SpatiX relies on the Beidou satellite system to provide users with spatial intelligence services such as centimeter-level positioning (FindCM) and millimeter-level perception (FindMM). It can quickly connect with various industry terminal hardware and business systems, and is widely applied in scenarios and fields such as embodied intelligence, unmanned aerial vehicles, autonomous driving, safety monitoring, and vehicle-person positioning. The cooperation ecosystem covers many top automotive companies and technology enterprises worldwide.
Reference Stations
Users
Countries & Regions
Service Availability
SpatiX (Qianxun) NTRIP RTK Correction Service delivers reliable centimeter-level positioning through a nationwide CORS network and cloud-based GNSS correction platform. Supporting SDK, NRTK, and NTRIP protocols, it provides fast convergence, high availability, and seamless compatibility with major GNSS receivers for surveying, precision agriculture, machine control, UAVs, and autonomous applications.
(1)Global Coverage Network: Access real-time RTK correction data anywhere in the world via our distributed NTRIP infrastructure.
(2)Fast Centimeter-Level Fix: Horizontal Accuracy: 2 cm；Service Availability: ≥99.9%
(3)PPP-AR Precision Positioning: No base station required.
(4)Developer-Friendly: Provide a powerful GNSS correction SDK and standard NTRIP APIs
(5)Trusted by over 2 billion users globally, with unmatched capacity for high-concurrency access
We have recently received field test reports from local users in Poland, Greece, and Serbia. Testing was conducted across various hardware, including Geomax, TokNav, South, UniqueNAV, and Alpha receivers. Performance Highlights:
1. Speed: TTFF under 10s in most open sky conditions.
2. Accuracy: Consistent centimeter-level precision (HRMS <1.3cm) even in challenging scenarios.
3. Stability: Reliable fixed status maintained with high user ratings.
SpatiX (Qianxun) NTRIP RTK Correction Service delivers reliable centimeter-level positioning through a nationwide CORS network and cloud-based GNSS correction platform. Supporting SDK, NRTK, and NTRIP protocols, it provides fast convergence, high availability, and seamless compatibility with major GNSS receivers for surveying, precision agriculture, machine control, UAVs, and autonomous applications.
(1)Global Coverage Network: Access real-time RTK correction data anywhere in the world via our distributed NTRIP infrastructure.
(2)Fast Centimeter-Level Fix: Horizontal Accuracy: 2 cm；Service Availability: ≥99.9%
(3)PPP-AR Precision Positioning: No base station required.
(4)Developer-Friendly: Provide a powerful GNSS correction SDK and standard NTRIP APIs
(5)Trusted by over 2 billion users globally, with unmatched capacity for high-concurrency access
We have recently received field test reports from local users in Poland, Greece, and Serbia. Testing was conducted across various hardware, including Geomax, TokNav, South, UniqueNAV, and Alpha receivers. Performance Highlights:
1. Speed: TTFF under 10s in most open sky conditions.
2. Accuracy: Consistent centimeter-level precision (HRMS <1.3cm) even in challenging scenarios.
3. Stability: Reliable fixed status maintained with high user ratings.
By relying on our independently developed GNSS reference stations, positioning terminals and service platform, we have established a positioning foundation with centimeter-level/millimeter-level accuracy for the entire port area. This enables us to solve problems such as precise parking of container trucks, correction of tire crane operation, supervision of shore bridge personnel, and tracking of containers. It has achieved automated operations, safety supervision and intelligent scheduling in the port area.
(1)Availability: Implement redundant backup between base stations to ensure uninterrupted service 24/7.
(2)Autonomy: The base stations adopt the core receiver independently developed by ourselves.
(3)Consistency: The network algorithm guarantees the accuracy of long-distance positioning.
(4)Maintainability: Accurately calculate the mobile volume across the country and real-time correct the data
With SpatiX 's high-precision positioning solution, we achieved autonomous operation of unmanned container trucks and automated crane systems across our port. This significantly improved container handling efficiency, enhanced operational safety, and enabled real-time visibility of containers, equipment, and yard operations through a unified digital management platform.
By relying on our independently developed GNSS reference stations, positioning terminals and service platform, we have established a positioning foundation with centimeter-level/millimeter-level accuracy for the entire port area. This enables us to solve problems such as precise parking of container trucks, correction of tire crane operation, supervision of shore bridge personnel, and tracking of containers. It has achieved automated operations, safety supervision and intelligent scheduling in the port area.
(1)Availability: Implement redundant backup between base stations to ensure uninterrupted service 24/7.
(2)Autonomy: The base stations adopt the core receiver independently developed by ourselves.
(3)Consistency: The network algorithm guarantees the accuracy of long-distance positioning.
(4)Maintainability: Accurately calculate the mobile volume across the country and real-time correct the data
With SpatiX 's high-precision positioning solution, we achieved autonomous operation of unmanned container trucks and automated crane systems across our port. This significantly improved container handling efficiency, enhanced operational safety, and enabled real-time visibility of containers, equipment, and yard operations through a unified digital management platform.
SpatiX combines Digital Twins, HD Maps, V2X Cloud Control, and AI-powered Road Inspection into a unified platform for intelligent road asset management.
The platform automatically identifies road defects, damaged guardrails, traffic signs, and other infrastructure assets from inspection data, helping agencies improve maintenance efficiency, enhance operational visibility, and support data-driven infrastructure management.
(1)One-stop: A complete product system covering terminals, platforms and scenarios.
(2)Intelligent: Achieve vehicle-road-cloud collaboration, structural safety monitoring, AI unmanned inspection, electronic fences and trajectory tracking, promoting the transformation of the transportation system from passive response to active prediction and intelligent scheduling.
(3)Visualization: Build data visualization management capabilities, achieving digitalization of the entire asset life cycle
SpatiX, with its lane-level positioning and V2X infrastructuretechnologies, has enabled us to establish a reliable testing, operation and management platform. This platform includes over 40 types of road defects and road facilities AI detection capabilities, can calculate results in real time, supports pixel-level area and length calculations, and the inspection speed can reach 80 kilometers per hour.
SpatiX combines Digital Twins, HD Maps, V2X Cloud Control, and AI-powered Road Inspection into a unified platform for intelligent road asset management.
The platform automatically identifies road defects, damaged guardrails, traffic signs, and other infrastructure assets from inspection data, helping agencies improve maintenance efficiency, enhance operational visibility, and support data-driven infrastructure management.
(1)One-stop: A complete product system covering terminals, platforms and scenarios.
(2)Intelligent: Achieve vehicle-road-cloud collaboration, structural safety monitoring, AI unmanned inspection, electronic fences and trajectory tracking, promoting the transformation of the transportation system from passive response to active prediction and intelligent scheduling.
(3)Visualization: Build data visualization management capabilities, achieving digitalization of the entire asset life cycle
SpatiX, with its lane-level positioning and V2X infrastructuretechnologies, has enabled us to establish a reliable testing, operation and management platform. This platform includes over 40 types of road defects and road facilities AI detection capabilities, can calculate results in real time, supports pixel-level area and length calculations, and the inspection speed can reach 80 kilometers per hour.
We have integrated multiple technologies such as GNSS, IoT and AI to provide self-organizing wireless networks, complete high-precision monitoring hardware equipment, and management platforms. These are designed to offer comprehensive monitoring and management solutions for various scenarios including roads, reservoirs, bridges, mining areas, and regions prone to geological disasters.
(1)FindMM: provides millimeter-level static post-processing, centimeter-level static real-time processing, and block adjustment solutions for GNSS
(2)Link(IoT platform): supports the access, management, data display, and flow of devices with various protocols.
(3)AI Integration &EWS(Early Warning System) provides object-centered management, warning, and reporting services. It supports flexible and customizable business requirements across various industries, including geological disasters, mining, transportation, and water resources.
Several mining areas have established monitoring platforms using Qinzhi's technology, achieving full-process management. The mining/transportation efficiency has significantly improved. Moreover, the slope displacement is monitored 24/7. Once the displacement exceeds the safety value set by the platform, the monitoring system will issue an alarm to alert the mine management personnel to take timely measures.
We have integrated multiple technologies such as GNSS, IoT and AI to provide self-organizing wireless networks, complete high-precision monitoring hardware equipment, and management platforms. These are designed to offer comprehensive monitoring and management solutions for various scenarios including roads, reservoirs, bridges, mining areas, and regions prone to geological disasters.
(1)FindMM: provides millimeter-level static post-processing, centimeter-level static real-time processing, and block adjustment solutions for GNSS
(2)Link(IoT platform): supports the access, management, data display, and flow of devices with various protocols.
(3)AI Integration &EWS(Early Warning System) provides object-centered management, warning, and reporting services. It supports flexible and customizable business requirements across various industries, including geological disasters, mining, transportation, and water resources.
Several mining areas have established monitoring platforms using Qinzhi's technology, achieving full-process management. The mining/transportation efficiency has significantly improved. Moreover, the slope displacement is monitored 24/7. Once the displacement exceeds the safety value set by the platform, the monitoring system will issue an alarm to alert the mine management personnel to take timely measures.
