Intel 与 SAP 合作，用物理 AI 将企业系统与机器人打通
Intel, SAP Partner to Connect Enterprise Systems With Robots Through Physical AI
Intel 与 SAP 在 SAP TechEd 2026 上宣布物理 AI 合作，把 SAP Extended Warehouse Management（SAP EWM）与 Intel 的边缘 AI 软硬件集成，让机器人执行任务并实时回传进度。Intel 硬件整合 CPU、GPU 和 NPU，软件采用 OpenVINO Physical AI、Physical AI Studio 和 Robotics AI Suite，可支持多厂商机器人、操作系统和 AI 模型。双方计划将自主仓库 PoC 发展为标准化蓝图，以便在不同设施和机器人型号间扩展。
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Intel and SAP are collaborating on physical AI technology. (Photo: Intel)
Intel and SAP's proof of concept for a physical AI-powered autonomous warehouse, unveiled at SAP TechEd 2026. (Photo: Intel)
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Intel and SAP announced a partnership in physical artificial intelligence (AI) technology at SAP TechEd 2026 on Oct. 29.
The companies integrated SAP Extended Warehouse Management (SAP EWM), a warehouse logistics management system, with Intel's edge AI hardware and software.
When a company makes operational decisions and enters task context and processing rules into SAP EWM, the information is transmitted to autonomous robots powered by Intel semiconductors. The robots execute tasks and report their progress and completion results to the enterprise system in real time.
The integration closely connects enterprise IT systems with on-site operations, establishing a bidirectional structure in which robot task instructions and reporting circulate automatically. Demonstrations showed shorter travel distances and significantly less repetitive manual work compared with standalone robotic automation.
Intel's edge AI hardware incorporates heterogeneous semiconductor technologies combining central processing units (CPUs), graphics processing units (GPUs) and neural processing units (NPUs). The hardware supports local perception, inference, navigation, inspection and real-time control for industrial robots.
The software uses Intel's OpenVINO Physical AI, Physical AI Studio and Robotics AI Suite. The open software supports robots from multiple manufacturers, operating systems (OS) and AI models. It can minimize fragmentation when integrating robots from different vendors into a single management system.
The two companies plan to develop the proof of concept (PoC) for the physical AI-powered autonomous warehouse into a standardized blueprint. This would enable intelligent automation to scale across different facilities and robot models.