Waltham, MA - A new AMC Bridge’s technology demonstration underscores the transformative impact of artificial intelligence (AI) and robotics on warehouse automation. AI Warehouse Robot Simulator demonstrates how training neural network (NN) models for use in warehouses can result in greater efficiency, accuracy, and flexibility in logistics, supply chain operations, and warehouse management. Additionally, it leads to enhancing workforce safety and reducing the risk of workplace injuries and other health emergencies.
The evolution of the robotics sphere driven by advancements in AI and machine learning (ML) is particularly evident in the logistics and warehousing industries. The integration of AI with robotics empowers task automation and brings flexibility and learning capabilities to previously rigid systems.
The AI Warehouse Robot Simulator technology demonstration leverages the Autodesk® Revit® and NVIDIA Isaac Sim™ tools to create a robust environment for training AI models. This allows for real-time simulation and adaptation, ensuring that the robots are fine-tuned to meet the unique technical constraints of each warehouse. The prototype shows the way to warehouse management transformation and to smarter, more efficient, and safer logistics solutions tailored to specific operational needs.
To see the current functionality of the AI Warehouse Robot Simulator technology demonstration, watch a short demo video.
If you are interested in learning more about the demonstrated technologies and how they can be utilized for your organization’s needs, please contact us to discuss the details.
About AMC Bridge
AMC Bridge is a global software development consultancy serving engineering, manufacturing, and construction industries. Since 1999, we have enabled digital transformation for our clients by creating custom software solutions that eliminate data silos, connect complex applications, unlock internal innovation, and democratize cutting-edge technologies. AMC Bridge’s software development experts use extensive experience with APIs of the majority of engineering software solutions and platforms, as well as in-depth knowledge of computational geometry, 3D visualization, and other advanced technologies to solve our clients’ critical business needs.
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