This Small Business Innovation Research Phase I research project addresses the critical problems of tracking and monitoring firefighters or other first responders inside structures. Whereas many key components of first responder systems such as GPS fail indoors or require an overwhelming number of… More

The purpose of this project is to provide soldiers with the capability to train anywhere at any time using his/her equipment combined with operational combat systems. We proposed to develop a solution that leverages the TRX SentinelTM Personnel Tracking and Monitoring System. The SentinelTM is able… More

Navigation in GPS denied environments presents a challenge to the war-fighter. Whether accurate GPS locations are unavailable because of jamming or simply because of poor satellite visibility due to manmade or natural structures blocking the signals, it is important to have a reliable alternative… More

This Small Business Innovation Research (SBIR) Phase II project addresses the critical problems of tracking and monitoring firefighters or other first responders inside structures. Whereas many available systems such as GPS fail indoors or require an overwhelming number of access points to obtain… More

The purpose of this project is to develop technology that facilitates mixed reality training in the real world thus affording soldiers the capability to train anywhere at any time using his/her equipment combined with operational combat systems. The focus of the proposed effort will be addressing… More

The purpose of this project is to develop technology that facilitates mixed reality training in the real world thus affording soldiers the capability to train anywhere at any time. The focus of the proposed effort will be addressing key technology gaps to achieving the capability. We will address… More

The purpose of this project is to develop technology that facilitates mixed reality training in the real world thus affording soldiers the capability to train anywhere at any time. The focus of the proposed effort will be addressing key technology gaps to achieving the capability. We will address… More

The objective of this project is to provide soldiers with the capability to train anywhere at any time without requiring installed infrastructure. Our focus is the design of a handheld device that could provide soldiers improved live, virtual, and constructive embedded training support while… More

As the threat landscape continues to evolve, modern forces and especially foot mounted soldiers are increasingly tasked with conducting operations in either complex urban or remote cavernous environments where GPS signals are severely corrupted and/or unusable. The ability to track and navigate in… More

As military operations move to urban, cavernous, foliage covered or indoor environments, position navigation and time information becomes more difficult and in some cases impossible to deduce from GPS signals alone. Under the proposed effort TRX will develop and implement an Android-based… More

Military personnel often operate within urban, cavernous, foliage covered or indoor environments. In these areas, position navigation and time information becomes difficult and in some cases impossible to deduce from GPS signals alone. Under the proposed effort TRX will develop and implement an… More

This Small Business Innovation Research Phase I project is developing a smart phone application that creates indoor maps through crowd-sourcing and data fusion technologies. Commercial and enterprise applications require indoor maps to support accurate location calculations and location display. In… More

TRX Systems will deliver a soldier navigation solution that uses team-wide information and collaborative distributed computing to provide a position accuracy of 1m in GPS denied environments. The goal of high accuracy and robust navigation for mobile soldiers requires a flexible system design that… More