Our software turns AGV & AMR navigation from 2D to 3D
GIM Robotics' KAIKKI software provides natural feature based solution for indoor logistics, allowing mobile robots to navigate with 3D-SLAM for cutting-edge material handling
THE WHOLE GAME IS CHANGING WITH LOW-COST HIGH RESOLUTION 3D lidars. A modern 3D lidar does everything what a 2D lidar can do plus so much more. When the price point is the same or lower, it is no wonder that the customers are gradually moving to benefit from superior performance not only in feature free localization activities, but also in enhanced obstacle detection and pallet recognition. Safety certified versions – coming soon – will also offer the safety functions with a single sensor.
EXCELS ESPECIALLY IN DYNAMIC AREAS
ENHANCED OBSTACLE DETECTION
ALSO FOR SLOPES AND ROUGH SURFACES
GAME CHANGER - FROM 2D TO 3D
Moving from complex to simple use cases in highly competitive autonomous mobile robot business makes sense only when a disruptive change changes the whole game – like now when the prices of next-generation 3D lidars will be equal, or even less, to normal intralogistics de-facto 2D lidars.
Testing new 3D lidars
Livox Mid-360
SICK MultiScan
RoboSense Airy 96
Ouster OS1-64
Thanks to the declining price development and improved safety features of 3D lidars, indoor logistics is taking a new big step in operational efficiency and safety with Bill Of Materials (BOM) at a lower cost than current solutions.
AGV & AMR MARKETS ARE BEING DIVIDED AGAIN
Moving from complex to simple use cases in highly competitive autonomous mobile robot business makes sense only when a disruptive change changes the whole game – like now when the prices of next-generation 3D lidars will be equal, or even less, to normal intralogistics de-facto 2D lidars.
GIM Robotics is used to implement complex use cases in challenging, sometimes totally unstructured, GNSS-challenged outdoor environments, even in adverse weather conditions. See some public reference videos below.
We are not intimitated by indoor use cases in controlled environments, but eager to show widely how our solutions excel also there.