AI based assistant systems:
The Future of Crane Operation

AI based assistant systems:
The Future of Crane Operation


The CraneLink family of products has been developed to help crane operators with their daily workload. Operators can use CraneLink prod ucts to carry out repetitive, tedious and dangerous tasks and enhance their view of the operating area with vital 3D information. CraneLink helps reduce stress and improve safety on site.

Augmented Reality for the operator: Safely Navigating in 3D

CraneLink's Augmented Reality features clearly show the grapple or hook's position in 3D space. This is a great help for the operator as they drive the load to its destination, and increases safety and speed.

Shortcuts

Intuitive position recall for

crane operators

Crane shortcut illustration

Our Shortcuts Solution simplifies repetitive crane operations by allowing operators to store and recall precise grapple positions at the touch of a button.

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Sway Control

Active load stabilization for

smooth crane operation

Crane shortcut illustration
Our closed loop antisway system  removes load way  induced by acceleration / deceleration and  sway that's caused by external factors such as wind or  when the hook or grapple is being loaded or unloaded.
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Collision Prevention

Intelligent obstacle detection for

safe crane operation

Collision Prevention illustration

Our advanced Sway Control system enhances crane safety and efficiency by actively minimizing both linear and rotation sway of the grapple or hook, with and without load.

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People Tracker

Enhanced safety through

real-time monitoring

People Tracker illustration

Our system recognizes people via AI while they are in the crane's operating area. It alerts the crane operator and, if desired, smoothly halts the system to prevent dangerous situations.

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Remote Control

Safe, low latency, 3D augmented

remote control - local or via internet

Remote Control illustration

CraneLink Remote Control enables video monitored remote operation of cranes over the internet at extremely ow latencies. This allows cranes to be remotely operated with video support from virtually any location on the planet.

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Time Machine

 Complete data replay 

of crane operations

Time Machine illustration

Our Time Machine module records and stores all available sensor data from the crane in realt time, creating a comprehensive log of everyday operation.

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Path Planning

Intelligent crane movement

optimization

Path Planning illustration

Our Path Planning system intelligently calculates the optimal movement path for the crane, fully tailored to the operator's priorities and working conditions.

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Interested in learning more?

Get in touch directly with our Managing Director of Sales. Simply press the button below, and we’ll connect you personally to discuss how our solutions can support your operations.

Volker Voss
Managing Director Sales

Get in touch

Interested in learning more? - Get in touch directly with our Managing Director of Sales. Simply press the button below, ask your questions, and we’ll get in touch to discuss how our solutions can support your operators.

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PSIORI was founded in 2016 by and around former students and employees of the research groups Prof. Dr. Wolfram Burgard (Autonomous Intelligent Systems) and Prof. Dr. Martin Riedmiller (Machine Learning) of the Technical Faculty of Freiburg. In the areas of SLAM and Reinforcement Learning, these research groups have decisively driven the state of research. In our research, we have dealt with the topics of autonomous driving, mobile robotics, machine learning, neural networks, reinforcement learning and generative AI as well as in the application with problems from the areas of sensor processing, self-location and mapping and with robot, vehicle and machine control.

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