We solve problems.

Computer Generated Forces

Live, Virtual and Constructive

We create high-fidelity simulations to train war fighters for the ever-changing realities of the 21st century. We are the experts at building validated simulation objects using authoritative mathematical sources in Live, Virtual and Constructive (LVC) synthetic training environments such as OneSAF and VR Forces, VBS4, and Unity.

Virtual Simulation Systems          Infinitas Engineers build Virtual simulation contents in 2D and 3D, and interfaces to other simulation systems to support large scale simulation exercises. We utilize and develop advanced technologies to construct serious gaming and interactive virtual simulation systems. Our technologies provides interoperability support for large scale distributed synthetic training excercise.

Requirements Generation, Analysis, and Traceability

We support full life cycle development of program/product requirements along with stakeholders and mission partners.

  • Requirements analysis, trade studies, requirements derivation, design review support, integration planning, test, verification, risk management and engineering analysis.
  • Drafting and maintaining system level requirements, to include interface and compliance requirements, from approved recommendations.
  • Drafting and maintaining function Level requirement allocations to the customer’s specifications.



In our IRAD laboratory, Infinitas engineers apply advanced modeling algorithms to enhance the military platform/component modeling and the complex behavioral modeling processes. It is our passion to develop various modeling tools to improve positive training experiences for our soldiers by utilizing validated and authoritative sources in our algorithms, 

Our primary focus is on simulation platform modeling, distributed simulation exercise interoperability for all LVC training systems. 

How Infinitas Can Help You

Infinitas Engineering provides technical solutions in all areas of software and system design and development of complex CGF systems.