High Accuracy Indoor Location – Now at up to 40Hz Update Rate


Huntsville, AL USA – Wednesday, September 21, 2016 Q-Track Corporation today announced the availability of a 40Hz-update-rate indoor location system powered by the company’s proprietary Near-Field Electromagnetic Ranging (NFER) indoor location technology. This fast update rate is ideal for highly dynamic tracking applications including vehicle and forklift tracking, sports and theatrical tracking, and drone tracking. Q-Track’s low-frequency approach to indoor location works well in non-line-of-sight indoor environments, delivering average accuracy better than 40cm (16in). The video below provides a demonstration of this highly accurate, fast-update rate indoor location system.

About Q-Track:

Q-Track’s mission is enabling “Knowing Where, Anywhere.” The company’s patented Near-Field Electromagnetic Ranging (NFER®) systems employ a unique low-frequency, long-wavelength radio signal to achieve highly accurate (40 cm mean accuracy) location results even in complicated non-line-of-sight environments. NFER® Real Time Location Systems enable “Dosimulation™,” a radiation worker training system deployed in a quarter of U.S. nuclear plants. Q-Track also offers a proximity detection and collision avoidance system that protects people from cranes and  robotic material handling equipment at a variety of manufacturing plants nationwide, as well as location systems that enhance military training in urban environments. In addition, Q-Track offers a novel forklift collision avoidance system, SafeSpot™.

Q-Track is a privately-held company located in Huntsville, AL. The company’s research and development was supported by the principals, private investors, and contracts and grants from Homeland Security, The U.S. Army, The U.S. Air Force, National Science Foundation, the Defense Advanced Research Projects Agency, the U.S. Department of Agriculture, and the National Institutes for Health. For more information, please visit the company’s website at http://www.Q-Track.com.