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Local Position Tracking System (LPTS) ________________________________

The Local Positioning & Tracking System (LPTS) allows the user to rapidly setup an ad-hoc accurate position tracking system in an environment where GPS is unavailable or unreliable. The LPTS provides solutions for personnel tracking and for autonomous robotic localization/navigation.


Autonomous Vehicle Controller (AVC) _______________________________

The Autonomous Vehicle Controller (AVC) is a self-contained strap-on module that provides autonomous capabilities to robotic platforms. Its navigation technology is based on iTrack’s proprietary UWB-based LPTS. The AVC can interface with the vehicle through CAN and other protocols. It communicates with the operator through GeoPathMaker®.


Artificial Laser Horizon (ALH) _______________________________________

The Artificial Laser Horizon (ALH) large display allows pilots to monitor other instruments while maintaining continuous awareness of aircraft attitude using peripheral vision. Spatial disorientation is a leading cause of general aircraft mishaps. Peripheral vision is a key component in maintaining spatial orientation.


Quartz Crystal Microbalance Field Equipment (QCM) ___________________

iTrack’s multi-channel Quartz Crystal Microbalance (QCM) portable acquisition  instrument can be used to add low-cost bio-chemical detection to robotic vehicles or first-responders. The device can also be used to monitor the air quality or water contamination in the field in less than 15 minutes.


GeoPathMaker® Software (GPM) _____________________________________

The GeoPathMaker® Operator Control Interface is a Windows-based graphical user interface that allows the operator to communicate with the LPTS and the AVC. It deploys Microsoft’s Virtual Earth as the geospatial mapping interface and overlays tracking and status information of moving robots, personnel and reference beacons.