The FPJE was an experiment to consider the best way to develop and evaluate a system of systems approach to Force
Protection. It was sponsored by Physical Security Equipment Action Group (PSEAG) and Joint Program Manager -
Guardian (JPM-G), and was managed by the Product Manager - Force Protection Systems (PM-FPS). The experiment
was an effort to utilize existing technical solutions from all branches of the military in order to provide more efficient
and effective force protection. The FPJE consisted of four separate Integration Assessments (IA), which were intended
as opportunities to assess the status of integration, automation and fusion efforts, and the effectiveness of the current
configuration and "system" components. The underlying goal of the FPJE was to increase integration, automation, and
fusion of the many different sensors and their data to provide enhanced situational awareness and a common operational
One such sensor system is the Battlefield Anti-Intrusion System (BAIS), which is a system of seismic and acoustic
unmanned ground sensors. These sensors were originally designed for employment by infantry soldiers at the platoon
level to provide early warning of personnel and vehicle intrusion in austere environments. However, when employed
around airfields and high traffic areas, the sensitivity of these sensors can cause an excessive number of detections.
During the second FPJE-IA all of the BAIS detections and the locations of all Opposing Forces were logged and
analyzed to determine the accuracy rate of the sensors. This analysis revealed that with minimal filtering of detections,
the number of false positives and false negatives could be reduced substantially to manageable levels while using the
sensors within extreme operational acoustic and seismic noise conditions that are beyond the design requirements.