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Polaris Wireless Demonstrates Floor-Level Vertical Location AccuracyPolaris Wireless, a provider of high-accuracy, software-based wireless location solutions, has demonstrated the ability to locate wireless devices in the vertical dimension, or z-axis, within one floor level and has further improved indoor horizontal accuracy. Polaris Wireless offers the industry's only true software-based hybrid location solution, which integrates available sensor inputs from devices and wireless networks. No additional hardware is required in the wireless carrier networks and no additional firmware is needed in wireless devices enabling Polaris Wireless' solution to be rapidly deployable nationwide. "We continue to demonstrate the proven effectiveness and high accuracy of our indoor location technology," said Manlio Allegra, Polaris Wireless CEO. "In emergency situations where first responders are trying to locate wireless callers in a high-rise building, the ability to identify which floor the call is originating from is essential." In early 2018, Polaris Wireless participated in the CTIA's (News - Alert) Test Bed LLC Stage Z independent vertical location testing. The focus of this testing was to evaluate barometric-based solutions in advance of the Federal Communications Commission (FCC (News - Alert)) establishing a vertical location accuracy metric for compliance by wireless carriers in the Top 50 markets beginning in 2021. Stage Z testing was conducted in San Francisco, Atlanta, and Chicago. Polaris Wireless was one of two technology vendors selected to participate and was the only solution tested in all buildings inall cities. Further, Polaris Wireless included the widest variety of device and barometric sensor manufacturers. The other participating technology vendor is a hardware-based solution requiring terrestrial beacons and firmware in devices. Overall, the Polaris Wireless solution was tested in 3 cities, 48 buildings, 312 test locations, and 55,592 test calls. Polaris Wireless achieved a vertical accuracy of 4.8 meters at the 80th percentile, with a minimal one-time compensation of the barometric sensor outside of the test cities. Using actual test call data to emulate active sensor compensation, the Polaris Wireless solution improved to 2.8 meter accuracy at the 80th percentile, which exceeds the generally-accepted definition of floor level of under 3 meters. In addition to demonstrating floor level vertical location, Polaris Wireless achieved 25.8 meters of horizontal indoor accuracy at the 80th percentile, an improvement of 38% from CTIA's Test Bed Stage 2 indoor testing for emerging technologies conducted in 2016. By participating in multiple rounds of CTIA independent testing, Polaris Wireless continues to independently verify its innovations and performance improvements around software-based high accuracy location. "Wireless devices and carrier networks continue to evolve and provide enriched sensors, data, and capabilities," said Tarun Bhattacharya, CTO of Polaris Wireless. "Polaris Wireless has driven innovations in wireless location for the past fifteen years. Our solution is future-proof and we continue to evolve our platform to leverage these new inputs and drive even more accurate location solutions." About Polaris Wireless Polaris Wireless provides high-accuracy, software-based wireless location solutions to wireless operators, law enforcement and government agencies, and location-based application companies with a U.S. focus on public safety (FCC-mandated E911), commercial LBS, and Internet of Things. Polaris Wireless was named winner of the Mobility Award for Mobile Software Indoor Positioning Systems at the 2017 Consumer Electronic Show. The company is headquartered in Mountain View, California, with offices in Switzerland, India, the U.A.E., and Singapore. For more information about Polaris Wireless, please visit: http://www.polariswireless.com.
View source version on businesswire.com: https://www.businesswire.com/news/home/20180913005270/en/ |
