Experience our latest innovations at LogiMAT from March 11-13, 2025 in Hall 8 Booth 8F25

Optimize vehicle and asset tracking with a LIDAR-based real-time localization system (RTLS) for precise and efficient fleet operations.

 

 

NODE.tracking is a LiDAR-based real-time localization system designed for accurate and flexible tracking of vehicles and assets, even in rugged environments. It enables marker-free localization with an accuracy of <5 cm and can be seamlessly integrated into mobile robot navigation maps or used as a stand-alone solution.

At its core, NODE.tracking leverages NODE.localize, our industrial-proven localization software stack, ensuring precise positioning in dynamic environments. The system can be mounted on any industrial vehicle, providing continuous tracking capabilities. Even after power interruptions, NODE.tracking autonomously re-localizes, maintaining operational continuity without manual intervention.

By delivering reliable and high-precision localization, NODE.tracking enhances asset visibility and operational efficiency. Its robust and adaptable design makes it a valuable solution for industries requiring real-time, scalable tracking in demanding environments.

Advantages of NODE.tracking

High Localization Accuracy

Our LiDAR-based real-time localization system enables positioning accuracy of less than 5 cm.

Marker-free Localization

No additional infrastructure required—precise tracking without markers in the environment.

Map Sharing

RTLS maps can be shared across mobile robots for faster and more efficient fleet setup.

Smarter Localization for Industry

  • How to achieve high-precision tracking without additional infrastructure?

      Conventional tracking solutions depend on physical markers or RFID tags, leading to increased maintenance and deployment complexity. NODE.tracking provides sub-5 cm accuracy using LiDAR-based localization—eliminating the need for external infrastructure and reducing operational overhead.

  • How to ensure a scalable and future-proof tracking system?

      Fixed tracking infrastructures require costly modifications as operations evolve. NODE.tracking’s software-driven approach enables seamless scalability, allowing businesses to adapt tracking systems without additional hardware investments.

  • How to ensure reliable localization in complex industrial environments?

      GPS and UWB-based systems often struggle with accuracy indoors or in dynamic settings. NODE.tracking leverages high-precision LiDAR data to ensure consistent, real-time localization, even in rapidly changing production and logistics environments.

  • How to minimize total cost of ownership for tracking solutions?

      Traditional tracking systems involve significant infrastructure investments and ongoing maintenance costs. NODE.tracking eliminates these inefficiencies with a marker-free, low-maintenance design, providing a faster return on investment and sustainable cost reductions.

  • How to seamlessly integrate tracking into existing enterprise systems?

      Legacy tracking solutions often lack interoperability, creating integration challenges with fleet management, warehouse, or automation systems. NODE.tracking is designed for seamless connectivity, supporting industry standards such as VDA 5050, ERP, and WMS to enable fully synchronized and reliable asset tracking across operations.

Not enough? Check out the base technology NODE.localize

NODE.localize is a versatile robot autonomy skill designed for localization and mapping in industrial environments. It uses Live SLAM technology to create detailed maps, even in large-scale or complex spaces. During operation, the system continuously updates the map by tracking changes in the environment, ensuring accurate and consistent localization.

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