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Siemens and Microsoft join forces to boost Internet of Things (IoT) compatibility for building infrastructure

Siemens Smart Infrastructure and Microsoft join forces to revolutionize IoT data access for buildings.

Siemens teams up with Microsoft for improvements in Internet of Things (IoT) compatibility for...
Siemens teams up with Microsoft for improvements in Internet of Things (IoT) compatibility for building systems.

Siemens and Microsoft join forces to boost Internet of Things (IoT) compatibility for building infrastructure

Siemens Smart Infrastructure and Microsoft have joined forces in a groundbreaking collaboration aimed at transforming the way businesses access and utilise Internet of Things (IoT) data for buildings. This partnership, set to be available in the second half of 2025, promises to offer unprecedented transparency and control over building operations for large enterprises.

At the heart of this collaboration lies the interoperability between Siemens' digital building platform, Building X, and Microsoft Azure IoT Operations. This integration significantly enhances access to IoT data and building operations optimisation by enabling seamless, automatic onboarding and cloud integration of building systems data.

The benefits are manifold. One-click device onboarding and efficient data exchange facilitate quicker connection of building infrastructure to the cloud without vendor lock-in, giving enterprises the freedom to design their IoT architectures. This simplified IoT data access empowers customers to develop their own in-house use cases, such as energy monitoring and space optimisation, improving sustainability and operational efficiency.

Data transferred to Azure IoT allows enterprises to develop customised internal use cases, including energy monitoring and space utilisation optimisation, improving sustainability and operational efficiency. The improved data access will provide portfolio managers with granular visibility into critical metrics such as energy efficiency and consumption.

The collaboration adheres to open industry standards, such as W3C Web of Things (WoT) and OPC UA, which promote interoperability, accessibility, privacy, and security. This commitment to open standards reduces IoT data silos and enables diverse hardware and software integration.

Microsoft's strategy underscores its commitment to partnering with industry leaders to empower customers with greater choice and control over their IoT solutions. Azure IoT Operations provides tools and infrastructure to connect edge devices and integrate data, enabling organisations to optimise their operations and utilise the potential of their IoT environments.

Siemens Smart Infrastructure shares Microsoft's focus on interoperability and open IoT standards. Susanne Seitz, the CEO of Siemens Smart Infrastructure Buildings, stated the collaboration reflects a shared vision of enabling customers to harness the full potential of IoT through open standards and interoperability. Erich Barnstedt, the senior director and Architect of the corporate standards group at Microsoft, commented that the collaboration is a significant step forward in making IoT data more actionable.

In summary, this partnership removes traditional barriers to building IoT data integration, granting large enterprises unprecedented transparency and control over their building operations, which fosters better decision-making and resource management at scale. The interoperable solution is planned for availability in the second half of 2025.

The collaboration between Siemens Smart Infrastructure and Microsoft, rooted in data-and-cloud-computing technology, aims to revolutionize building IoT data access and usage through the interoperability between Siemens' digital building platform, Building X, and Microsoft Azure IoT Operations. This integration will offer enterprises the technology to seamlessly onboard and cloud-integrate their building systems data, allowing for a simplified IoT data access that empowers customers to create their own use cases, such as energy monitoring and space optimization, thereby improving sustainability and operational efficiency.

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