XONA PULSAR™
Introducing Xona Pulsar™, the first ever independent precision LEO PNT service designed to meet the needs of intelligent systems.
WHAT IS PRECISION LEO PNT?
Legacy GNSS such as GPS and Galileo provide position, navigation and timing (PNT) services from a constellation of very large satellites ~12,500 miles from Earth. These services have become the backbone of nearly every aspect of the modern connected world, however threats to these legacy systems are increasing rapidly alongside consumer demands for enhanced performance and security.
Xona’s Pulsar precision LEO PNT service leverages the recent advances in small satellite technology to provide users with a secure and robust alternative to GNSS from satellites ~25x closer to Earth. By combining Xona’s patent pending system architecture with the efficiency of small satellites, the Pulsar service can provide an affordable global service with more than 10x better accuracy than GNSS.
WHAT CAN PULSAR DO FOR YOU?
AUTO & TRUCKING
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Rapid <10cm accuracy with high resistance to interference & multipath
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Secure & robust global service targeted at supporting ASIL ratings for autonomy
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Can operate as GNSS aid/augmentation or as fully independent service
SMART AGRICULTURE
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Truly global service coverage, including high latitudes and polar regions
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In-band GNSS corrections designed to provide rapid convergence without local infrastructure
CRITICAL INFRASTRUCTURE
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Sub-nanosecond timing distribution
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Indoor signal reception
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Small sat architecture enables GNSS independent operation at unprecedented low cost
AERIAL MOBILITY
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Secure and independent service to add redundancy for safe BVLOS operation
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Rapidly converging high-precision supports critical mapping and inspection
MOBILE, IoT, & VR
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High-power signal requires lower receiver power to acquire and track
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Designed to integrate into simple, low-cost user equipment, bringing high-precision capability to mass market users
MARITIME
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High-power modern signal offers 100x better resistance to jamming and interference
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Advanced signal security provides unprecedented spoofing protection
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Global precision without local infrastructure supports offshore mapping and surveying
WEATHER DATA
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Stronger signal enables better tracking for low-altitude radio occultations
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Large number of fast moving LEO satellites create exponentially more data collection opportunities per day