Roboteon will demonstrate its robotics orchestration software at the upcoming Automate 2026 trade show in Chicago, where the company plans to showcase the coordination of autonomous mobile robots (AMRs) and collaborative robotic arms from multiple equipment manufacturers through a single software platform.
The demonstrations are scheduled to take place during the Automate 2026 exhibition from June 22 to June 25 at booth N19019. According to the company, the software is designed to manage and coordinate robot-enabled processes in warehouse and manufacturing environments while integrating with enterprise systems.
Roboteon said the platform supports integration with warehouse management systems (WMS), warehouse execution systems (WES), and enterprise resource planning (ERP) software. The company also stated that its platform has certified integrations with SAP Extended Warehouse Management and Microsoft Dynamics 365.
The demonstrations will focus on interoperability between robots from different vendors and the platform’s ability to manage and optimize workflows involving multiple robotic systems. Roboteon said the software includes applications for warehouse and manufacturing tasks such as piece, case and pallet picking, replenishment, material movement and line replenishment.
The company also highlighted the use of simulation and digital twin technologies for planning and operational decision-making, as well as artificial intelligence and machine learning capabilities intended to optimize work release and execution on the warehouse floor.
“We will be demonstrating what many companies are searching for, which is interoperability and orchestration of processes across different robotic types and vendors, as well human assets,” said Raj Senguttuvan, senior vice president of product at Roboteon.
At the exhibition, the company plans to demonstrate autonomous mobile robots and picking cobots from different vendors operating together through its orchestration engine. Roboteon said the platform is intended to support the deployment and operation of robotics in distribution, warehousing and manufacturing environments through software-based coordination and optimization.
