Visual Intelligence Localization Data Solution to Track Intralogistics Vehicles

Slamcore launched Slamcore Aware, a hardware and software solution designed to improve the accuracy, robustness and scalability of 3D localization data for tracking intralogistics vehicles.

Slamcore Aware
Slamcore

Slamcore launched Slamcore Aware, a hardware and software solution designed to improve the accuracy, robustness and scalability of 3D localization data for tracking intralogistics vehicles.

“Prospective customers tell us that they are looking for a fast-to-deploy and scalable method that will provide the location data they desperately need to optimize warehouse and factory intralogistics for speed and safety. Slamcore Aware marks a significant leap forward in intralogistics management bringing the power of visual spatial awareness to almost any vehicle in a way that is scalable and can cope with the highly dynamic and complex environments inside today’s factories and warehouses,” says Owen Nicholson, CEO of Slamcore. 

 

Key takeaways:

  • Collecting and processing visual data, Slamcore Aware provides rich, real-time information on the exact position and orientation of manually driven vehicles.
  • Slamcore Aware scales easily across large and complex, ever-changing industrial and warehouse sites.
  • Slamcore Aware combines the power of the Slamcore SDK with industrial-grade hardware, providing an all-in-one solution for fast installation on intralogistics vehicles and seamless integration with new and existing real-time location systems (RTLS).
  • Incorporating Slamcore’s advanced AI, Slamcore Aware perceives and classifies people and other vehicles. RTLS applications can use this enhanced data to significantly improve efficiency and safety of operations.
  • The new product uses cutting-edge simultaneous localization and mapping (SLAM) technologies developed for advanced autonomous robots. Using stereo cameras and advanced algorithms, the Slamcore Aware module automatically calculates the location of the vehicle it is fitted to and then begins to create a map of the facility as the vehicle moves around. Changes to layout, position of vehicles, goods and people are automatically noted even in highly dynamic environments. 
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