Accenture, in partnership with Vodafone Procure & Connect as well as SAP, is piloting the implementation of humanoid robotics in warehousing, showing how physical AI can drive efficiency in operations, improve safety and facilitate new ways of workforce and business model design. Accenture, SAP and Vodafone Procure & Connect will present the work at Hannover Messe 2026.
The initiative is a demonstration of the focus of Accenture on the application of leading-edge robotics as well as physical AI in real-world industrial settings, helping organizations progress from experimentation to real-world deployment at scale. It also discusses how humanoid robots can support the development of future workforce standards and create fresh sources of revenue across industries.
Interestingly, the pilot was conducted at the warehouse of Vodafone Procure & Connect in Germany’s Duisburg, wherein humanoid robots were introduced to work alongside the current warehouse systems. The robot was assigned inspection tasks by the SAP Extended Warehouse Management system and subsequently performed visual inspections independently throughout the facility.
The pilot involved scenario tests where the humanoid robot was able to recognise inefficiencies in operations, security hazards, and possibilities for improvement across standard warehouse procedures. It identified misplaced or damaged products, verified pallet stacking along with weight distribution, identified unused space for storage, and detected potential hazards like obstructions in aisles or incorrectly arranged pallets. The robot pushed its results and suggestions directly back into the SAP system, providing real-time visibility and more accurate operational decision-making.
SAP led the integration of the robots into the warehouse management system, and Accenture developed and put into operation the robot intelligence and operational framework using its experience in physical AI, advanced robotics, and digital twin environments.
According to Advanced Robotics lead, Accenture, Christian Souche, “Trained in digital twins and powered by physical AI, humanoid robots can reduce worker injuries and other warehouse safety incidents and lower overtime costs and the dependency on temporary labour. Equally important, Vodafone Procure & Connect will gather valuable data and insights on robot deployment and performance as a basis for a future humanoid workforce solutions business.”
The head of Embodied AI & Robotics, SAP, Dr Lukasz Ostrowski, said that “At Vodafone Procure & Connect, we’re leveraging Joule, SAP’s AI execution fabric and interface for embodied AI, connecting robots to end-to-end processes and business logic and enabling them to know why, when and how to act. By grounding actions in trusted SAP data, we can automate health and safety incident reporting and real-time inventory validation to protect workers and strengthen compliance through consistent auditable workflows.”
Global Network Logistics director at Vodafone Procure & Connect, Reinhard Stefan Plaza Bartsch, said that “Through this pilot, we are exploring how humanoid robotics can improve efficiency, safety and operational visibility in our warehouse operations. It also gives us a clearer view of how these capabilities could scale across our supply chain and support future business models.”
Manufacturing, Operations and Physical AI global lead at Accenture, Prasad Satyavolu, “Our work in collaboration with SAP is a great example of how holistic deployment of humanoid robots from simulation and training to warehouse deployment and integration with SAP data creates a closed loop with transactional systems.”
The humanoid robotics in warehousing used in the pilot program happen to be powered by the Robot Brain solution from Accenture, which enables them to communicate naturally with human operators by means of voice, gestures and text. They are trained in digital twins of warehouse environments which are built on Physical AI Orchestrator by Accenture, based on NVIDIA Omniverse libraries, the Mega NVIDIA Omniverse Blueprint as well as the NVIDIA Metropolis libraries and Blueprint for video search and summarization in terms of execution of visual AI agents to go further than basic repetitive functions and acquire new skills by way of reinforcement and imitation learning.
