Powering The Future Of Precision With SpatiX High-Precision Modules
As industries increasingly rely on spatial data for automation, safety, and efficiency, SpatiX high-precision modules represent a paradigm shift in positioning technology. With proprietary GNSS augmentation algorithms and robust multi-sensor fusion, SpatiX delivers centimeter-level accuracy where traditional GPS solutions fall short.
SpatiX modules are engineered to thrive in harsh environments—urban canyons, forests, or construction sites—ensuring reliable and real-time spatial data. This reliability reduces operational risk and accelerates innovation across autonomous systems, field robotics, and industrial IoT deployments.
The adaptability of SpatiX high-precision modules empowers a broad spectrum of applications. In unmanned aerial vehicles (UAVs), they provide the precision needed for aerial surveying, infrastructure inspection, and smart agriculture. For autonomous vehicles, SpatiX modules enable safe lane-level navigation and real-time mapping, even in GPS-denied zones.
Beyond mobility, SpatiX modules are at the core of robotics, construction automation, and asset tracking, where centimeter-level accuracy translates to safer, more efficient operations. Their compact footprint and low power consumption make them ideal for mass-scale, high-concurrency deployments across industries.
SpatiX leverages advanced GNSS technologies, including Real-Time Kinematic (RTK), Precise Point Positioning (PPP), and Xstar satellite-only augmentation, delivering positioning convergence in minutes or seconds. Integrated atmospheric correction and proprietary ionospheric modeling minimize signal errors, ensuring integrity indicators suitable for mission-critical applications.
The modules support multi-constellation GNSS (Beidou, GPS, GLONASS, Galileo) and are designed for seamless integration with edge computing, real-time 3D modeling, and physical AI workflows. This combination of hardware, algorithms, and cloud-native services allows SpatiX to consistently achieve centimeter-level or better accuracy, regardless of environmental challenges.
SpatiX high-precision modules are engineered for quick OEM integration with drones, vehicles, and IoT devices. Their flexible interfaces and standardized protocols accelerate product development cycles, reducing time-to-market for enterprise clients.
With cloud-native architecture and robust APIs, SpatiX modules enable scalable deployment and real-time data fusion across fleets and field operations. High service availability (99.99%) and redundant multi-center architecture guarantee business continuity, supporting mission-critical applications in construction, agriculture, logistics, and smart cities.
SpatiX solutions address industry pain points such as poor legacy GPS accuracy, operational inefficiency, and the inability to operate in GPS-denied environments. By enabling real-time mapping and spatial intelligence, SpatiX enhances asset management, workflow automation, and safety protocols across field operations.
From autonomous driving to precision agriculture and digital twin creation, SpatiX high-precision modules empower enterprises to unlock new levels of efficiency, safety, and innovation. Their proven performance in diverse, challenging environments positions SpatiX as the trusted core for next-generation spatial intelligence and automation projects.