2 August 2021 | Update
30 July 2021 | Update
19 July 2021 | Update
- Technology Readiness Level (TRL)
- Security Process for Vetting Contractors
- Questions Form
- Data Rights Assertions Tables
- Data Rights License Terms Definitions
- Terms and Conditions and EULA
GFI Tech Data Distribution Agreement
- Vendor Self Vetting Form
- Telecommunications Representation
*Note: Attachment 7 is no longer relevant.
19 July 2021 | Update
8 July 2021 | Update
1 July 2021 | Update
After further consideration, the Requiring Agency (RA) determined that the GFI, Attachment 01- Technical Supplement, is no longer relevant nor necessary for this requirement and therefore the decision has been made to remove this document from the requirement. As such, the security vetting process is not necessary at this point. Should the RA determine that additional GFI needs to be included, an update will be made to the final RFS.
17 June 2021 | Update
Questions and solutions deadlines will be 5 days and 21 days* (respectively) upon release of the final RFS and actual dates will be provided at that time.
*We provide a rolling Q&A during this time and encourage early questions.
Attachment 1: This file is not available for public release. Vendors must first be vetted.
- Attachment: Security Process for Vetting Contractors
- Attachment: Question Form
- Attachment: Data Rights Assertions Tables
- Attachment: Data Rights License Terms Definitions
- Attachment: Terms and Conditions and EULA
- Attachment: Vendor GFI Tech Data Distribution Agreement
- Attachment: Self Vetting Form
- Attachment: Telecommunications Representation
- Attachment: Technology Readiness Level
The USMC intends to issue an OT to develop an Immersive Training Environment (ITE) capable of replacing Role Players in various training scenarios. Since 2007, the United States Marine Corps (USMC) has been utilizing Infantry Immersion Trainers (IITs). While these systems provide adequate training for their intended purpose, there are training scenarios within the IITs that require the employment of Role Players. Upon analysis of these scenarios, the USMC believes there are instances where these hired actors or Role Players can be substituted using computer-generated entities while still providing valuable and essential training. The IIT currently provides high-fidelity fixed immersive training environments with enhanced battlefield realism including exposure to operational complexities, mental and physical stresses, and challenging ethical decision-making. The IITs also provide realistic training with Role Player Support Services. This training requires the employment of Role Players to serve as Foreign Language Specialists, Civilians on the Battlefield (with linguistic and cultural accuracy or background), general Role Players who would fill the role of insurgents, terrorists, embedded foreign command staff/military/police units and other personnel encountered in the intended theater of operations. However, there are times when human Role-Players may not be available.
The USMC is seeking ITE capabilities designed to meet contemporary and future training requirements that adapt as changes occur in the operational environment with hardware and software Computer Generated Forces (CGF) technology that will enable the USMC infantry team leader to reinforce decision-making skills and After Action Reporting for Commanders. The CGF should be able to create high fidelity simulations primarily Shoot/No Shoot scenarios with the purpose to train Marines for the ever-changing realities of the 21st century. The CGF will provide the building blocks for creating tactical simulations requiring more than one entity.
The CGF should meet the following Live, Virtual and Constructive objectives:
- Live – A simulation involving real people operating real systems. Military training events using real equipment are live simulations. They are considered simulations because they are not conducted against a live enemy.
- Virtual – A simulation involving real people operating simulated systems. Virtual simulations inject a Human-in-the-Loop into a central role by exercising motor control skills (for example: flying jet or tank simulator), decision-making skills (for example: Shoot/No Shoot, committing fire control resources to action), or communication skills (for example, as members of a Marine Corps Special Operations Command team).
- Constructive – A simulation involving simulated people operating simulated systems. Real people enhance such simulations but are not involved in determining the outcomes. A constructive simulation will be a computer program. For example, a military user may input data instructing a unit to move and to engage an enemy target. The constructive simulation determines the speed of movement, the effect of the engagement with the enemy and any battle damage that may occur. These terms are not to be confused with specific constructive models such as CGF, a generic term used to refer to computer representations of forces in simulations that attempts to model human behavior and human/systems interactions.
The CGF is one of the Family of Systems (FoS) that provides realism within the ITE. This feature is a key performance parameter (KPP) for the ITE. CGF allows unit to conduct essential tasks in a replicated contemporary operating environment. A realistic environment sets the conditions to create both tactical and ethical dilemmas for the Marines. The development of a realistic environment (live, augmented, or virtual) and associated scenarios are integral to the successful creation of an ITE.