ZaiNar is a Redwood City, California-based developer of positioning, navigation, and timing systems for asset tracking and supply chains using 5G radio signals and without reliance on GPS or GNSS systems.
ZaiNar is a Redwood City, California-based developer of positioning, navigation, and timing systemsystems for asset tracking and supply chains using 5G radio signals and without reliance on GPS or GNSS systems.
ZaiNar is a developer ofdeveloping a real-time automatic location tracking platform for use in areas and systems where GPS/GNSS is either unavailable or denied. The platform uses cellphones, wireless networks, Internet of Things (IoT) sensors, and chipless RFID tags to make accurate positioning. This allows the system to scale watat a lower cost than other systems, and allowenables users to track assets without a line of sight. The system is capable of being used with over 200 meters range and sub-meter accuracy. The system can be used to solve certain needs, such as tracking phones indoors or in dense cities, tracking IoT assets in industrial environments, tracking cars without line of sight, orand enabling self-calibrating positioning, navigation, and timing (PNT) networks for GPS-denied environments such as space.
ZaiNar's platform offers an asset tracking platform capable of tracking people, tools, vehicles, inventory, and more in both outdoor and indoor industrial sites, and offers a real-time 3D location of those assets with a meter-level accuracy in difficult environments. The system is developed to sustain performance in changing environments without manual intervention, recalibration, or reliance on other location systems, such as GPS/GNSS. The system uses chipless RFID tags, which can be attached to any asset that needs to be located.
ZaiNar is a Redwood City, California-based developer of positioning, navigation, and timing system for asset tracking and supply chains using 5G radio signals and without reliance on GPS or GNSS systems.
ZaiNar is a developer of a real-time automatic location tracking platform for use in areas and systems where GPS/GNSS is either unavailable or denied. The platform uses cellphones, wireless networks, Internet of Things (IoT) sensors, and chipless RFID tags to make accurate positioning. This allows the system to scale wat lower cost than other systems, and allow users to track assets without a line of sight. The system is capable of being used with over 200 meters range and sub-meter accuracy. The system can be used to solve certain needs, such as tracking phones indoors or in dense cities, tracking IoT assets in industrial environments, tracking cars without line of sight, or enabling self-calibrating positioning, navigation, and timing (PNT) networks for GPS-denied environments such as space.
ZaiNar was founded in 2016 by CEO Daniel Jacker, CTO Philip Kratz, and Alexander Hooshmand and is headquartered in Redwood City, California.
ZaiNar's platform offers an asset tracking platform capable of tracking people, tools, vehicles, inventory, and more in both outdoor and indoor industrial sites, and offers a real-time 3D location of those assets with a meter-level accuracy in difficult environments. The system is developed to sustain performance in changing environments without manual intervention, recalibration, or reliance on other location systems such as GPS/GNSS. The system uses chipless RFID tags which can be attached to any asset that needs to be located.
ZaiNar can also use 5G networks to track other types of assets, such as phones, vehicles, drones, and IoT with similar access to their tracking tags. ZaiNair suggests its system is compatible with release 16 of 3GPP standards for location tracking of 5G devices without hardware changes to either the handsets or base stations.
ZaiNar is a Redwood City, California-based developer of positioning, navigation, and timing systems for asset tracking and supply chains using 5G radio signals and without reliance on GPS or GNSS systems.
ZaiNar is a Redwood City, California-based developer of positioning, navigation, and timing systems for asset tracking and supply chains using 5G radio signals and without reliance on GPS or GNSS systems.