- Point One Navigation and STMicroelectronics demonstrated a ready-to-deploy precise positioning system at AutoSens 2026.
- The combined solution delivers centimeter-level navigation accuracy using GNSS, RTK corrections, and dead reckoning.
Point One Navigation announced on June 1 that it is showcasing a jointly developed precise positioning solution alongside STMicroelectronics at AutoSens 2026 in Detroit. The solution integrates Point One Navigation’s software platform with ST’s latest Teseo6 family of GNSS receiver chipsets and module offerings, creating a complete and ready-to-deploy positioning platform for automotive applications. The collaboration is designed to help customers implement highly accurate navigation capabilities while reducing development complexity and accelerating deployment timelines.
Joint Solution Combines GNSS, RTK and Dead Reckoning Technologies
The integrated platform combines ST’s GNSS receiver technology and measurement engine with Point One Navigation’s RTK correction service and advanced dead reckoning capabilities. Through this combination, customers can achieve centimeter-level positioning accuracy without having to independently develop sophisticated correction services, sensor fusion functions, or positioning algorithms. The off-the-shelf approach is intended to simplify implementation while maintaining the high precision required by modern automotive and autonomous driving applications.
Key Components of the Demonstrated Positioning Platform
- ST Teseo6 GNSS receiver chipsets and module solutions
- Point One Navigation RTK correction service
- Advanced dead reckoning algorithms
- Integrated measurement engine for enhanced positioning performance
- Automotive-grade architecture suitable for vehicle applications
Solution Features Presented at AutoSens 2026
The live demonstration highlights real-time precision location information and performance analytics, enabling attendees to observe how the combined technologies perform under different operating conditions. The presentation showcases the effectiveness of ST’s automotive-grade Teseo6 solutions when paired with Point One Navigation’s correction and dead reckoning services. The system is designed to support a wide range of automotive use cases where reliable and highly accurate positioning is critical.
Positioning Solution Overview
The following table summarizes the primary elements of the jointly demonstrated platform.
Point One Navigation and STMicroelectronics Precise Positioning Solution Components
| Component | Function |
|---|---|
| Teseo6 GNSS Receiver | Provides satellite positioning measurements |
| RTK Correction Service | Enhances positioning accuracy to centimeter level |
| Dead Reckoning Algorithms | Maintains positioning performance when GNSS signals are challenged |
| Performance Analytics | Provides real-time evaluation of positioning results |
The demonstration emphasizes how tightly integrated hardware, correction services, and positioning software can support advanced automotive navigation requirements. By delivering a complete solution package, the collaboration enables vehicle developers and mobility technology providers to access high-precision positioning capabilities more efficiently for navigation, driver assistance, and autonomous driving scenarios.
Frequently Asked Questions
What is the purpose of the joint solution presented by Point One Navigation and STMicroelectronics?
The joint solution is designed to provide a complete, ready-to-deploy precise positioning platform for automotive applications. It combines STMicroelectronics’ Teseo6 GNSS receiver technology with Point One Navigation’s RTK correction service and advanced dead reckoning algorithms. This integration enables customers to achieve centimeter-level positioning accuracy without developing complex correction systems internally. The platform supports navigation, driver assistance, and autonomous driving applications while simplifying implementation and reducing development effort.
What technologies enable centimeter-level positioning accuracy in the solution?
Centimeter-level accuracy is achieved through the combination of GNSS positioning, RTK correction services, and advanced dead reckoning algorithms. The GNSS receiver collects satellite-based location data, while RTK corrections refine positioning precision. Dead reckoning helps maintain reliable location tracking when satellite signals are temporarily degraded or unavailable. Together, these technologies create a robust positioning system capable of delivering highly accurate and dependable navigation performance across a variety of automotive operating environments.
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