
Schneider Electric introduced a new industrial copilot powered by generative AI and developed in collaboration with Microsoft. The solution combines Microsoft Azure AI Foundry with Schneider Electric’s industrial automation technologies to help further address workforce challenges and improve operational efficiency across the manufacturing and process industries.
The AI copilot is integrated into Schneider Electric’s recently launched EcoStruxure Automation Expert Platform, the company’s open, software-defined automation environment. By helping to eliminate repetitive tasks and streamline application development, the assistant supports faster implementation of complex systems while helping to further simplify engineering workflows and reduce stress for the workforce.
With access to real-time operational data, the AI copilot assistant helps to enable context-aware recommendations, troubleshooting support, and predictive maintenance. The platform’s ability to integrate across hardware and software systems helps to enable engineers, operators, and copilots to collaborate more effectively, thereby helping to improve uptime, retain domain knowledge, and bring higher-quality solutions to market faster.
Key Capabilities of Schneider Electric’s AI Copilot
Automated code generation and validation, supporting faster deployment of complex production processes.
Library reuse and development assistance, enabling engineers to help simplify workflows and reduce engineering effort.
Real-time recommendations and diagnostics, leveraging trusted industrial datasets to deliver more context-aware insights.
Predictive maintenance tools, helping to reduce unplanned downtime and support long-term system optimization.
Collaboration across hardware and software platforms, enabled through the unified EcoStruxure Automation Expert environment.
The industrial copilot reflects Schneider Electric’s continued investments in open, software-defined automation solutions and AI technologies that help to enhance workforce productivity and operational agility.