the battlefield.
The Engineering Corps has been conducting individual instruction using FLAIM Systems’ Sweeper and should start collective deployments in 2025.
The next-generation platform is motion-compatible and can be used in OTW and NVG applications.
The system can be used to prepare soldiers for both drone offensive operations and CUAS missions.